student course catalog

Center For Academic Innovation &

Competitiveness (CAIC)

Universiti Malaysia Pahang

StudentCourseCatalog�

C o u r s e C a t a l o g F o r S e m e s t e r I I 2 0 1 6 / 2 0 1 7

COURSE CATALOG FOR

2nd SEMESTER 2016/2017

The offering of this course is subject to the discretion of the faculty

C o u r s e C a t a l o g S e m 2 2 0 1 6 / 2 0 1 7

CONTENTS

04 GUIDELINES FOR OPEN REGISTRATION

16 BLANK SCHEDULE

17 MANUAL COURSE REGISTRATION FORM

COURSES OFFERING FOR:

20 CENTRE FOR MODERN LANGUAGE & HUMAN SCIENCES

52 CO – CURRICULAR CENTRE

59 FACULTY OF INDUSTRIAL SCIENCES & TECHNOLOGY (SERVICE COURSES)

67 FACULTY OF CHEMICAL & NATURAL RESOURCES ENGINNERING

85 FACULTY OF CIVIL ENGINEERING & EARTH RESOURCES

97 FACULTY OF ELECTRICAL & ELECTRONICS ENGINEERING

116 FACULTY OF MECHANICAL ENGINEERING

137 FACULTY OF COMPUTER SYSTEMS & SOFTWARE ENGINEERING

152 FACULTY OF INDUSTRIAL SCIENCES & TECHNOLOGY

174 FACULTY OF TECHNOLOGY

203 FACULTY OF MANUFACTURING ENGINEERING

223 FACULTY OF INDUSTRIAL MANAGEMENT

C o u r s e C a t a l o g F o r S e m e s t e r I 2 0 1 5 / 2 0 1 6 & S e m e s t e r I I 2 0 1 5 / 2 0 1 6


CONTENTS 1.0 WHAT IS OPEN REGISTRATION SYSTEM (OR SYSTEM)? PAGE 6

2.0 WHAT IS A PROGRAM COURSE STRUCTURE? PAGE 6

3.0 WHAT IS A STUDY PLAN? PAGE 8

4.0 WHAT ARE THE ADVANTAGES OF OR SYSTEM? PAGE 12

5.0 HOW OR SYSTEM WORKS? PAGE 12

6.0 WHAT IS THE COURSE CATALOG? PAGE 13

7.0 WHAT IS THE ROLE OF THE ACADEMIC ADVISERS? PAGE 13

8.0 HOW TO REGISTER UNDER THE OR SYSTEM? PAGE 13

9.0 WHAT IS ONLINE AND MANUAL REGISTRATION? PAGE 14

10.0 WHO ACTUALLY PRACTICE OR? PAGE 14

11.0 WHO SHALL BE CONTACTED FOR ANY HELP? PAGE 15


1.0 What is an Open Registration System (OR System)?

Open Registration System is a system that allows students to register their academic courses (some of us call them

“subjects”) based on their own Study Plan. This is possible since almost all courses are offered every semester. OR

System is different from the “Program‐based Registration System” in which the student study plans are pre‐determined

by the faculty based on the Program Course Structure. The current program‐based system is a fixed menu system while

the OR system is a flexible menu system.

2.0 What is a Program Course Structure?

A Program Course Structure is a list of courses that lead to a particular program award for a particular student intake. In

general, a program course structure consists of four course categories: (1) university courses, (2) faculty courses, (3)

program core courses and (4) program core elective courses. An example of a Program Course Structure for Bachelor of

Chemical Engineering is shown below.

University Core Courses

Subject Code Subject Description Year

BKU1013 ENGINEERING MATHEMATICS 1 1

UQB1011 BRIGED SISWA (KOKURIKULUM I) 1

UHR1012 ISLAMIC AND ASIAN CIVILISATIONS 1 1

UHL2312 TECHNICAL ENGLISH 1

UHM1012 MALAYSIAN STUDIES 1

BKU1023 ENGINEERING MATHEMATICS II 1

UHL2322 TECHNICAL WRITING 1

UQ*2**1 CO-CURRICULUM ELECTIVE 1 2

UQ*2**1 CO-CURRICULUM ELECTIVE 2 2

UHR2012 ISLAMIC INSTITUTIONS 2

UHL2332 ACADEMIC REPORT WRITING 2

UHS1011 SOFT SKILLS I 2

UHM2022 ETHNIC RELATIONS 2

UHF1**1 FOREIGN LANGUAGE ELECTIVE LEVEL 1 3

UGE2002 TECHNOPRENEURSHIP 3

UHL4**2 ENGLISH ELECTIVE 3

UHS2011 SOFT SKILLS II 3

UHF2**1 FOREIGN LANGUAGE ELECTIVE LEVEL 2 4


Faculty Core Courses


BKF1233 APPLIED PHYSICS 1

BKF1112 ENGINEER & SOCIETY 1

BKF1223 APPLIED ORGANIC CHEMISTRY 1

BKF1213 APPLIED PHYSICAL CHEMISTRY 1

BKF1711 CHEMISTRY LAB 1 1

BKF1313 ENGINEERING MECHANICS 1

BKF1333 THERMODYNAMICS 1

BKF1243 ANALYTICAL CHEMISTRY 1

BKF1322 ELECTRICAL TECHNOLOGY 1

BKF2731 BASIC ENGINEERING LAB 2

BKF2413 CHEMICAL ENGINEERING THERMODYNAMICS 2

BKF2343 MATERIAL & ENERGY BALANCE 2

BKF2721 CHEMISTRY LAB II 2

BKF2353 FLUID MECHANICS 2

BKF2422 HEAT TRANSFER 2

BKF2443 NUMERICAL METHODS & OPTIMIZATION 2

BKF3522 ENGINEERING GRAPHICS 2

BKF2432 MASS TRANSFER 2

BKF2453 CHEMICAL REACTION ENGINEERING I 2

BKF2741 CHEMICAL ENGINEERING LAB I 2

BKF3472 CHEMICAL REACTION ENGINEERING II 3

BKF3751 CHEMICAL ENGINEERING LAB II 3

BKF3463 UNIT OPERATION I 3

BKF4791 PROCESS CONTROL & INSTRUMENTATION LAB 3

BKU4133 PROJECT MANAGEMENT & ECONOMICS 3

BKF3483 PROCESS CONTROL & INSTRUMENTATION 3

BKF3781 CHEMICAL ENGINEERING LAB III 4

BKF4916 INDUSTRIAL TRAINING 4


Program Core Courses


BKC3363 SCIENCE & ENGINEERING MATERIALS 3

BKC3492 UNIT OPERATION 2 3

BKC3761 CHEMICAL PLANT UTILITIES LAB 3

BKC3922 UNDERGRADUATE RESEARCH PROJECT I 3

BKC3533 OSH IN CHEMICAL INDUSTRIES 3

BKC3543 ENVIRONMENTAL ENGINEERING 4

BKC3912 PROCESS & PLANT DESIGN I 4

BKC4944 UNDERGRADUATE RESEARCH PROJECT II 4

BKC3771 ENVIRONMENTAL ENGINEERING LAB 4

BKC4934 PROCESS & PLANT DESIGN II 4

Program Core Elective Courses


BKC3**2 PROGRAM CORE ELECTIVE 1 4

BKC 3**2 PROGRAM CORE ELECTIVE 2 4

Students must be aware that some of the courses are pre‐requisite to other advanced courses. For example, the

students must pass the UHL2312 TECHNICAL ENGLISH before registering UHL2322 TECHNICAL WRITING. Refer to faculty

for the exact pre‐requisite requirements.

3.0 What is a Study Plan?

A Study Plan is a sequence of courses taken every semester towards graduation. Every semester, the students shall

register at least 16 credits to ensure graduation. According to the UMP Academic Regulation, students can register up to

19 credit hours per semester. For a full‐time students, minimum of 12 credit hours are required.

Examples of two Study Plans for Bachelor of Mechatronics Engineering are shown on the next page.


STUDY PLAN 01 STUDY PLAN 02

SEMESTER 1 SEMESTER 1

UHL2312 Technical English 2 UHL2312 Technical English 2

UHR1012 Islamic and Asian Civilisations 2 UHR1012 Islamic and Asian Civilisations 2

UQB1**1 Co-Curriculum 1 1 UQB1**1 Co-Curriculum 1 1

BUM2123 Applied Calculus 3 BUM2133 Ordinary Differential Equation 3

BFM1102 Statics 2 BFM1102 Statics 2

BFM1113 Engineering Materials 3 BFM1303 Electrical/Electronics Engineering 3

BFM1602 Technical Drawing 2 BFM1602 Technical Drawing 2

BFM1801 Machining 1 1 BFM1811 Machining 2 1

Total Credit 16 Total Credit 16


UHL2322 Technical Writing 2 UHL2322 Technical Writing 2

BUM2133 Ordinary Differential Equation 3 BUM2123 Applied Calculus 3

BFM1123 Dynamics 3 BFM2003 Computer Programming 3

BFM1303 Electrical/Electronics Engineering 3 BFM1113 Engineering Materials 3

BFM1612 CAD Modeling 2 BFM1612 CAD Modeling 2

BFM1811 Machining 2 1 BFM1801 Machining 1 1



UHL2332 Academic Report Writing 2 UHL2332 Academic Report Writing 2

BFM2003 Computer Programming 3 BFM1123 Dynamics 3

BFM1133 Mechanics of Materials 3 BFM1133 Mechanics of Materials 3

BFM2403 Manufacturing Processes 1 3 BFM2403 Manufacturing Processes 1 3

BFM2603 CAD/CAM 3 BFM2603 CAD/CAM 3

BFM2801 Electrical/Electronics Lab 1 BFM2801 Electrical/Electronics Lab 1





UHS101 Soft Skills 1 1 UHF11*1 Foreign Language Level 1 1

UQ*2**1 Co-Curriculum 2 1 UQ*2**1 Co-Curriculum 2 1

BFM2013 Programming for Engineers 3 BFM3302 Sensor and Instrumentation Systems 2

BFM2203 Thermal-Fluid Engineering 1 3 BFM2203 Thermal-Fluid Engineering 1 3

BFM2303 Analog Electronics 3 BFM2303 Analog Electronics 3

BFM2313 Digital Electronics 3 BFM2313 Digital Electronics 3

BFM2821 Mechanics Lab 3 BFM2821 Mechanics Lab 3



UHF11*1 Foreign Language Level 1 1 UHS101 Soft Skills 1 1

UHS2011 Soft Skills 2 1 UHF21*1 Foreign Language Level 2 1

BFM3103 Vibrations 3 BFM3103 Vibrations 3

BFM2213 Thermal-Fluid Engineering 2 3 BFM2213 Thermal-Fluid Engineering 2 3

BFM3302 Sensor and Instrumentation Systems 2 BFM2013 Programming for Engineers 3

BFM3703 PLC and Microcontroller Systems 3 BFM3703 PLC and Microcontroller Systems 3

BFM4**3 Mechatronics Elective 1 3 BFM4**3 Mechatronics Elective 1 3



UHF21*1 Foreign Language Level 2 1 UHS2011 Soft Skills 2 1

BFM3912 Engineering Communication 2 UHM2022 Ethnic Relations 2

BFM3123 Machine Design 3 BFM3123 Machine Design 3

BFM3713 Electrical Drive System 3 BFM3713 Electrical Drive System 3

BFM3723 Fluid Drive System 3 BFM3723 Fluid Drive System 3

BFM3801 Thermal-Fluid Engineering Lab 1 BFM3801 Thermal-Fluid Engineering Lab 1





SHORT SEMESTER SHORT SEMESTER

BFM3906 Industrial Training 6 BFM3906 Industrial Training 6


UGE2002 Tehnopreneurship 2 UHE3**2 Elective Social Science 2

UHM2022 Ethnic Relations 2 BFM3912 Engineering Communication 2

BFM4923 Engineering Economy 3 BFM4912 Environment Safety & Health 2

BFM4103 Control System Engineering 3 BUM2313 Numerical Methods 3

BFM4902 Mechatronics Project 1 2 BFM4902 Mechatronics Project 1 2




UHE3**2 Elective Social Science 2 UGE2002 Tehnopreneurship 2

BUM2313 Numerical Methods 3 BFM4103 Control System Engineering 3

BFM4912 Environment Safety & Health 2 BFM4923 Engineering Economy 3

BFM4922 Engineers and Society 2 BFM4922 Engineers and Society 2

BFM4914 Mechatronics Project 2 4 BFM4914 Mechatronics Project 2 4



Total Credits 131 Total Credits 131

Notice that both Study Plans satisfy the Program Course Structure although different students register different courses.

In Semester 1, for example, the students that follow the first Study Plan register BFM1113 Engineering Materials,

BUM2123 Applied Calculus and BFM1801 Machining 1 whereas the students that follow the second Study Plan register

BUM2133 Ordinary Differential Equations, BFM1303 Electrical/Electronics Engineering and BFM1811 Machining 2.

Also, be aware that some courses are equivalent courses. This is especially true for the faculty courses. For instance,

BFM1801 Machining 1 is equivalent to BFF1801 Machining 1. The code different is just to differentiate the program of

study. Thus, students that take BFM1801 Machining 1 can also take BFF1801 Machining 1 and vice versa.


4.0 What are the advantages of OR system?

Flexibility is the main advantage of the OR System. From the student perspective, some of the advantages are:

Students can graduate early (or later if preferred!). Students can take lower or higher credits for each semester. For

those who do not want to have heavy academic loads, they can take 12 – 14 credits in a semester while for those who

are ambitious; they can take 18 – 19 credits. This will allow fast learners to graduate early and save some time and

financial cost. At the same time, OR System allows the students to accommodate their learning pace and graduate later.

Students can design their own study plan. With OR system, the sequence of the courses taken is flexible compare to the

existing system. As long as the intended courses have no pre‐requisite or the pre‐requisite are already passed, students

are allowed to register the intended courses. Students who are committing to extra‐curricular activities (sports, student

societies etc.) for a particular semester can reduce the credit taken and then increase the credits in the following

semester or year.

Student intake is twice per year. With the OR System, students can enter UMP either in Semester I (September) or

Semester II (March) and can still graduate in four years.

Students can repeat the failed courses immediately. Currently, whenever a student fails a course, he has to wait for one

year in order to retake the course. With OR System, almost all courses are available every semester.

Students can easily involve in student exchange program. With the current system, the students are having difficulty

participating in the Student Exchange Program partly due to the fixed study plan. With OR System, students can transfer

credits easily from other participating institutions. Students also do not miss courses during the exchange program

because almost all courses are offered every semester.

Students can have a class with students from different programs of study. Currently, almost all courses are offered based

upon the specific program of study. This causes the students to have the same classmates in every course. With the OR

System, students are allowed to register in any section thus having different classmates for every course taken!

5.0 How OR System Works?

OR System works by offering almost all courses in every semester. However, the capacity of each offered course is only

half the capacity of the students enrolled.

For instance, if the course BMM1112 Statics is a requirement for all 300 Bachelor of Mechanical Engineering first year

students, it will be offered with the capacity of 180 students in Semester I and will be offered again with the capacity of

180 students in Semester II. Therefore, the students can register in either Semester I or Semester II.

As long as the students are taking 16 or more credit hours per week, they are on track to graduation.

Since the capacity is half the student enrolment, the place is given by the first‐register basis (first‐come first‐serve basis).

The rest of the students shall take the following semester.


6.0 What is the Course Catalog?

Course Catalog is a document that lists all courses offered in that particular semester along with the time and location.

Students shall refer to the Course Catalog when registering the courses. Example (portion) of the course catalog is

shown below.

The students should refer to this course catalog when registering a course. It is important to note the section time of the

course chosen. By carefully chose the section, the students are able to register courses with timetable that does not

clash between classes.

Important: Some courses are offered both in Gambang and Pekan Campuses. Choose the proper section so that you

are able to attend the class!

7.0 What is the role of the academic advisors?

Academic advisors advice what courses should be taken in response to the student capability and plan of study. The

academic advisor will inform which courses are appropriate for a specific student requirement. Those who are in P1 or

P2 status (probation) may take different route towards graduation compare to students who are in the Dean list. In

addition to that, the academic advisor can inform the level of difficulty for each course so that the students can design

the plan of study that is mixed with heavy and light courses. In anyway, your academic advisors are your advisors in all

academic matters.

8.0 How to register under the OR System?

To register, please refer to the Student E‐Community when the registration is opened. As an advice, print a blank

timetable and browse the Course Catalog and look for the courses that you want to register. Write manually to your

blank timetable first and then register online. Good luck!


9.0 What is online and manual registration?

OR System supports both online and manual registrations. Online registration is the registration when the first‐come‐

first‐serve basis is implemented. For those who are unable to register the intended courses, they can register the

courses manually. However, the manual registration is based upon available capacity and permission of the instructor.

Manual registration can be carried out at the respective faculty. Use the Manual Course Registration Form when you

want to register manually.

10.0 Who actually practice OR?

OR System was and still implemented in the United States of America (USA). In Malaysia, UTM and UIAM are two major

universities that implement the OR System.

11.0 Who shall be contacted for any Help?

CONTACT PERSON:‐ Any help with the OR System, please contact your respective faculty.

FACULTY/ CENTRE CONTACT PERSON EXTENSION NO:

FACULTY OF CHEMICAL & NATURAL RESOURCES CIK JASMIRA BINTI ABDUL JALIL 09 – 549 2817

ENGINEERING (FKKSA) PN. NORMADINAH BINTI KAMARUDIN 09 – 549 2862

FACULTY OF CIVIL ENGINEERING & EARTH RESOURCES EN. WAN MUSLIMIN BIN WAN NAWANG 09 – 549 2973

(FKASA) PN. FINNY BINTI MOHAMED 09 – 549 2977

FACULTY OF COMPUTER SYSTEMS & SOFTWARE EN. MUHAMMAD HAFIZ ASWAD 09 – 549 2143

ENGINEERING (FSKKP) PN. NOR ASYIKIN BINTI BASHARUDDIN 09 – 549 2147

FACULTY OF INDUSTRIAL SCIENCES & TECHNOLOGY EN. AHMAD FADLY BIN IBRAHIM 09 – 549 2381

(FSTI) EN. MOHAMAD NAJIB BIN MOHAMAD NOR 09 – 549 2371

FACULTY OF MANUFACTURING ENGINEERING (FKP) PN. ZURYATY BINTI ZOL 09 – 424 5810

PN. ROSHAIDAH BINTI MAHUSIN 09 – 424 5858

FACULTY OF ENGINEERING TECHNOLOGY (FTeK) PN. EMMA MELATI BINTI BURHANUDDIN 09 – 549 2636

PN. NORFAZLIATUN NATASHA 09 – 549 2385

FACULTY OF INDUSTRIAL MANAGEMENT (FIM) PN. NORUL FADILAH BINTI ABDULLAH 09 – 549 2380

PN. NURSUDIRITA BINTI ABD RAHMAN 09 – 549 2255

FACULTY OF MECHANICAL ENGINEERING (FKM) EN. HAZMAN BIN ABDUL 09 – 424 6288

EN. MOHAMAD FAIZAL MOHAMED ZAHRI 09 – 424 6292

FACULTY OF ELECTRICAL & ELECTRONICS ENGINEERING EN. JAMIL BIN BASRI 09 – 424 6116

(FKEE) EN. AHMAD SALIMI BIN ASHAARI 09 – 424 6007

CENTRE FOR MODERN LANGUAGES & HUMAN SCIENCES PN. AZLINA BINTI DAHARUDIN 09 – 424 6881

(PBMSK) PN. ERMA YANTI BINTI ZAKARIA 09 – 549 3114

CO – CURRICULAR CENTRE EN. ZAIZI AZWAN BIN MAT YASSIN 09 – 549 3157

CENTRE FOR ACADEMIC INNOVATION & PN. NOOR SYAHIDAH BINTI SABRAN 09 – 424 5467

COMPETITIVENESS (CAIC)

ACADEMIC MANAGEMENT DIVISION (BPA) PN. INTAN AZWANI BINTI AZMI 09 – 424 5261

EN. MOHD ROZMILLAH BIN OTHMAN 09 – 549 2554

C o u r s e C a t a l o g F o r S e m e s t e r I 2 0 1 6 / 2 0 1 7


BLANK SCHEDULE

DAY / TIME

8:00 ‐ 8:55

9:00 ‐ 9:55

10:00 ‐ 10:55

11:00 ‐ 11:55

12:00 ‐12:55

13:00 ‐13:55

14:00‐14:55

15:00 ‐15:55

16:00 ‐ 16:55

17:00 ‐17:55

18:00 ‐18:55

MON

TUE

WED

THU

FRI

STUDENT INFORMATION

STUDENT NAME : ……………………………………………………………………………………………………

STUDENT ID NUMBER : ……………………………………………………………………………………………………

PROGRAM NAME : ……………………………………………………………………………………………………

YEAR OF STUDY : …………………………………………….. SEMESTER : ………………………………

PHONE NUMBER : …………………………………………….. DATE : ……………………………………..

ACADEMIC STATUS : KC KB P1 P2

SIGNATURE : …………………………………………….

COURSE INFORMATION

COURSE CODE COURSE NAME SECTION REPAIR GRADE

YES NO

INSTRUCTOR APPROVAL

I HEREBY APPROVED THE STUDENT APPLICATION FOR REGISTERING THIS COURSE.

______________________ ______________________ ____________________

INSTRUCTOR SIGNATURE NAME & STAMP DATE

FOR OFFICE USE (FACULTY/ PBMSK/ CO‐ CURRICULUM CENTRE):

_________________________ ________________________

CENTRE STAFF NAME & COP FACULTY STAFF NAME & COP (PBMSK/ FSTI/ CO‐Q)

ACADEMIC ADVISOR APPROVAL

I HEREBY APPROVED THE STUDENT APPLICATION FOR REGISTERING THIS COURSE.

______________________ ______________________ ____________________

ACADEMIC ADVISOR SIGNATURE NAME & STAMP DATE

ggg MANUAL COURSE REGISTRATION FORM

INSTRUCTIONS :‐ 1. Please fill in the form completely. 2. Get the instructor and Academic Advisor approval 3. Submit the form to the faculty for the registration process 4. For service courses (PBMSK/ FSTI/ CO‐Q), please submit a copy of this form to Centre Office

(PBMSK/ FSTI/ CO‐Q) first, before go to the Faculty Office for registration process.

STUDENT COURSE CATALOG 18

COURSE TIMETABLE

19-DEC-16 11:45 AM

Faculty : CENTRE FOR MODERN LANGUAGES & HUMAN SCIENCES

GAMBANG

Campus

DEGREE

Level

1

1

1

Year

UHF1121

UHM2022

UHR1012

Code

GERMAN FOR BEGINNERS

ETHNIC RELATIONS

ISLAMIC AND ASIAN CIVILISATIONS 1

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01G

02G

03G

01G

02G

03G

04G

05G

06G

07G

08G

09G

10G

11G

12G

13G

Sec

MON

TUE

THU

MON

MON

MON

TUE

TUE

TUE

TUE

WED

THU

THU

THU

FRI

FRI

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5015:00-15:5016:00-16:50

Time

CMLHS3CMLHS3CMLHS3CMLHS3CMLHS3CMLHS3

X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02X-DK-02

Loc

BBBBBB

LLLLLLLLLLLLLLLLLLLLLLLLLL

Mode

303030303030

5050505050505050505050505050505050505050505050505050

Cap

NNNNNN

YYYYYYYYYYYYYYYYYYYYYYYYYY

Exam Staff

01373 - YSBS

01373 - YSBS

01373 - YSBS

01762 - RBH

01461 - HBH

0065 - MABMA

01762 - RBH

0057 - HBH

01762 - RBH

0065 - MABMA

0415 - IBA

0644 - MBAR

0644 - MBAR

0644 - MBAR

0415 - IBA

0057 - HBH

17/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to give students an exposure to German language and culture as similar in German-speaking countries. The course covers the basic language skills of listening, reading, speaking and writing. Lessons are composed of individual and group work, role-play and simulation.

Kursus ini membincangkan konsep asas, latar belakang dan realiti sosial masa kini hubungan etnik di Malaysia dari perspektif kesepaduan sosial. Tujuan kursus ini ialah memberikan kesedaran dan penghayatan dalam mengurus kepelbagaian ke arah pengukuhan negara bangsa. Pengajaran dan pembelajaran akan dilaksanakan dalam bentuk pembelajaran berasaskan pengalaman melalui aktiviti individu, berpasukan dan semangat kesukarelaan. Di akhir kursus ini, pelajar diharapkan dapat mengamalkan nilai-nilai murni, mempunyai jati diri kebangsaan dan menerima kepelbagaian sosio-budaya etnik-etnik di Malaysia.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

1

1

Year

UHR1012

UHS1021

Code


SOFT SKILLS 1

Course Name Remark

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

07G

08G

09G

10G

11G

12G

13G

14G

Sec

MON

MON

MON

MON

TUE

TUE

TUE

WED

WED

THU

THU

FRI

THU

TUE

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time

X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01X-DK-01

Loc

LLLLLLLLLLLLLLLLLLLLLLLLLLLL

Mode

50505050505050505050505050505050505050505050505050505050

Cap

YYYYYYYYYYYYYYYYYYYYYYYYYYYY

Exam Staff

0602 - ABAK

0083 - MBS

0602 - ABAK

0083 - MBS

0369 - ABAR

2279 - FM

2279 - FM

0658 - HBA

0369 - ABAR

0602 - ABAK

0658 - HBA

0369 - ABAR

0083 - MBS

0602 - ABAK

17/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to equip students with a deeper understanding about Islamic and Asian civilizations particularly those civilizations which formed the foundation of Malaysia. It concerns about the studies of universal values promoted by of Islamic and other civilizations. In addition, the domination of Western civilization and some contemporary civilization issues nowadays are also being discussed. In general, the philosophy of the course is to develop students to be aware of universal values promoted the civilizations. Hence, they will be individuals who can change the world to be a better place to live for all.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

1

2

Year

UHS1021

UHF1111

Code

SOFT SKILLS 1

MANDARIN FOR BEGINNERS

Course Name Remark

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

07G

08G

09G

10G

Sec

MON

MON

TUE

TUE

WED

THU

FRI

FRI

THU

MON

Day

08:00-08:50

09:00-09:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

16:00-16:50

17:00-17:50

10:00-10:50

11:00-11:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

16:00-16:50

17:00-17:50

Time

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

Loc

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

Mode

50

50

50

50

50

50

50

50

50

50

50

50

50

50

50

50

50

50

50

50

Cap

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff

2375 - WSBWN

0028 - ABA

0895 - HBH

0895 - HBH

0895 - HBH

0895 - HBH

2375 - WSBWN

2375 - WSBWN

0197 - FBL

2375 - WSBWN

Exam Schedule

Course Synopsis

Pre-Requisite

This course exposes students to Soft Skills which are non-job specific skills that can be used in different occupations. This module aims at creating the sense of awareness and responsibilities as UMP students in nurturing well-rounded personalities. This could be developed though the seven elements which are leadership, teamwork, communication, critical thinking and problem solving, life-long learning, entrepreneurship, and ethics and moral skills. Students could develop these skills through course work, internships, voluntary jobs and life experiences. Hence, allowing students to enhance their marketability nationality.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

2

3

3

3

3

Year

UHF1111

UHE3012

UHE3022

UHE3032

UHE3042

Code


CONTEMPORARY LEADERSHIP IN COMMUNITY

CRITICAL THINKING THROUGH LITERATURE

INTRODUCTION TO HUMAN BEHAVIOUR

ORGANIZATION COUNSELING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

07G

08G

09G

01G

01G

01G

Sec

MON

MON

TUE

TUE

WED

THU

THU

FRI

FRI

TUE

WED

TUE

Day

08:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5015:00-15:5016:00-16:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

Time

CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10

X-BK-01X-BK-01

CMLHS1CMLHS1

X-BK-06X-BK-06

Loc

BBBBBBBBBBBBBBBBBB

LL

LL

LL

Mode

303030303030303030303030303030303030

4040

3030

4040

Cap

NNNNNNNNNNNNNNNNNN

NN

NN

NN

Exam Staff

01638 - CCY

01638 - CCY

01638 - CCY

01638 - CCY

01638 - CCY

01638 - CCY

01638 - CCY

01638 - CCY

01638 - CCY

0644 - MBAR

0436 - NBS

01461 - HBH

Exam Schedule

Course Synopsis

Pre-Requisite

The course aims to enable students to speak simple Mandarin in their daily lives. The students will learn basic Chinese Phonetics (Hanyu Pinyin System), about 180 words, and basic sentence structures. They are also expected to be able to read and write 30 selected Chinese characters. Classroom activities will include listening and speaking skill practices. Reading and writing activities are also included to enhance the oral skills, Practices on certain basic grammar is also introduced. The students will be evaluated on all the four language skills - listening, speaking, reading and writing.

This course explores the basic concept of leadership and ways of being a good leader. It includes the theoretical and practical aspects of leadership as well as issues and matters related to contemporary leadership in community. In general, the philosophy of the course is to equip students with knowledge andskills of good leadership.

This course aims to use literature as a subject matter that will be explored through the use of various activities which engage students' critical thinking skills. It will introduce representative literary genres: poetry, short story, popular culture, drama, and play. This course is suitable for students who are interested in literature and in developing strong critical thinking skills as it guides students toward a greater understanding and appreciation of literature in connection to their own lives.

This course is designed to expose students to basic concepts & major aspects of psychology that related to human behavior. It discusses about the part of human being (physical, mental, spritual and emotion) from various perspectives. It is also emphasize on the aplication of psychology to diverse human activities. In general, the philosopy of this course is to provide students with a correct way of understanding their behavior as well as others.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

3

3

Year

UHE3042

UHE3062

UHE3072

UHE3082

UHE3092

UHE3112

UHE3142

Code

ORGANIZATION COUNSELING

MALAYSIA: THE IMPACT OF GLOBALIZATION

TECHNOLOGY FOR HUMAN CAPITAL

CREATIVE WRITING

ENGLISH MECHANICS

LANGUAGE SOCIETY

PROJECT-BASED PROPOSAL WRITING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

01G

01G

01G

01G

01G

Sec

THU

MON

THU

TUE

MON

WED

Day

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

Time

X-BK-06X-BK-06

X-BK-06X-BK-06

X-DK-02X-DK-02

CMLHS1CMLHS1

CMLHS1CMLHS1

CMLHS2CMLHS2

Loc

LL

LL

LL

LL

LL

LL

Mode

4040

4040

4040

3030

3030

3030

Cap

NN

NN

NN

NN

NN

NN

Exam Staff

0197 - FBL

0065 - MABMA

0082 - MNBAW

0264 - CKS

0276 - FBA

0214 - ANBS

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2422

This subject discusses the application of theories and practices of counseling psychology in the work setting. The course also provides the basic framework of counseling skills to instill caring and sanity within students.

This course discusses the influence and impact of globalization on Malaysia and international relations. The influence highlighted will be in the perspective of politics, economics, social and culture. The contemporary issues and challenges related to the globalizational impact in Malaysia and other countries are also discussed. In general, the philosophy of the course is to facilitate borderless thinking among the students about the globalization impact towards human and environmental aspects.

This course is to equip students with process and techniques in human capital development by using technology. It covers important technologies in human development such as personality profiling, basic qualitative and quantitative analysis. Students will learn the uses of biofeedback technology including HRV, EMG, GSR biofeedback system. They will also learn the use of computer and information system inhuman development programs. The uses of technology and theory are integrated in providing a hands-onapproach to students in designing and executing human capital development program.

This course aims to foster a better understanding of the craft of writing and to instill an appreciation of what goes into producing readable, publishable and engrossing fiction. It encourages the integral first steps towards writing creatively by tapping students' writing potentials to write clearly with imagination. It also exposes students to the beauty of written language and the mechanics of descriptive writing using figurative language and critical thinking skills.Students will explore the creative process through writing, expand and refine vocabulary and style resources, analyse a piece of writing, reinforce process writing, delve into sceenplay writing and make a short film.

The course primarily aims to develop a greater understanding towards the basic grammar components. Students will be exposed to the use of Parts of Speech, Subject Verb Agreement and Tenses to strengthen their skills in communication. This course is suitable for students who are interested to build their confidence in using language clearly.

This course aims to provide opportunity for students to explore different aspects of the relationship between language and society. Specific topics will include language and social variations, regional and social dialectology, pidgins and creoles, code choice, speech community, language change, language and culture, language and gender and related disciplines. The input will familiarise students with the basicconcepts and methods of sociolinguistics, ranging from wider macro social phenomena to micro level analysis of face-to-face interaction. Group discussion and study projects will enable students to apply the theoretical knowledge they gain in lessons into the directed research assigned based on selected theme.

The course is designed to develop students' ability in writing a project-based proposal with regard to their final year engineering undergraduate research project (URP) or Projek Sarjana Muda (PSM). Students will be introduced to proposal writing in which emphasis is placed on academic writing conventions in

*This subject is Prerequisites with UHL2422 English for Technical Communication effective Sem I 2015/2016


COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

Year

UHE3142

UHE3152

UHF1131

UHF1141

UHF1151

Code


INTERPERSONAL EFFECTIVENESS

JAPANESE FOR BEGINNERS

ARABIC FOR BEGINNERS

SPANISH FOR BEGINNERS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

01G

01G

02G

03G

01G

02G

03G

04G

05G

06G

Sec

MON

WED

MON

MON

WED

MON

MON

TUE

TUE

WED

THU

Day

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

08:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

Time

CMLHS2CMLHS2

X-BK-06X-BK-06


CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4

Loc

LL

LL

BBBBBB

BBBBBBBBBBBB

Mode

3030

3030

303030303030

303030303030303030303030

Cap

NN

NN

NNNNNN

NNNNNNNNNNNN

Exam Staff

0395 - SKAS

0048 - NABAA

0687 - MIBMH

0687 - MIBMH

0687 - MIBMH

01404 - RHBR

01403 - MBZ

01403 - MBZ

01403 - MBZ

01404 - RHBR

01404 - RHBR

Exam Schedule

Course Synopsis

Pre-Requisite

UHL3002 UHL2332 UHL2422

UHL2422

writing Introduction, Literature Review and Methodology chapters. Grammar is implicitly embedded into the teaching and learning process. In addition, students will also be exposed to elements of citation techniques and referencing in order to avoid plagiarism.

This course is suitable for students who want to improve their ability to interact with others in their personal and professional lives. The course begins with a focus on preliminary topics such as the basics of interpersonal communication before moving on to the stages of interpersonal relationships and models of interpersonal effectiveness. The second part of the course looks at topics related to intrapersonal effectiveness: self-awareness, self-disclosure, trust and self-management. The final part of the course covers topics on interpersonal effectiveness where students are exposed to topics that would enhance their understanding and working with others: perception, diversity, listening, feedback and communicationstyles.

As the main aim of this course is basic communicative competence, learning in the classroom will be based on language tasks which students are likely to perform in real life, either in their native country or inJapan. Students will be equipped with basic communicative competence in the aspects of self-development, knowledge acquisition and social interaction.

This course focuses on basic Arabic communicative skills.Learning in the classroom will be based on language tasks that students can use in their real life include greeting, introducing oneself, reporting time and etc. Students will be equipped with basic Arabic communicative skills such as speaking and listening and will also learn how to write simple sentences in Arabic.


COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

Year

UHF1151

UHF1161

UHF2111

UHF2121

Code


MALAY FOR BEGINNERS

MANDARIN FOR INTERMEDIATE

GERMAN FOR INTERMEDIATE

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

01G

02G

01G

02G

03G

04G

05G

06G

07G

08G

09G

Sec

MON

WED

TUE

MON

MON

TUE

TUE

WED

THU

THU

FRI

FRI

Day

10:00-10:5011:00-11:50

08:00-08:5009:00-09:5012:00-12:5013:00-13:50

10:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5015:00-15:5016:00-16:50

Time

CMLHS11CMLHS11

CMLHS11CMLHS11CMLHS11CMLHS11

CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS10CMLHS2CMLHS2

Loc

BB

BBBB

BBBBBBBBBBBBBBBBBB

Mode

3030

30303030

303030303030303030303030303030303030

Cap

NN

NNNN

NNNNNNNNNNNNNNNNNN

Exam Staff

01485 - ABMA

01457 - SMBI

01457 - SMBI

01135 - YYM

01135 - YYM

01135 - YYM

01135 - YYM

01135 - YYM

01135 - YYM

01135 - YYM

01135 - YYM

01135 - YYM

Exam Schedule

Course Synopsis

Pre-Requisite

UHF1111 UHF1**1

The main aim of this subject is to introduce students to the Spanish language. Students will learn Spanishalphabets and basic sentence structures. They are expected to be able to speak simple spanish in selected situation and also read and write in spanish.

Classroom activities will include listening and speaking skill practices, reading and also writing skill are given to enhance the oral skills. Practice on certain basic grammar is also introduced. The students will be evaluated on all four language skills-listening, speaking, reading and writing.

This course aims to expose students to Basic Malay. They will be introduced to Roman letters based on Malay Phonetic Systems.They will also learn basic Jawi script. Students will be exposed to basic communication in Malay such as introducing oneself, and selling and purchasing, counting numbers and communicating with the Malay natives.

The course aims to expose students to speak Mandarin in selected situations which include asking for directions, travelling, foods and etc. The students will continue to practise the use of Chinese Phonetics (Hanyu Pinyin System). They will also learn additional 250 selected words, common Chinese proverbs and are expected to be able to write simple sentences. Classroom activities will focus on language skills practices--listening, speaking, reading and writing. Students will be evaluated on the four language skills namely listening, speaking, reading and writing.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

Year

UHF2121

UHF2131

UHF2141

UHF2151

Code


JAPANESE FOR INTERMEDIATE

ARABIC FOR INTERMEDIATE

SPANISH FOR INTERMEDIATE

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

02G

03G

01G

02G

03G

01G

02G

03G

04G

05G

06G

Sec

MON

TUE

WED

TUE

TUE

THU

MON

MON

WED

TUE

FRI

TUE

Day

10:00-10:5011:00-11:5014:00-14:5015:00-15:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:5016:00-16:5017:00-17:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:5016:00-16:5017:00-17:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time



CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4CMLHS4

Loc

BBBBBB

BBBBBB

BBBBBBBBBBBB

Mode

303030303030

303030303030

303030303030303030303030

Cap

NNNNNN

NNNNNN

NNNNNNNNNNNN

Exam Staff

01373 - YSBS

01373 - YSBS

01373 - YSBS

0687 - MIBMH

0687 - MIBMH

0687 - MIBMH

01404 - RHBR

01404 - RHBR

01403 - MBZ

01404 - RHBR

01403 - MBZ

01403 - MBZ

Exam Schedule

Course Synopsis

Pre-Requisite

UHF1121 UHF1**1

UHF1131 UHF1**1

UHF1141 UHF11*1 UHF1**1

German For Intermediate is a continuation course and intended for students who have successfully completed German For Beginners (UHF1121). This course is designed to reinforce and expand their command over grammatical structures, sharpen reading, writing, speaking, and listening skills, and gain abetter understanding of the cultures of the German-speaking world.

As the main aim of this course students are equipped with intermediate proficiency in Japanese Language to enable them to communicate in Japanese language in an educational, social and working environment. This course will provide students with intermediate level reading, writing, speaking and vocabulary skills to function in a social and working environment

The main aim of this subject is to enhance students knowledge in this language. Students will learn to speak the language in selected situations such as at the hospital,at the workplace etc.,read short passages,and write simple Arabic Language with correct grammar.Classroom activities focus on the four main skills: listening,speaking,reading and writing.Practises on certain basic grammar are also introduced.Extensive written exercises give students ample opportunity to put into practise the skills they have learned, enabling them to build up confidence in reading and wiriting vocalised arabic text.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level

3

3

Year

UHF2151

UHF2161

UHE3132

UHE3162

UHE3182

Code


MALAY FOR INTERMEDIATE

PUBLIC SPEAKING

FAMILY SYSTEM IN ISLAM

MALAYSIAN STUDIES

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

02G

03G

01G

02G

01G

01G

Sec

MON

TUE

WED

MON

FRI

MON

WED

Day

14:00-14:5015:00-15:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:50

12:00-12:5013:00-13:50

Time



CMLHS12CMLHS12

X-DK-01X-DK-01

Loc

BBBBBB

BBBB

BB

LL

Mode

303030303030

30303030

3030

4040

Cap

NNNNNN

NNNN

NN

NN

Exam Staff

01485 - ABMA

01485 - ABMA

01485 - ABMA

01457 - SMBI

01457 - SMBI

0017 - AHB I

01750 - ZBS

Exam Schedule

Course Synopsis

Pre-Requisite

UHF1151 UHF1**1

UHF1161 UHF1**1

UHL3002 UHL2332 UHL2432

Spanish For Intermediate is continuation course for students who have succesfully completed Spanish For Beginners(UHF1151). This course is designed to reinforce and expand their command over grammatical structures, improve reading, writing, speaking and listening skills. The students develop intermediate competence in oral and written comprehension and experession of spanish language.

Classroom activities will include listening, speaking and reading skills practices while writing skills is given to enhance the oral and reading skills. Beside that, translation exercises also from part of the classroom learning activities. The students will be evaluated on four languge skills listening, speaking andwriting. Evaluation will be in the forms of coursework and progressive test.

The main aim of this subject to enchance students knowledge in this language. Students will learn to speak Malay Language in selected situations such as at the counter service, at the worklplace, asking direction etc, read short passages and write simple Malay Language with correct grammar. Classroom grammar ara aslo focus on the four main skills; listeing, reading, speaking and writing. Pratises on certainbasic grammar are also introduced. Extensive written exersice give students sample opportunity to put into pratise the skills they have learned, enabling them to build up cionfidence in reading and writing vocalised Malay text.

The course aims to introduce students to the speech planning process. Students will be exposed to three types of public speaking, namely informative, persuasive and impromptu speeches. Students will learn how to select a topic, gather materials and supporting points, organise the body of the speech, prepare anoutline and deliver the speech. Videos on speeches will be used to provide samples on effective delivery skills. Students will also be exposed to the use of relevant technology in preparing and delivering their speeches creatively and effectively

This course is designed to equip students with a deeper understanding of basic family management in Islam. It covers the concept of marriage in Islam including pre and post marriage management and laws according to Imam Shafie school of thought. However, a comparative mazahib (school of thoughts) discussion will also be covered in certain issues as well as contemporary local laws. The course also discusses contemporary issues that are related to this topic such as gamophobia, rulings on foster child and others.

MULAI SEMESTER 2 SESI 2011/2012

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHE3182

UHE3192

UHE3202

UHF1271

UHF1281

UHF2271

UHL2400

Code

MALAYSIAN STUDIES

FUNDAMENTAL IBADAH IN ISLAM

INTRODUCTION TO HALAL STUDIES

TURKISH 1

KOREAN 1

TURKISH 2

FUNDAMENTALS OF ENGLISH LANGUAGE

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

01G

01G

01G

01G

02G

01G

Sec

WED

TUE

MON

FRI

MON

FRI

THU

Day

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

08:00-08:5009:00-09:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:50

Time

X-DK-02X-DK-02

X-DK-01X-DK-01

X-DK-01X-DK-01

CMLHS11CMLHS11


CMLHS12CMLHS12

Loc

LL

LL

LL

BB

BBBB

BB

Mode

4040

4040

4040

3030

30303030

3030

Cap

NN

NN

NN

NN

NNNN

NN

Exam Staff

0057 - HBH

0573 - RBA

0658 - HBA

2279 - FM

TBA0001 - ES(

TBA0001 - ES(

2279 - FM

Exam Schedule

Course Synopsis

Pre-Requisite

UHF1271 UHF1**1 UHF11*1

Kursus ini memperkenalkan pelajar tentang Sejarah Negara, Masyarakat Malaysia, Sistem Politik, Pembinaan Negara Bangsa, Dasar-dasar Kerajaan dan Islam di Malaysia. Kursus ini adalah bertujuan untuk melahirkan graduan yang mempunyai identiti kebangsaan dan semangat patriotisma yang unggul. Pengajaran dan pembelajaran akan dilaksanakan dalam bentuk kuliah, tugasan, peperiksaan dan pengalaman pembelajaran.

This course is designed to equip students with a deeper understanding on basic principles of Islamic Jurisprudence and its application in fundamental ritual of worship in Islam. It covers the contemporary issue and study according to Shafie school of thought that commonly will be encountered by professionalsin their working surrounding. Students will also learn contemporary ijtihad (Islamic scholars' opinions) on the current issues of modern lifestyles. In general, the philosophy of the course is to develop students to become more knowledgeable on the basic of Islamic teaching which is very vital in shaping a spiritually strong individual.

This course is designed to equip students with basic understanding of halal and the halal administration particularly in Malaysia. Therefore, the subject covers the study of shariah-based halal principles and requirements pertaining to halal as stipulated in the halal authority guidelines. The course also discusses the current administration of halal especially on the Malaysian Halal Certificate and its enforcement. Student will also be exposed to an academic project on halal application in the food and non-food industry. In addition, some contemporary issues related to halal regionally and globally will be discussed as well as exposure to halal act and standards. In general, the aim of the course is to develop students to have knowledge on halal and its specific administration.

This course covers pronunciation of Turkish Alphabets and words, the acquision of basic vocabulary, listening, reading, and wrinting skills of simple texts. the course also covers the application of basic grammar in Turkish phrases and sentences.

This course cover exercises in more complex vocabulary development, word classes and sentence construction, development of listening, speaking, reading and writing skills in Turkish Language. In addition, writing short compositions, and development of speech skills in conversation.

The course is designed to develop skills in using English language effectively. The four language skills; listening, speaking, reading and writing are integrated to strengthen students basic comprehension, vocabulary and grammar skills. This course also emphasizes on improving reading and writing by

MULAI SEMESTER II SESI 2014/2015



DITAWARKAN MULAI SESI 2015/2016

DITAWARKAN MULAI SEMESTER II 2016/2017


Berkuatkuasa mulai semester I sesi 2012/2013. Passing mark berubah dari 40 kepada 60

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHL2400

Code


Course Name Remark

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

07G

08G

09G

10G

11G

12G

Sec

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

MON

WED

MON

THU

MON

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6

Loc

LLBBLLBBLLBBLLBBBBLLBBLLBBLLBBLLLLBBLLBBLLBBLLBB

Mode

303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030

Cap

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff

01370 - AHBAB

01729 - NBMI

01370 - AHBAB

01697 - AZBMA

0684 - SBZ

01370 - AHBAB

01697 - AZBMA

01384 - FLBAA

01668 - FIBMF

01668 - FIBMF

01697 - AZBMA

0731 - NABZA

Exam Schedule

Course Synopsis

Pre-Requisite

applying effective strategies which include elements of contextual grammar, active vocabulary building, sentence and paragraph writing. These are fundamentals in providing essential English language skills that are needed in academic environment.

mulai sesi 2016/2017.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHL2400

UHL2412

Code


ENGLISH FOR ACADEMIC COMMUNICATION

Course Name Remark

SEM 2 16/17

Sem13G

14G

15G

16G

17G

18G

SecTHU

TUE

THU

TUE

FRI

TUE

FRI

TUE

THU

TUE

THU

TUE

Day08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

TimeCMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS1CMLHS1X-BK-06X-BK-06CMLHS1CMLHS1X-BK-06X-BK-06

LocBBLLBBLLBBLLBBLLBBLLBBLL

Mode303030303030303030303030303030303030303030303030

CapNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff01384 - FLBAA

0684 - SBZ

0404 - ZBMA

0404 - ZBMA

0404 - ZBMA

01697 - AZBMA

Exam Schedule

Course Synopsis

Pre-Requisite

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHL2412

Code


Course Name Remark

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

07G

08G

09G

10G

11G

Sec

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

MON

WED

MON

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

Time

CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04

Loc

BBLLBBLLBBLLBBLLLLBBLLBBLLBBLLBBBBLLBBLLBBLL

Mode

3030303030303030303030303030303030303030303030303030303030303030303030303030303030303030

Cap

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff

0048 - NABAA

0214 - ANBS

0048 - NABAA

0214 - ANBS

0214 - ANBS

0395 - SKAS

01668 - FIBMF

01370 - AHBAB

01618 - KABAA

0122 - ABK

0496 - ZBA@Z

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2400

The course aims to equip students with the four language skills (i.e. listening, reading, speaking and writing) and study skills for academic success. The course requires students to read various texts of general topics by incorporating essential reading skills. Study skills such as note-taking and note-making techniques, and active listening skills are also emphasised. Students will also be exposed to thesis-support essays and writing styles and organisation appropriate for their level. Additionally, students will beexposed to group discussions and e-learning platform will also be introduced as part of the course.

This subject is equivalent with UHL2312 Technical English. Mulai semester I sesi 2012/2013

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHL2412

UHL2422

Code


ENGLISH FOR TECHNICAL COMMUNICATION

Course Name Remark

SEM 2 16/17

Sem12G

13G

14G

15G

16G

17G

18G

SecMON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

MON

WED

Day16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

TimeCMLHS8CMLHS8X-BK-04X-BK-04X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8CMLHS1CMLHS1X-BK-08X-BK-08CMLHS1CMLHS1X-BK-08X-BK-08

LocBBLLLLBBLLBBLLBBLLBBBBLLLLBB

Mode30303030303030303030303030303030303030303030303030303030

CapNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff0395 - SKAS

0395 - SKAS

0496 - ZBA@Z

0496 - ZBA@Z

01668 - FIBMF

0122 - ABK

0496 - ZBA@Z

Exam Schedule

Course Synopsis

Pre-Requisite

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHL2422

Code


Course Name Remark

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

07G

08G

09G

10G

11G

Sec

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

MON

WED

MON

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

Time

X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03CMLHS7CMLHS7X-BK-03X-BK-03X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8

Loc

LLBBLLBBLLBBLLBBBBLLBBLLBBLLBBLLLLBBLLBBLLBB

Mode

3030303030303030303030303030303030303030303030303030303030303030303030303030303030303030

Cap


Exam Staff

01621 - NBY

0731 - NABZA

01384 - FLBAA

01384 - FLBAA

0436 - NBS

0731 - NABZA

0264 - CKS

01803 - SBH

01803 - SBH

0264 - CKS

0684 - SBZ

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2312 UHL2412 UHL2413

The course is designed for technical communication relevant to academic and professional purposes. It provides oppurtunities for students to learn and employ language skills and strategies appropriate to written and spoken technical communication for professional audiences. In the course, students are required to listen to, evaluate, organize, present and write technical information. The contents of this course consist of, but not limited to, technical descriptions, technical processes and procedures, feasibilityand recommendation reports. Additionally, students have the advantage to collaborate in teams while performing actitivites assigned to them. Students are encouraged to benefit in language learning when they engage in self-access actvities.

*This subject is equivalent with UHL2322 Technical Writing. Mulai semester I sesi 2012/2013.

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHL2422

UHL2432

Code


ENGLISH FOR PROFESSIONAL COMMUNICATION

Course Name Remark

SEM 2 16/17

Sem12G

13G

14G

15G

16G

17G

18G

19G

20G

21G

22G

SecMON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

Day16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

TimeX-BK-04X-BK-04CMLHS8CMLHS8CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04CMLHS8CMLHS8X-BK-04X-BK-04X-BK-08X-BK-08CMLHS1CMLHS1X-BK-08X-BK-08CMLHS1CMLHS1X-BK-08X-BK-08CMLHS1CMLHS1X-BK-08X-BK-08CMLHS1CMLHS1CMLHS2CMLHS2X-BK-08X-BK-08CMLHS2CMLHS2X-BK-08X-BK-08

LocLLBBBBLLBBLLBBLLBBLLLLBBLLBBLLBBLLBBBBLLBBLL

Mode3030303030303030303030303030303030303030303030303030303030303030303030303030303030303030

CapNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff0264 - CKS

0405 - WJBF

0436 - NBS

01803 - SBH

0209 - AABM

0209 - AABM

01803 - SBH

01803 - SBH

0436 - NBS

0209 - AABM

0405 - WJBF

Exam Schedule

Course Synopsis

Pre-Requisite

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

Campus

DEGREE

Level Year

UHL2432

Code


Course Name Remark

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

07G

08G

09G

10G

11G

Sec

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

MON

WED

MON

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

Time

CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5X-BK-01X-BK-01CMLHS5CMLHS5CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02

Loc

BBLLBBLLBBLLBBLLLLBBLLBBLLBBLLBBBBLLBBLLBBLL

Mode

3030303030303030303030303030303030303030303030303030303030303030303030303030303030303030

Cap


Exam Staff

01729 - NBMI

0152 - NABNMA

01618 - KABAA

0690 - MBR

0017 - AHB I

01618 - KABAA

01729 - NBMI

01729 - NBMI

0690 - MBR

0156 - NRBMR

01616 - HBB(

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2322 UHL2422 UHL2423

The course is designed to develop students' spoken and written communication skills effectively. This is vital in helping them to enter the job market and preparing them for workplace. Students will enhance their language skills via learning activities that incorporate communication strategies, interactions and feedback. The learning activities include, but not limited to, carrying out presentations, attending mock-jobinterviews, writing business correspondence, conducting meetings and writing business documents.

This subject is equivalent with UHL2332 Academic Report Writing. Mulai semester I sesi 2012/2013. Starting Sem II 2015/2016, Only the following students can register for this course :* Student who are in Sem 5 and above* Direct Entry - sem 4 above

COURSE TIMETABLE

19-DEC-16 11:45 AM


GAMBANG

PEKAN

Campus

DEGREE

DEGREE

Level

1

1

Year

UHL2432

UHF1121

UHM2022

Code


GERMAN FOR BEGINNERS

ETHNIC RELATIONS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem12G

13G

14G

15G

16G

04P

05P

06P

14P

15P

16P

17P

18P

19P

20P

21P

SecMON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

TUE

FRI

MON

MON

TUE

TUE

WED

THU

THU

FRI

Day16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:50

16:00-16:5017:00-17:5014:00-14:5015:00-15:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5015:00-15:5016:00-16:50

TimeCMLHS6CMLHS6X-BK-02X-BK-02X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6X-BK-02X-BK-02CMLHS6CMLHS6

BB01R74BB01R74BB01R74BB01R74BB01R74BB01R74

BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76

LocBBLLLLBBLLBBLLBBLLBB

BBBBBB

LLLLLLLLLLLLLLLL

Mode3030303030303030303030303030303030303030

303030303030

50505050505050505050505050505050

CapNNNNNNNNNNNNNNNNNNNN

NNNNNN

YYYYYYYYYYYYYYYY

Exam Staff0276 - FBA

01616 - HBB(

0276 - FBA

0690 - MBR

01618 - KABAA

01751 - KBAS

01751 - KBAS

01751 - KBAS

0895 - HBH

0644 - MBAR

0286 - JRBR

0286 - JRBR

01461 - HBH

0057 - HBH

0057 - HBH

01461 - HBH

17/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to give students an exposure to German language and culture as similar in German-speaking countries. The course covers the basic language skills of listening, reading, speaking and writing. Lessons are composed of individual and group work, role-play and simulation.

Kursus ini membincangkan konsep asas, latar belakang dan realiti sosial masa kini hubungan etnik di Malaysia dari perspektif kesepaduan sosial. Tujuan kursus ini ialah memberikan kesedaran dan penghayatan dalam mengurus kepelbagaian ke arah pengukuhan negara bangsa. Pengajaran dan pembelajaran akan dilaksanakan dalam bentuk pembelajaran berasaskan pengalaman melalui aktiviti individu, berpasukan dan semangat kesukarelaan. Di akhir kursus ini, pelajar diharapkan dapat mengamalkan nilai-nilai murni, mempunyai jati diri kebangsaan dan menerima kepelbagaian sosio-budaya etnik-etnik di Malaysia.

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level

1

1

Year

UHR1012

UHS1021

Code


SOFT SKILLS 1

Course Name Remark

SEM 2 16/17

Sem

15P

16P

17P

18P

19P

20P

21P

Sec

MON

MON

TUE

TUE

WED

THU

THU

Day

10:00-10:5010:00-10:5011:00-11:5011:00-11:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5011:00-11:50

Time

BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97BB03R95BB03R97

Loc

LLLLLLLLLLLLLLLLLLLLLLLLLLLL

Mode

50505050505050505050505050505050505050505050505050505050

Cap

YYYYYYYYYYYYYYYYYYYYYYYYYYYY

Exam Staff

0590 - AFBMZA

2291 - MMKA

0433 - MHBMS

2291 - MMKA

2291 - MMKA

0433 - MHBMS

0590 - AFBMZA

17/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to equip students with a deeper understanding about Islamic and Asian civilizations particularly those civilizations which formed the foundation of Malaysia. It concerns about the studies of universal values promoted by of Islamic and other civilizations. In addition, the domination of Western civilization and some contemporary civilization issues nowadays are also being discussed. In general, the philosophy of the course is to develop students to be aware of universal values promoted the civilizations. Hence, they will be individuals who can change the world to be a better place to live for all.

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level

1

2

3

3

Year

UHS1021

UHF1111

UHE3012

UHE3022

Code

SOFT SKILLS 1


CONTEMPORARY LEADERSHIP IN COMMUNITY


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

11P

12P

13P

14P

15P

16P

17P

18P

19P

10P

11P

12P

13P

02P

Sec

MON

TUE

WED

THU

THU

TUE

THU

MON

FRI

MON

TUE

THU

TUE

TUE

Day

10:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:50

12:00-12:5012:00-12:5013:00-13:5013:00-13:50

Time

BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R76BB03R91BB03R93BB03R91BB03R93BB03R76BB03R76BB03R76BB03R76

BB01R74BB01R74BB01R74BB01R74BB01R74BB01R74BB01R122BB01R122

BB03R95BB03R97BB03R95BB03R97

Loc

LLLLLLLLLLLLLLLLLLLL

BBBBBBBB

LLLL

Mode

5050505050505050505050505050505050505050

3030303030303030

40404040

Cap

NNNNNNNNNNNNNNNNNNNN

NNNNNNNN

NNNN

Exam Staff

0133 - NBS

0253 - H@RBH

0133 - NBS

0028 - ABA

0253 - H@RBH

0083 - MBS

0253 - H@RBH

0133 - NBS

0083 - MBS

01533 - KMF

01533 - KMF

01533 - KMF

01533 - KMF

0286 - JRBR

Exam Schedule

Course Synopsis

Pre-Requisite

This course exposes students to Soft Skills which are non-job specific skills that can be used in different occupations. This module aims at creating the sense of awareness and responsibilities as UMP students in nurturing well-rounded personalities. This could be developed though the seven elements which are leadership, teamwork, communication, critical thinking and problem solving, life-long learning, entrepreneurship, and ethics and moral skills. Students could develop these skills through course work, internships, voluntary jobs and life experiences. Hence, allowing students to enhance their marketability nationality.

The course aims to enable students to speak simple Mandarin in their daily lives. The students will learn basic Chinese Phonetics (Hanyu Pinyin System), about 180 words, and basic sentence structures. They are also expected to be able to read and write 30 selected Chinese characters. Classroom activities will include listening and speaking skill practices. Reading and writing activities are also included to enhance the oral skills, Practices on certain basic grammar is also introduced. The students will be evaluated on all the four language skills - listening, speaking, reading and writing.

This course explores the basic concept of leadership and ways of being a good leader. It includes the theoretical and practical aspects of leadership as well as issues and matters related to contemporary leadership in community. In general, the philosophy of the course is to equip students with knowledge andskills of good leadership.

This course aims to use literature as a subject matter that will be explored through the use of various

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

3

3

Year

UHE3022

UHE3032

UHE3062

UHE3082

UHE3092

UHE3112

Code


INTRODUCTION TO HUMAN BEHAVIOUR

MALAYSIA: THE IMPACT OF GLOBALIZATION

CREATIVE WRITING

ENGLISH MECHANICS

LANGUAGE SOCIETY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

02P

02P

02P

02P

02P

Sec

WED

TUE

THU

THU

TUE

Day

12:00-12:5013:00-13:50

12:00-12:5012:00-12:5013:00-13:5013:00-13:50

12:00-12:5012:00-12:5013:00-13:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

Time

BB01R124BB01R124



BB01R126BB01R126

BB01R126BB01R126

Loc

LL

LLLL

LLLL

LL

LL

Mode

3030

40404040

40404040

3030

3030

Cap

NN

NNNN

NNNN

NN

NN

Exam Staff

01487 - SNBAM

0590 - AFBMZA

0065 - MABMA

0067 - ZBA

2053 - HBZ

Exam Schedule

Course Synopsis

Pre-Requisite

activities which engage students' critical thinking skills. It will introduce representative literary genres: poetry, short story, popular culture, drama, and play. This course is suitable for students who are interested in literature and in developing strong critical thinking skills as it guides students toward a greater understanding and appreciation of literature in connection to their own lives.

This course is designed to expose students to basic concepts & major aspects of psychology that related to human behavior. It discusses about the part of human being (physical, mental, spritual and emotion) from various perspectives. It is also emphasize on the aplication of psychology to diverse human activities. In general, the philosopy of this course is to provide students with a correct way of understanding their behavior as well as others.

This course discusses the influence and impact of globalization on Malaysia and international relations. The influence highlighted will be in the perspective of politics, economics, social and culture. The contemporary issues and challenges related to the globalizational impact in Malaysia and other countries are also discussed. In general, the philosophy of the course is to facilitate borderless thinking among the students about the globalization impact towards human and environmental aspects.

This course aims to foster a better understanding of the craft of writing and to instill an appreciation of what goes into producing readable, publishable and engrossing fiction. It encourages the integral first steps towards writing creatively by tapping students' writing potentials to write clearly with imagination. It also exposes students to the beauty of written language and the mechanics of descriptive writing using figurative language and critical thinking skills.Students will explore the creative process through writing, expand and refine vocabulary and style resources, analyse a piece of writing, reinforce process writing, delve into sceenplay writing and make a short film.

The course primarily aims to develop a greater understanding towards the basic grammar components. Students will be exposed to the use of Parts of Speech, Subject Verb Agreement and Tenses to strengthen their skills in communication. This course is suitable for students who are interested to build their confidence in using language clearly.

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

3

Year

UHE3112

UHE3122

UHE3142

UHE3152

UHF1131

Code

LANGUAGE SOCIETY

ISLAMIC INSTITUTIONS


INTERPERSONAL EFFECTIVENESS


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

02P

01P

02P

02P

02P

Sec

MON

THU

THU

THU

MON

Day

12:00-12:5013:00-13:50

12:00-12:5012:00-12:5013:00-13:5013:00-13:5012:00-12:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

Time

BB01R126BB01R126


BB01R124BB01R124

BB03R112BB03R112

Loc

LL

LLLLLL

LL

LL

Mode

3030

404040404040

3030

3030

Cap

NN

NNNNNN

NN

NN

Exam Staff

0230 - NBO

0573 - RBA

2291 - MMKA

0618 - NYBK

0253 - H@RBH

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2422

UHL3002 UHL2332 UHL2422

UHL2422

This course aims to provide opportunity for students to explore different aspects of the relationship between language and society. Specific topics will include language and social variations, regional and social dialectology, pidgins and creoles, code choice, speech community, language change, language and culture, language and gender and related disciplines. The input will familiarise students with the basicconcepts and methods of sociolinguistics, ranging from wider macro social phenomena to micro level analysis of face-to-face interaction. Group discussion and study projects will enable students to apply the theoretical knowledge they gain in lessons into the directed research assigned based on selected theme.

This course exposes students to the comprehensiveness of Islam through the distinct of institutions. In addition, the course is designed to introduce the main characteristics in Islamic systems which cover universal aspects of management. It covers basic Islamic principles and tools in management such as syura, maslahah, hadaf and others which have been applied in particular institutions and organizations. Ingeneral, the philosophy of the course is to equip students with necessary and broad knowledge and skills about Islamic management that implemented in various institutions.

The course is designed to develop students' ability in writing a project-based proposal with regard to their final year engineering undergraduate research project (URP) or Projek Sarjana Muda (PSM). Students will be introduced to proposal writing in which emphasis is placed on academic writing conventions in writing Introduction, Literature Review and Methodology chapters. Grammar is implicitly embedded into the teaching and learning process. In addition, students will also be exposed to elements of citation techniques and referencing in order to avoid plagiarism.

This course is suitable for students who want to improve their ability to interact with others in their personal and professional lives. The course begins with a focus on preliminary topics such as the basics of interpersonal communication before moving on to the stages of interpersonal relationships and models of interpersonal effectiveness. The second part of the course looks at topics related to intrapersonal effectiveness: self-awareness, self-disclosure, trust and self-management. The final part of the course covers topics on interpersonal effectiveness where students are exposed to topics that would enhance their understanding and working with others: perception, diversity, listening, feedback and communicationstyles.




COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

3

Year

UHF1131

UHF1141

UHF1151

UHF1161

UHF2111

Code


ARABIC FOR BEGINNERS


MALAY FOR BEGINNERS


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

04P

05P

06P

07P

08P

09P

10P

11P

12P

01P

03P

Sec

TUE

WED

THU

TUE

WED

FRI

MON

TUE

THU

FRI

MON

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:50

08:00-08:5009:00-09:50

12:00-12:5013:00-13:50

Time


BB01R124BB01R124BB01R122BB01R122BB01R128BB01R128BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122

BB01R124BB01R124

BB01R74BB01R74

Loc

BBBBBB

BBBBBBBBBBBB

BB

BB

Mode

303030303030

303030303030303030303030

3030

3030

Cap

NNNNNN

NNNNNNNNNNNN

NN

NN

Exam Staff

01126 - SBA

01126 - SBA

01126 - SBA

01590 - FHBA

01590 - FHBA

01159 - MBBH

01159 - MBBH

01590 - FHBA

01159 - MBBH

01485 - ABMA

01669 - JBBM

Exam Schedule

Course Synopsis

Pre-Requisite

As the main aim of this course is basic communicative competence, learning in the classroom will be based on language tasks which students are likely to perform in real life, either in their native country or inJapan. Students will be equipped with basic communicative competence in the aspects of self-development, knowledge acquisition and social interaction.

This course focuses on basic Arabic communicative skills.Learning in the classroom will be based on language tasks that students can use in their real life include greeting, introducing oneself, reporting time and etc. Students will be equipped with basic Arabic communicative skills such as speaking and listening and will also learn how to write simple sentences in Arabic.

The main aim of this subject is to introduce students to the Spanish language. Students will learn Spanishalphabets and basic sentence structures. They are expected to be able to speak simple spanish in selected situation and also read and write in spanish.

Classroom activities will include listening and speaking skill practices, reading and also writing skill are given to enhance the oral skills. Practice on certain basic grammar is also introduced. The students will be evaluated on all four language skills-listening, speaking, reading and writing.

This course aims to expose students to Basic Malay. They will be introduced to Roman letters based on Malay Phonetic Systems.They will also learn basic Jawi script. Students will be exposed to basic communication in Malay such as introducing oneself, and selling and purchasing, counting numbers and communicating with the Malay natives.

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

Year

UHF2111

UHF2121

UHF2131

UHF2141

Code



JAPANESE FOR INTERMEDIATE


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

10P

11P

12P

13P

04P

05P

06P

04P

05P

06P

Sec

MON

THU

FRI

THU

MON

TUE

THU

WED

THU

FRI

Day

14:00-14:5015:00-15:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5016:00-16:5017:00-17:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

Time

BB01R74BB01R74BB01R74BB01R74BB01R74BB01R74BB01R124BB01R124



Loc

BBBBBBBB

BBBBBB

BBBBBB

Mode

3030303030303030

303030303030

303030303030

Cap

NNNNNNNN

NNNNNN

NNNNNN

Exam Staff

01533 - KMF

01533 - KMF

01533 - KMF

01533 - KMF

01751 - KBAS

01751 - KBAS

01751 - KBAS

01126 - SBA

01126 - SBA

01126 - SBA

Exam Schedule

Course Synopsis

Pre-Requisite

UHF1111 UHF1**1

UHF1121 UHF1**1

UHF1131 UHF1**1

The course aims to expose students to speak Mandarin in selected situations which include asking for directions, travelling, foods and etc. The students will continue to practise the use of Chinese Phonetics (Hanyu Pinyin System). They will also learn additional 250 selected words, common Chinese proverbs and are expected to be able to write simple sentences. Classroom activities will focus on language skills practices--listening, speaking, reading and writing. Students will be evaluated on the four language skills namely listening, speaking, reading and writing.

German For Intermediate is a continuation course and intended for students who have successfully completed German For Beginners (UHF1121). This course is designed to reinforce and expand their command over grammatical structures, sharpen reading, writing, speaking, and listening skills, and gain abetter understanding of the cultures of the German-speaking world.

As the main aim of this course students are equipped with intermediate proficiency in Japanese Language to enable them to communicate in Japanese language in an educational, social and working environment. This course will provide students with intermediate level reading, writing, speaking and vocabulary skills to function in a social and working environment

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level

3

3

3

Year

UHF2141

UHF2151

UHF2161

UHE3132

UHE3162

Code



MALAY FOR INTERMEDIATE

PUBLIC SPEAKING


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

07P

08P

09P

10P

11P

12P

04P

03P

02P

Sec

TUE

THU

WED

MON

THU

FRI

FRI

THU

TUE

Day

14:00-14:5015:00-15:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

Time

BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122BB01R122

BB01R124BB01R124

BB01R74BB01R74

BB01R124BB01R124

Loc

BBBBBBBBBBBB

BB

BB

BB

Mode

303030303030303030303030

3030

3030

3030

Cap

NNNNNNNNNNNN

NN

NN

NN

Exam Staff

01590 - FHBA

01159 - MBBH

01159 - MBBH

01159 - MBBH

01590 - FHBA

01590 - FHBA

01485 - ABMA

01669 - JBBM

0617 - AABAR

Exam Schedule

Course Synopsis

Pre-Requisite

UHF1141 UHF11*1 UHF1**1

UHF1151 UHF1**1

UHF1161 UHF1**1

UHL3002 UHL2332 UHL2432

The main aim of this subject is to enhance students knowledge in this language. Students will learn to speak the language in selected situations such as at the hospital,at the workplace etc.,read short passages,and write simple Arabic Language with correct grammar.Classroom activities focus on the four main skills: listening,speaking,reading and writing.Practises on certain basic grammar are also introduced.Extensive written exercises give students ample opportunity to put into practise the skills they have learned, enabling them to build up confidence in reading and wiriting vocalised arabic text.

Spanish For Intermediate is continuation course for students who have succesfully completed Spanish For Beginners(UHF1151). This course is designed to reinforce and expand their command over grammatical structures, improve reading, writing, speaking and listening skills. The students develop intermediate competence in oral and written comprehension and experession of spanish language.

Classroom activities will include listening, speaking and reading skills practices while writing skills is given to enhance the oral and reading skills. Beside that, translation exercises also from part of the classroom learning activities. The students will be evaluated on four languge skills listening, speaking andwriting. Evaluation will be in the forms of coursework and progressive test.

The main aim of this subject to enchance students knowledge in this language. Students will learn to speak Malay Language in selected situations such as at the counter service, at the worklplace, asking direction etc, read short passages and write simple Malay Language with correct grammar. Classroom grammar ara aslo focus on the four main skills; listeing, reading, speaking and writing. Pratises on certainbasic grammar are also introduced. Extensive written exersice give students sample opportunity to put into pratise the skills they have learned, enabling them to build up cionfidence in reading and writing vocalised Malay text.

The course aims to introduce students to the speech planning process. Students will be exposed to three types of public speaking, namely informative, persuasive and impromptu speeches. Students will learn how to select a topic, gather materials and supporting points, organise the body of the speech, prepare anoutline and deliver the speech. Videos on speeches will be used to provide samples on effective delivery skills. Students will also be exposed to the use of relevant technology in preparing and delivering their speeches creatively and effectively

This course is designed to equip students with a deeper understanding of basic family management in

MULAI SEMESTER 2 SESI 2011/2012

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level Year

UHE3162

UHE3182

UHE3192

UHF1271

UHF1281

UHF2271

UHL2400

Code


MALAYSIAN STUDIES

FUNDAMENTAL IBADAH IN ISLAM

TURKISH 1

KOREAN 1

TURKISH 2


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

02P

02P

02P

02P

03P

04P

02P

Sec

WED

MON

TUE

MON

TUE

THU

MON

Day

12:00-12:5012:00-12:5013:00-13:5013:00-13:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

08:00-08:5009:00-09:50

10:00-10:5011:00-11:5016:00-16:5017:00-17:50

12:00-12:5013:00-13:50

Time


BB03R76BB03R76

BB03R76BB03R76

BB01R122BB01R122

BB01R124BB01R124BB01R124BB01R124

BB01R122BB01R122

Loc

LLLL

LL

LL

BB

BBBB

BB

Mode

40404040

4040

4040

3030

30303030

3030

Cap

NNNN

NN

NN

NN

NNNN

NN

Exam Staff

0433 - MHBMS

0415 - IBA

0028 - ABA

2279 - FM

TBA0001 - ES(

TBA0001 - ES(

2279 - FM

Exam Schedule

Course Synopsis

Pre-Requisite

UHF1271 UHF1**1 UHF11*1

Islam. It covers the concept of marriage in Islam including pre and post marriage management and laws according to Imam Shafie school of thought. However, a comparative mazahib (school of thoughts) discussion will also be covered in certain issues as well as contemporary local laws. The course also discusses contemporary issues that are related to this topic such as gamophobia, rulings on foster child and others.

Kursus ini memperkenalkan pelajar tentang Sejarah Negara, Masyarakat Malaysia, Sistem Politik, Pembinaan Negara Bangsa, Dasar-dasar Kerajaan dan Islam di Malaysia. Kursus ini adalah bertujuan untuk melahirkan graduan yang mempunyai identiti kebangsaan dan semangat patriotisma yang unggul. Pengajaran dan pembelajaran akan dilaksanakan dalam bentuk kuliah, tugasan, peperiksaan dan pengalaman pembelajaran.

This course is designed to equip students with a deeper understanding on basic principles of Islamic Jurisprudence and its application in fundamental ritual of worship in Islam. It covers the contemporary issue and study according to Shafie school of thought that commonly will be encountered by professionalsin their working surrounding. Students will also learn contemporary ijtihad (Islamic scholars' opinions) on the current issues of modern lifestyles. In general, the philosophy of the course is to develop students to become more knowledgeable on the basic of Islamic teaching which is very vital in shaping a spiritually strong individual.

This course covers pronunciation of Turkish Alphabets and words, the acquision of basic vocabulary, listening, reading, and wrinting skills of simple texts. the course also covers the application of basic grammar in Turkish phrases and sentences.

This course cover exercises in more complex vocabulary development, word classes and sentence construction, development of listening, speaking, reading and writing skills in Turkish Language. In addition, writing short compositions, and development of speech skills in conversation.

The course is designed to develop skills in using English language effectively. The four language skills; listening, speaking, reading and writing are integrated to strengthen students basic comprehension, vocabulary and grammar skills. This course also emphasizes on improving reading and writing by applying effective strategies which include elements of contextual grammar, active vocabulary building, sentence and paragraph writing. These are fundamentals in providing essential English language skills




DITAWARKAN MULAI SEMESTER II 2016/2017


Berkuatkuasa mulai semester I sesi 2012/2013. Passing mark berubah dari 40 kepada 60 mulai sesi 2016/2017.

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level Year

UHL2400

UHL2412

Code



Course Name Remark

SEM 2 16/17

Sem

19P

20P

21P

22P

23P

24P

25P

26P

27P

28P

Sec

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

THU

TUE

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time

BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB03R114BB03R114BB01R126BB01R126BB01R126BB01R126BB03R114BB03R114

Loc

LLBBLLBBLLBBLLBBBBLLBBLLBBLLBBLLLLBBBBLL

Mode

30303030303030303030303030303030303030303030303030303030303030303030303030303030

Cap

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff

01539 - RBI

0827 - EBN

01539 - RBI

0827 - EBN

01537 - ABAZ

01537 - ABAZ

01800 - MSBAJ

01800 - MSBAJ

01588 - NNBM

01588 - NNBM

Exam Schedule

Course Synopsis

Pre-Requisite

that are needed in academic environment.

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level Year

UHL2412

UHL2422

Code



Course Name Remark

SEM 2 16/17

Sem

19P

20P

21P

22P

23P

24P

25P

26P

27P

Sec

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

Time

BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB02R69BB02R69BB03R110BB03R110

Loc

BBLLBBLLBBLLBBLLLLBBLLBBLLBBLLBBBBLL

Mode

303030303030303030303030303030303030303030303030303030303030303030303030

Cap

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff

01800 - MSBAJ

01800 - MSBAJ

0278 - HBK

01487 - SNBAM

0299 - RBA

01539 - RBI

01487 - SNBAM

01539 - RBI

01487 - SNBAM

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2400

The course aims to equip students with the four language skills (i.e. listening, reading, speaking and writing) and study skills for academic success. The course requires students to read various texts of general topics by incorporating essential reading skills. Study skills such as note-taking and note-making techniques, and active listening skills are also emphasised. Students will also be exposed to thesis-support essays and writing styles and organisation appropriate for their level. Additionally, students will beexposed to group discussions and e-learning platform will also be introduced as part of the course.

This subject is equivalent with UHL2312 Technical English. Mulai semester I sesi 2012/2013

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

Campus

DEGREE

Level Year

UHL2422

Code


Course Name Remark

SEM 2 16/17

Sem

23P

24P

25P

26P

27P

28P

29P

30P

31P

32P

33P

Sec

MON

WED

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

FRI

TUE

MON

WED

MON

THU

MON

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB01R76BB01R76BB03R112BB03R112BB03R110BB03R110BB02R69BB02R69BB03R110BB03R110BB02R69BB02R69BB03R110BB03R110BB02R69BB02R69

Loc

LLBBLLBBLLBBLLBBBBLLBBLLBBLLBBLLLLBBLLBBLLBB

Mode

3030303030303030303030303030303030303030303030303030303030303030303030303030303030303030

Cap


Exam Staff

2053 - HBZ

0617 - AABAR

0617 - AABAR

2053 - HBZ

0617 - AABAR

01589 - NNFBMR

2053 - HBZ

01589 - NNFBMR

01465 - NBAM

0618 - NYBK

01465 - NBAM

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2312 UHL2412 UHL2413

The course is designed for technical communication relevant to academic and professional purposes. It provides oppurtunities for students to learn and employ language skills and strategies appropriate to written and spoken technical communication for professional audiences. In the course, students are required to listen to, evaluate, organize, present and write technical information. The contents of this course consist of, but not limited to, technical descriptions, technical processes and procedures, feasibilityand recommendation reports. Additionally, students have the advantage to collaborate in teams while performing actitivites assigned to them. Students are encouraged to benefit in language learning when they engage in self-access actvities.

*This subject is equivalent with UHL2322 Technical Writing. Mulai semester I sesi 2012/2013.

COURSE TIMETABLE

19-DEC-16 11:45 AM


PEKAN

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

2

Year

UHL2422

UHL2432

UHS2021

Code



SOFT SKILLS 2

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem34P

35P

36P

17P

18P

19P

20P

21P

22P

SecTHU

TUE

THU

TUE

FRI

TUE

MON

WED

MON

THU

MON

THU

THU

TUE

THU

TUE

FRI

TUE

Day08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:50

TimeBB02R69BB02R69BB03R110BB03R110BB02R69BB02R69BB03R110BB03R110BB02R69BB02R69BB03R110BB03R110

BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128BB03R116BB03R116BB01R128BB01R128

LocBBLLBBLLBBLL

BBLLBBLLBBLLLLBBLLBBLLBB

Mode303030303030303030303030

303030303030303030303030303030303030303030303030

CapNNNNNNNNNNNN

NNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff0618 - NYBK

01465 - NBAM

01465 - NBAM

0067 - ZBA

0067 - ZBA

0230 - NBO

0067 - ZBA

0230 - NBO

0827 - EBN

Exam Schedule

Course Synopsis

Pre-Requisite

UHL2322 UHL2422 UHL2423

The course is designed to develop students' spoken and written communication skills effectively. This is vital in helping them to enter the job market and preparing them for workplace. Students will enhance their language skills via learning activities that incorporate communication strategies, interactions and feedback. The learning activities include, but not limited to, carrying out presentations, attending mock-jobinterviews, writing business correspondence, conducting meetings and writing business documents.

This subject is equivalent with UHL2332 Academic Report Writing. Mulai semester I sesi 2012/2013. Starting Sem II 2015/2016, Only the following students can register for this course :* Student who are in Sem 5 and above* Direct Entry - sem 4 above

COURSE TIMETABLE

19-DEC-16 11:45 AM


NO TIMETABLE

Campus

DEGREE

Level

2

Year

UHS2021

Code

SOFT SKILLS 2

Course Name Remark

SEM 2 16/17

Sem

01G02G03G04G05P06P07P

Sec Day Time Loc Mode

50505050505050

Cap

NNNNNNN

Exam Staff

TBATBATBATBATBATBATBA

Exam Schedule

Course Synopsis

Pre-Requisite

UHS1011 UHS1021

This course is the extension of Soft Skills 1 (UHS1021). It focuses on the dynamic and integrated approach required by the industry through coaching and mentoring, change management, critical thinking and problem solving, ethic and moral for professional, communications skills and project closure. In the end, students will be more competent, competitive and prepare to venture the workplace challenges.

Starting Sem II 2015/2016, Only the following students can register for this course :* Student who are in Sem 5 and above* Direct Entry - sem 4 above* completed 60 credit

COURSE TIMETABLE

19-DEC-16 09:16 AM

Faculty : STUDENTS AFFAIRS & ALUMNI

GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

1

1

1

1

Year

UQD2021

UQN2031

UQP2061

UQP2071

UQS2011

UQS2021

UQS2031

UQS2041

UQS2081

Code

CREATIVE ART

ANYAMAN

KEPIMPINAN

PENGURUSAN MAJLIS

KAYAK

TREKKING

SILAT OLAHRAGA

BOLA SEPAK

ARCHERY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

1G

1G

1G

1G

1G

1G

1G

1G

Sec

WED

WED

WED

WED

WED

WED

WED

WED

Day

15:00-15:5016:00-16:50

15:00-15:5016:00-16:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

15:00-15:5016:00-16:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

Time

W-DK-08W-DK-08

W-DK-10W-DK-10

W-DK-08W-DK-08

W-DK-17W-DK-17

W-DK-15W-DK-15

W-DK-11W-DK-11

W-DK-02W-DK-02

W-DK-12W-DK-12

Loc

LL

LL

LL

LL

LL

LL

LL

LL

Mode

4040

4040

4040

4040

4040

4040

4040

4040

Cap

NN

NN

NN

NN

NN

NN

NN

NN

Exam Staff

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Anyaman and the important requirements for Anyaman. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in the Leadership and the important requirements for Leadership. Students will also beexposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Event Management and the important requirements for Event Management. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Kayak and the important requirements for Kayak. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Trekking and the important requirements for Trekking. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Silat Olahraga and the important requirements for Silat Olahraga. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Football and the important requirements for Football. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

COURSE TIMETABLE

19-DEC-16 09:16 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

2

2

2

2

2

Year

UQS2081

UQS2111

UQS2121

UQS2161

UQN2011

UQP2011

UQP2021

UQS2061

UQS2091

Code

ARCHERY

MOUNTAIN BIKE 2

PAINTBALL

FUTSAL

MUZIK KOMPANG

KAUNSELOR SISWA

IQRA

BOLA BALING

FITNESS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

1G

1G

1G

1G

1G

1G

1G

1G

Sec

WED

WED

WED

WED

WED

WED

WED

WED

Day

17:00-17:5018:00-18:50

15:00-15:5016:00-16:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

15:00-15:5016:00-16:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

Time

W-DK-14W-DK-14

W-DK-03W-DK-03

W-DK-07W-DK-07

W-DK-04W-DK-04

W-DK-02W-DK-02

W-DK-13W-DK-13

W-DK-06W-DK-06

W-DK-05W-DK-05

Loc

LL

LL

LL

LL

LL

LL

LL

LL

Mode

4040

4040

3535

4040

4040

4040

4040

4040

Cap

NN

NN

NN

NN

NN

NN

NN

NN

Exam Staff

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Archery and the important requirements for Archery. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Mountain Bike and the important requirements for Mountain Bike. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Paintball and the important requirements for Paintball. Students will also be exposedto knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Futsal and the important requirements for Futsal. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Muzik Kompang and the important requirements for Muzik Kompang. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Kaunselor Siswa and the important requirements for Kaunselor Siswa. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Iqra' and the important requirements for Iqra'. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Handball and the important requirements for Handball. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and

COURSE TIMETABLE

19-DEC-16 09:16 AM


GAMBANG

PEKAN

Campus

DEGREE

DEGREE

Level

2

1

1

1

1

1

1

1

Year

UQS2091

UQP2081

UQP2071

UQS2011

UQS2021

UQS2081

UQS2111

UQS2121

UQS2151

Code

FITNESS

PENGURUSAN BENCANA

PENGURUSAN MAJLIS

KAYAK

TREKKING

ARCHERY

MOUNTAIN BIKE 2

PAINTBALL

GOLF

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

1G

1G

1P

1P

1P

1P

1P

1P

Sec

WED

WED

WED

WED

WED

WED

WED

WED

Day

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

15:00-15:5016:00-16:50

17:00-17:5018:00-18:50

Time

W-DK-16W-DK-16

W-DK-03W-DK-03

E20BK2E20BK2

M21BK4M21BK4

M22BK6M22BK6

E21BK3E21BK3

M22BK5M22BK5

M22BK5M22BK5

Loc

LL

LL

LL

LL

LL

LL

LL

LL

Mode

4040

4040

4040

4040

4040

4040

4040

3535

Cap

NN

NN

NN

NN

NN

NN

NN

NN

Exam Staff

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

Exam Schedule

Course Synopsis

Pre-Requisite

teamworking skills in Fitness and the important requirements for Fitness. Students will also be exposed toknowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Disaster Management and the important requirements for Disaster Management. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Event Management and the important requirements for Event Management. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Kayak and the important requirements for Kayak. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Trekking and the important requirements for Trekking. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Archery and the important requirements for Archery. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Mountain Bike and the important requirements for Mountain Bike. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Paintball and the important requirements for Paintball. Students will also be exposedto knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Golf and the important requirements for Golf. Students will also be exposed to

COURSE TIMETABLE

19-DEC-16 09:16 AM


PEKAN

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

1

1

2

2

1

1

1

Year

UQS2151

UQS2161

UQP2011

UQS2091

UQP2081

UQB1011

UQB2021

UQB2031

Code

GOLF

FUTSAL

KAUNSELOR SISWA

FITNESS

PENGURUSAN BENCANA

BRIGED SISWA (KOKURIKULUM I)

KOR SUKSIS 2

KOR SISPA 2

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

1P

1P

1P

1P

1P

1G1P2G2P

1

1

Sec

WED

WED

WED

WED

WED

Day

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

17:00-17:5018:00-18:50

Time

M20BK1M20BK1

M20BK7M20BK7

M20BK2M20BK2

E21BK4E21BK4

M21BK8M21BK8

Loc

LL

LL

LL

LL

LL

Mode

4040

4040

4040

4040

4040

40404040

49

48

Cap

NN

NN

NN

NN

NN

NNNN

N

N

Exam Staff

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

0299 - RBA

TBATBATBATBA

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

UQB1021

UQB1031

knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Futsal and the important requirements for Futsal. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Kaunselor Siswa and the important requirements for Kaunselor Siswa. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Fitness and the important requirements for Fitness. Students will also be exposed toknowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Disaster Management and the important requirements for Disaster Management. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in Briged Siswa and the important requirements for Briged Siswa. Students will also beexposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in KOR SUKSIS II and the important requirements for KOR SUKSIS II. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in KOR SISPA II and the important requirements for KOR SISPA II. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

COURSE TIMETABLE

19-DEC-16 09:16 AM


NO TIMETABLE

Campus

DEGREE

Level

1

1

1

2

2

2

3

3

3

Year

UQB2041

UQB2051

UQB2061

UQB4021

UQB4031

UQB4051

UQB6021

UQB6041

UQB6051

Code

PALAPES LAUT 2

PALAPES UDARA 2

PALAPES DARAT 2

KOR SUKSIS 4

KOR SISPA 4

PALAPES UDARA 4

KOR SUKSIS 6

PALAPES LAUT 6

PALAPES UDARA 6

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

1

1

1

1

1

1

1

1


49

53

46

46

89

52

55

27

Cap

N

N

N

N

N

N

N

N

Exam Staff

TBA

TBA

TBA

TBA

TBA

TBA

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

UQB1041

UQB1051

UQB1061

UQB3021

UQB3031

UQB3051

UQB5021

UQB5041

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in PALAPES LAUT II and the important requirements for PALAPES LAUT II. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in PALAPES UDARA II and the important requirements for PALAPES UDARA II. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in KOR SUKSIS IV and the important requirements for KOR SUKSIS IV. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in KOR SISPA IV and the important requirements for KOR SISPA IV. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in PALAPES UDARA IV and the important requirements for PALAPES UDARA IV. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in KOR SUKSIS VI and the important requirements for KOR SUKSIS VI. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in PALAPES LAUT VI and the important requirements for PALAPES LAUT VI. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in PALAPES UDARA VI and the important requirements for PALAPES UDARA VI.

COURSE TIMETABLE

19-DEC-16 09:16 AM


NO TIMETABLE

Campus

DEGREE

Level

3

Year

UQB6051

UQB4041

Code

PALAPES UDARA 6

PALAPES LAUT 4

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

1

1


42

34

Cap

N

N

Exam Staff

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

UQB5051

UQB3041

Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

This course is designed to provide students with the required knowledge, skills, competency, safety and teamworking skills in PALAPES LAUT IV and the important requirements for PALAPES LAUT IV. Students will also be exposed to knowledge in safety. Teamworking and leadership skills will be incorporated into projects and activities.

COURSE TIMETABLE

30-DEC-16 04:33 PM

Faculty :

GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

Year

BUF1113

BUM1123

BUM1213

BUM1223

BUM1233

Code

BASIC PHYSICS

MATHEMATICS FOR MANAGEMENT

FUNDAMENTAL DISCRETE STRUCTURE

CALCULUS

DISCRETE MATHEMATICS AND APPLICATIONS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

01

02

02

01

02

03

Sec

MON

THU

TUE

MONTHUTUEMONTHUTUE

MONTHUTUE

MONTHUTUEMONTHUTUEMONTHUTUE

Day

13:00-13:50

13:00-13:50

13:00-13:50

12:00-12:5012:00-12:5012:00-12:5013:00-13:5013:00-13:5013:00-13:50

12:00-12:5012:00-12:5012:00-12:50

15:00-15:5015:00-15:5015:00-15:5010:00-10:5010:00-10:5010:00-10:5012:00-12:5012:00-12:5012:00-12:50

Time

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

Z01-0006Z01-0006Z01-0006W-DK-15W-DK-15W-DK-15

Z01-0005Z01-0005Z01-0005

W-DK-16W-DK-16W-DK-16W-DK-18W-DK-18W-DK-18W-DK-15W-DK-15W-DK-15

Loc

L

L

L

LLLLLL

LLL

LLLLLLLLL

Mode

60

60

60

606060606060

606060

606060606060454545

Cap

N

N

N

YYYYYY

YYY

YYYYYYYYY

Exam Staff

01277 - NBA

0323 - NABMD

0323 - NABMD

01793 - ASBAA

0380 - NBMJ

0380 - NBMJ

0380 - NBMJ

11/06/2017 - AM

11/06/2017 - PM

10/06/2017 - PM

10/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is intended to expose the central ideas and principles of physics to students requiring a generalbackground in physics. It covers unit and measurements, kinematics, forces and Newton's law of motion, statics equilibrium, work, energy and power, fluid mechanics, electricity and magnetism.

This subject introduce the use of mathematical technique in the field of business administration and management. The topics introduce to the inequality, matrices, functions and the key business topics such as simple interest, compound interest, promissory notes, trade and cash discount, markup and markdown.

This subject introduces and discusses the fundamental of the discrete as apply to computer science, focussing on providing a basic theoretical foundation for further work. Students are exposed to logic, set theory, elementary number theory, functions and relations, basic of counting, boolean algebra, and proof techniques. This course integrates symbolic tools, graphical concepts, and numeral calculations.

This course discusses in depth of functions and differentation. Topics cover under this course are: The Concepts of Limit, Computation of Limit, Continuity and Its Consequence, Limit Involving Infinity, The Derivative, Computation of Derivative, The Product and Quotient Rule, The Chain Rule, Higher Derivatives, Implicit Differentiation, Rates of Change and Related Rates, Maximum and Minimum Values, Mean Value Theorem, Concavity and Second Derivatives Test, Overview of Curve Sketching, Optimazation Problems, Antiderivatives, Indefinite Integral, Definite Integral, Integration by Substitution, Integration by Parts, Integration of Rational Function using Partial Fractions, Area Between Curves. Arc Length and Surface Area, Volume: Slicing Method, Volume: Disks Method, Volume by Cylindrical Shells

This subject introduces and discusses the fundamental of the discrete as apply to computer science, focusing on providing a basic theoretical foundation for further work. Students are exposed to logic and proof techniques, set theory, elementary number of theory, functions and relations, graph, tress, modelling computations and abstract algebra. This course integrates symbolic tools, graphical concepts, and numerical calculations.

SEKSYEN DIGAMBANG ADALAH 01 DAN02, SEKSYEN DIPEKAN 03 DAN 04.

BAGI PROGRAM FAKULTI TEKNOLOGI

KURSUS INI AKAN MULA DITAWARKAN PADA SESI 2016/2017 DAN HANYA TERPAKAI PADA AMBILAN PELAJAR 2016/2017 KE ATAS SAHAJA.

COURSE TIMETABLE

30-DEC-16 04:33 PM

Faculty :

GAMBANG

Campus

DEGREE

Level

1

1

1

Year

BUM1233

BUM2123

BUM2133

Code

DISCRETE MATHEMATICS AND APPLICATIONS

APPLIED CALCULUS

ORDINARY DIFFERENTIAL EQUATIONS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem01

04

01G

02G

03G

04G

05G

06G

13G

01G

02G

03G

04G

05G

06G

SecMONTHUTUEMONTHUTUE

MONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUE

MONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUE

Day08:00-08:5008:00-08:5008:00-08:5013:00-13:5013:00-13:5013:00-13:50

08:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5012:00-12:5012:00-12:5012:00-12:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5013:00-13:5013:00-13:5013:00-13:5012:00-12:5012:00-12:5012:00-12:50

08:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5013:00-13:5013:00-13:5013:00-13:5012:00-12:5012:00-12:5012:00-12:5016:00-16:5016:00-16:5016:00-16:5017:00-17:5017:00-17:5017:00-17:50

TimeZ01-0007Z01-0007Z01-0007Z01-0008Z01-0008Z01-0008

W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-18W-DK-05W-DK-05W-DK-05Z01-0008Z01-0008Z01-0008

W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16W-DK-16

LocLLLLLL

LLLLLLLLLLLLLLLLLLLLL

LLLLLLLLLLLLLLLLLL

Mode606060606060

606060606060606060606060606060606060606060

606060606060606060606060606060606060

CapYYYYYY

YYYYYYYYYYYYYYYYYYYYY

YYYYYYYYYYYYYYYYYY

Exam Staff0507 - MSBM

01793 - ASBAA

0609 - SFBHAZ

0609 - SFBHAZ

01764 - NBA

01637 - ARBMK

01637 - ARBMK

01764 - NBA

0609 - SFBHAZ

1996 - LABA

1996 - LABA

1996 - LABA

0632 - ZBI@M

1996 - LABA

0632 - ZBI@M

10/06/2017 - PM

10/06/2017 - PM

11/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces Polar Coordinates and Vector, Vector-Valued Functions, Partial Derivatives, and Multiple Integrals. Appropriate software is used by students to implement some of these ideas in practice.

This course introduces to the Ordinary differential equations, Laplace transform and Fourier series and their applications in solving engineering problems.

SEKSYEN UNTUK DIGAMBANG BERMULA 01 SEHINGGA 06 DAN SEKSYEN UNTUK DIPEKAN BERMULA 07 SEHINGGA 12

SEKSYEN UNTUK DIGAMBANG BERMULA 01 SEHINGGA 06 DAN SEKSYEN DIPEKAN BERMULA 07 SEHINGGA 12

COURSE TIMETABLE

30-DEC-16 04:33 PM

Faculty :

GAMBANG

Campus

DEGREE

Level

2

2

2

Year

BUM2223

BUM2313

BUM2413

Code

DISCRETE STRUCTURE & APPLICATIONS

NUMERICAL METHODS

APPLIED STATISTICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

02

01G

01G

02G

03G

04G

05G

07G

08G

09G

10G

17G

Sec

MONTHUTUE

MONTHUTUE

MONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUE

Day

12:00-12:5012:00-12:5012:00-12:50

12:00-12:5012:00-12:5012:00-12:50

08:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5011:00-11:5012:00-12:5012:00-12:5012:00-12:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5016:00-16:5017:00-17:5017:00-17:5017:00-17:5013:00-13:5013:00-13:5013:00-13:50

Time

Z01-0010Z01-0010Z01-0010

W-DK-10W-DK-10W-DK-10

W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-17W-DK-11W-DK-11W-DK-11

Loc

LLL

LLL

LLLLLLLLLLLLLLLLLLLLLLLLLLLLLL

Mode

606060

606060

606060606060606060606060606060606060606060606060606060606060

Cap

YYY

YYY

YYYYYYYYYYYYYYYYYYYYYYYYYYYYYY

Exam Staff

0507 - MSBM

0058 - MZBS

0281 - RBZ

0747 - NBM

0472 - SZBS0747 - NBM

0472 - SZBS

0472 - SZBS

01544 - WNSBWY

01544 - WNSBWY

01544 - WNSBWY

01775 - NBA

01775 - NBA

11/06/2017 - PM

11/06/2017 - PM

10/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BUM1213

This subject discusses an in depth of the discrete structures as they apply to computer science, focusing on providing a basic theoretical foundation for further work. Topics include review on algorithm, integers and matrices, advance counting technique, graphs, trees, and modeling computation. This course integrates symbolic tools, graphical concepts, and numerical calculations.

This course introduces basic concepts of round-off and truncation errors, roots of equations, linear algebraic equations and matrices, curve fitting, numerical integration and ordinary differential equations of initial and boundary value problems. Appropriate software is used by students to implement some of these ideas in practice.

This course discusses on statistical problem-solving methodology and descriptive statistics; sampling distribution and confidence interval; hypothesis testing; analysis of variance (ANOVA); goodness-of fit test and contingency tables; regression and correlation including simple and multiple linear regressions. Microsoft Excel software will be used in this course as a statistical package (other statistical packages are SPSS, R Language, S Plus, EViews and Minitab shall be used in this course).

SEKSYEN DIGAMBANG BERMULA 01 SEHINGGA 03 DAN SEKSYEN DIPEKAN BERMULA 04 SEHINGGA 09

SEKSYEN DIGAMBANG BERMULA 01 SEHINGGA 10 DAN SEKSYEN DIPEKAN BERMULA 11 SEHINGGA 16. SUBJEK INI HANYA DIAMBIL OLEH PELAJAR SESI 2010/2011 KEATAS SAHAJA.

COURSE TIMETABLE

30-DEC-16 04:33 PM

Faculty :

GAMBANG

PEKAN

Campus

DEGREE

DEGREE

Level

2

1

1

Year

BUM2413

BUM1433

BUF1113

BUM2123

Code

APPLIED STATISTICS

DISCRETE STRUCTURE & APPLICATIONS

BASIC PHYSICS

APPLIED CALCULUS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem18G

01

02

03

04

05

06

02P

07P

08P

09P

10P

11P

SecMONTHUTUE

MONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUE

MONTHUTUE

MONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUE

Day14:00-14:5014:00-14:5014:00-14:50

09:00-09:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5010:00-10:5012:00-12:5012:00-12:5012:00-12:5013:00-13:5013:00-13:5013:00-13:5015:00-15:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5016:00-16:50

13:00-13:5013:00-13:5013:00-13:50

08:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5011:00-11:5011:00-11:5011:00-11:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:50

TimeW-DK-16W-DK-16W-DK-16

Z01-0007Z01-0007Z01-0007Z01-0007Z01-0007Z01-0009Z01-0003Z01-0003Z01-0003Z01-0003Z01-0003Z01-0003Z01-0009Z01-0009Z01-0009Z01-0006Z01-0006Z01-0009

E00DK1E00DK1E00DK1

M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6M22BK6

LocLLL

LLLLLLLLLLLLLLLLLL

LLL

LLLLLLLLLLLLLLL

Mode606060

606060606060606060606060606060606060

606060

606060606060606060606060606060

CapYYY

YYYYYYYYYYYYYYYYYY

NNN

YYYYYYYYYYYYYYY

Exam Staff01775 - NBA

2185 - ABS

2185 - ABS

0484 - YBY

0484 - YBY

2185 - ABS

2185 - ABS

01241 - MBM01412 - SABH

2313 - AAA

2313 - AAA

01824 - MABA

01824 - MABA

01824 - MABA

10/06/2017 - AM

11/06/2017 - PM

10/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is intended to expose the central ideas and principles of physics to students requiring a generalbackground in physics. It covers unit and measurements, kinematics, forces and Newton's law of motion, statics equilibrium, work, energy and power, fluid mechanics, electricity and magnetism.

This course introduces Polar Coordinates and Vector, Vector-Valued Functions, Partial Derivatives, and Multiple Integrals. Appropriate software is used by students to implement some of these ideas in practice.

BAGI KURSUS INI ADALAH UNTUK PELAJAR SESI AMBILAN 2016/2017 FAKULTI SISTEM KOMPUTER & KEJURUTERAAN PERISIAN

SEKSYEN DIGAMBANG ADALAH 01 DAN02, SEKSYEN DIPEKAN 03 DAN 04.

SEKSYEN UNTUK DIGAMBANG BERMULA 01 SEHINGGA 06 DAN SEKSYEN UNTUK DIPEKAN BERMULA 07 SEHINGGA 12

COURSE TIMETABLE

30-DEC-16 04:33 PM

Faculty :

PEKAN

Campus

DEGREE

Level

1

1

2

2

Year

BUM2123

BUM2133

BUM2313

BUM2413

Code

APPLIED CALCULUS

ORDINARY DIFFERENTIAL EQUATIONS

NUMERICAL METHODS

APPLIED STATISTICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem12P

07P

08P

09P

10P

11P

12P

14P

15K

06P

07P

08P

SecMONTHUTUE

MONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEFRI

SAT

MONTHUTUEMONTHUTUEMONTHUTUE

Day13:00-13:5013:00-13:5013:00-13:50

08:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5011:00-11:5011:00-11:5011:00-11:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5016:00-16:5013:00-13:5013:00-13:5013:00-13:5010:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

12:00-12:5012:00-12:5012:00-12:5013:00-13:5013:00-13:5013:00-13:5010:00-10:5010:00-10:5010:00-10:50

TimeM21BK8M21BK8M21BK8

M21BK3M21BK3M21BK3M21BK3M21BK3M21BK3E21BK4E21BK4E21BK4M21BK3M21BK3M21BK3M21BK3M21BK3M21BK3M21BK3M21BK3M21BK3M22BK6M22BK6M22BK6

FKP-F-DK-04

FKP-F-DK-04

FKP-F-DK-04

FKP-F-DK-04

M21BK3M21BK3M21BK3M21BK3M21BK3M21BK3M22BK6M22BK6M22BK6

LocLLL

LLLLLLLLLLLLLLLLLLLLLL

L

L

L

LLLLLLLLL

Mode606060

60606060606060606060606060606060606060606040

40

40

40

606060606060606060

CapYYY

YYYYYYYYYYYYYYYYYYYYYY

Y

Y

Y

YYYYYYYYY

Exam Staff2313 - AAA

0608 - RBK

0608 - RBK

0608 - RBK

0486 - NBM

0486 - NBM

0486 - NBM

2054 - EFBA

1996 - LABA2054 - EFBA

01572 - NAZBMN

01572 - NAZBMN

0547 - NBR

10/06/2017 - PM

11/06/2017 - AM

11/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces to the Ordinary differential equations, Laplace transform and Fourier series and their applications in solving engineering problems.

This course introduces basic concepts of round-off and truncation errors, roots of equations, linear algebraic equations and matrices, curve fitting, numerical integration and ordinary differential equations of initial and boundary value problems. Appropriate software is used by students to implement some of these ideas in practice.

This course discusses on statistical problem-solving methodology and descriptive statistics; sampling distribution and confidence interval; hypothesis testing; analysis of variance (ANOVA); goodness-of fit test and contingency tables; regression and correlation including simple and multiple linear regressions. Microsoft Excel software will be used in this course as a statistical package (other statistical packages are SPSS, R Language, S Plus, EViews and Minitab shall be used in this course).

SEKSYEN UNTUK DIGAMBANG BERMULA 01 SEHINGGA 06 DAN SEKSYEN DIPEKAN BERMULA 07 SEHINGGA 12

SEKSYEN DIGAMBANG BERMULA 01 SEHINGGA 03 DAN SEKSYEN DIPEKAN BERMULA 04 SEHINGGA 09

SEKSYEN DIGAMBANG BERMULA 01 SEHINGGA 10 DAN SEKSYEN DIPEKAN BERMULA 11 SEHINGGA 16. SUBJEK INI HANYA DIAMBIL OLEH PELAJAR SESI 2010/2011 KEATAS SAHAJA.

COURSE TIMETABLE

30-DEC-16 04:33 PM

Faculty :

PEKAN

Campus

DEGREE

Level

2

Year

BUM2413

Code

APPLIED STATISTICS

Course Name Remark

SEM 2 16/17

Sem11P

12P

13P

14P

15P

16P

SecMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUEMONTHUTUE

Day08:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5012:00-12:5012:00-12:5012:00-12:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5017:00-17:5017:00-17:5017:00-17:50

TimeE21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4E21BK4

LocLLLLLLLLLLLLLLLLLL

Mode606060606060606060606060606060606060

CapYYYYYYYYYYYYYYYYYY

Exam Staff0363 - ABS

0363 - ABS

01779 - NBAR

0906 - SRBY

01779 - NBAR

0906 - SRBY

10/06/2017 - AMExam Schedule

Course Synopsis

Pre-Requisite

COURSE TIMETABLE

22-DEC-16 05:15 PM

Faculty : FACULTY OF CHEMICAL & NATURAL RESOURCES ENGINEERING

GAMBANG

Campus

DEGREE

Level

1

1

1

Year

BKF1243

BKF1253

BKF1313

Code

ANALYTICAL CHEMISTRY

PHYSICAL CHEMISTRY

ENGINEERING MECHANICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

Sec

MON

WEDFRITHU

FRITHU

MON

WEDFRITHU

THUTUE

Day

10:00-10:5011:00-11:5010:00-10:5008:00-08:5008:00-08:5009:00-09:5017:00-17:5016:00-16:5017:00-17:50

10:00-10:5011:00-11:5010:00-10:5008:00-08:5008:00-08:5009:00-09:5016:00-16:5016:00-16:5017:00-17:50

Time



Loc

LLLLLLLLL

LLLLLLLLL

Mode

555555555555555555

303030303030303030

Cap

YYYYYYYYY

YYYYYYYYY

Exam Staff

1759 - ENA

1759 - ENA

0548 - FBMS

01614 - AHBS

01563 - NBA

0819 - IBI

09/06/2017 - AM

15/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

The syllabus covers the basic knowledge and application of sample and data handling, calibration techniques and quality of analysis in analytical laboratory. It also deals with separation techniques and its basis application such as solid phase extraction, GC and HPLC. The introduction to the theory and application of spectroscopic techniques used in chemical analysis such as UV-Vis, FT-IR, MS and AAS are discussed. The combinations of above techniques with their advantages are covered in this course.

This course discusses some introductory to thermodynamics in physical chemistry followed by

continuation topics related to liquids and their mixtures, principles of chemical equilibrium and

rate reactions. The solid surfaces including their applications will be also be discussed in this

course. The development of key skills is facilitated by a program of tutorials and practical.

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

1

1

1

Year

BKF1313

BKF1323

BKF1333

Code


ORGANIC CHEMISTRY

THERMODYNAMICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

01

02

03

Sec

MON

TUE

TUE

WED

FRI

THU

FRI

THU

FRIMON

THUTUE

MON

THU

Day

16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

09:00-09:5008:00-08:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5017:00-17:50

Time

W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-06W-DK-06W-DK-06W-DK-06


Loc

LLLLLLLLLLLLLLLL

LLLLLLLLL

Mode

45454545454545454545454545454545

303030303030303030

Cap

YYYYYYYYYYYYYYYY

YYYYYYYYY

Exam Staff

0149 - KBY

0114 - C@YGK

01570 - HDBS0530 - NIABAN

0114 - C@YGK

0439 - AAMA

0439 - AAMA

01501 - SBG

07/06/2017 - PM

13/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This subject will introduce students with concept of statics and dynamics and its application in related engineering field. The topics covered in this subject are static of particle, static of rigid body, distributed forces, analysis of structure, friction, kinematics and kinetics of particles. By completing the course, students will comprehend the basic mechanisms and applications of statics and dynamics in related engineering field.

This course discuss the fundamental theory of the properties, synthesis and organic reactions where use the functional group as framework as a basic level courses with an organic chemical content. This course focuses on the key concepts of organic chemistry through a study of the reactions selected nonfunctional aliphatic, alicyclic, cyclic and aromatic molecules. Particular emphasis is placed on the underlying mechanistic pathway that are involved and their stereochemical consequences. The stereochemistry of the molecular structure is also considered.

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

1

1

1

Year

BKF1333

BKF1513

BKF1751

Code

THERMODYNAMICS

ENGINEERING ETHICS & PROFESSIONALISM

BASIC SCIENCE & ENGINEERING LAB

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

01

02

Sec

MON

TUE

TUE

WED

FRI

THU

FRI

THU

FRIMON

THUTUE

Day

16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5015:00-15:5016:00-16:5014:00-14:5015:00-15:50

09:00-09:5008:00-08:5009:00-09:5010:00-10:5010:00-10:5011:00-11:50

Time


W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02W-DK-02

Loc

LLLLLLLLLLLLLLLL

LLLLLL

Mode

45454545454545454545454545454545

303030303030

Cap

YYYYYYYYYYYYYYYY

YYYYYY

Exam Staff

0300 - JBG

0805 - CSY

0772 - RBCM

0751 - SKBAM

1371 - HAAB

0336 - ABA

05/06/2017 - AM

11/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to introduce basic concept in thermodynamic in a thorough way. Topics cover areproperties of pure substances, thermodynamics system, heat transfer through conduction, convection andradiation, the first law of thermodynamics for closed systems, open systems and their application in steady-flow and unsteady-flow processes, the second law of thermodynamics, entropy, introduction to refrigeration and steam power plant.

This subject gives an overview of engineering, the profession and its requirement in Malaysia scenario. Topics that will be included ethics, management and contribution of engineering also generic skills and study skills. Basic calculations, unit conversions, create an engineering graph and solving iterative problem using computer consisted in this subject as preparation as an engineering¿s student. Plant visit and seminar as an exposure to the real field of engineering.

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

1

2

2

Year

BKF1751

BKB2413

BKF2143

Code

BASIC SCIENCE & ENGINEERING LAB

INDUSTRIAL BIOTECHNOLOGY (E)

COMPUTER PROGRAMMING FOR ENGINEERS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

05

01

Sec

MON

TUE

WED

THU

FRI

TUE

Day

14:00-14:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5012:00-12:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:50

10:00-10:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5012:00-12:50

Time

FTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02LFTA01LFTA02L

FTA10LV-BK-05FTA10LV-BK-05FTA10LV-BK-05

Loc

BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB

BLBLBL

Mode

303030303030303030303030303030303030303030303030303030303030

202020202020

Cap

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

YYYYYY

Exam Staff

0317 - SBS

01280 - NSBS

0149 - KBY

0528 - ABI

01748 - LYY

0332 - WMHBWY 16/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

In basic engineering lab, students are required to perform laboratory works which covered the basis concept of physical and chemistry such as concepts of solubility and miscibility, buffer effect, heat determination and gravimetric analysis of chloride. The lab also contains experiments which cover the basic concepts of engineering such as pressure change analysis, head losses in piping system and material properties. The aim is to strengthen the student¿s fundamental knowledge as it covers some of the basic science and engineering subjects such as physical and organic chemistry, fluid mechanics, thermodynamics and science and engineering materials.

The subject introduces students to introductory microbiology and fundamentals of biochemical engineering as used in industrial biotechnology such as microorganisms, microbial growth, nutrition and design of industrial fermentation and industrial growth media. It also covers design and operation of clean-in-place systems, clean rooms and heating, ventilation and air-conditioning (HVAC) systems. In addition, facility layout and engineering for compliance with Good Manufacturing Practices (GMP) are discussed. Design for containment and validation, flow-sheets, and case studies are used to illustrate several representative industrial microbial processes relevant to biotechnology industrial facilities.

This subject aims to introduce the fundamental element and feasibilities of the computer programming by using MATLAB mathematical computing program. Students will be taught on analyzing data, developing a

KURSUS INI ADALAH SETARA DENGAN KURSUS BKF2751 BASIC SCIENCE & ENGINEERING LAB DAN BKF2731 BASIC ENGINEERING LAB

KURSUS INI ADALAH SETARA DENGAN KURSUS BKB2412 INDUSTRIAL BIOTECHNOLOGY (E)

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

2

2

2

Year

BKF2143

BKF2332

BKF2343

Code

COMPUTER PROGRAMMING FOR ENGINEERS

ELECTRICAL & INSTRUMENTATION TECHNOLOGY

MATERIAL & ENERGY BALANCE

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

05

01

02

03

Sec

TUE

THU

FRI

THU

MON

MON

WED

FRI

Day

14:00-14:5015:00-15:5016:00-16:5010:00-10:5011:00-11:5012:00-12:5008:00-08:5009:00-09:5010:00-10:5014:00-14:5015:00-15:5016:00-16:5014:00-14:5015:00-15:5016:00-16:50

14:00-14:5015:00-15:5011:00-11:5012:00-12:5008:00-08:5009:00-09:50

Time

FTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16LFTA16L


Loc

BBBBBBBBBBBBBBB

LLLLLL

Mode

303030303030303030303030303030

303030303030

Cap

NNNNNNNNNNNNNNN

YYYYYY

Exam Staff

1542 - AG

1542 - AG

01670 - RBJ

0360 - AHBAR

0536 - RBAR

0117 - MBI

01674 - MFBA

0117 - MBI

14/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

program using m-file and using the command window. They will learn to solve general engineering mathematical equations in MATLAB, displaying the data via 2D and 3D graphs and to learn to develop the graphical user interface (GUI) for program.

This course is designed to introduce the fundamental of electrical system principles for chemical engineering students. The underlying principles that will be covered in this course include an introduction to an electrical system, electrical safety, basic laws (Ohm's law, Kirchhoff laws, current/voltage divider, wye-delta transformation), simple direct current (d.c.) circuits, method of analysis, circuit theorems, single phase series and parallel circuits series, parallel combination of resistor, inductor and capacitor, power in AC circuit, single and multiphase systems and alternating current. Apart from that, student also introduce to the topics on instrumentation which include introduction to process instrumentation elements and instrumentation devices.

KURSUS INI ADALAH SETARA DENGAN BKF1332 ELECTRICAL & INSTRUMENTATION TECHNOLOGY

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

2

2

2

Year

BKF2343

BKF2353

BKF2413

Code

MATERIAL & ENERGY BALANCE

FLUID MECHANICS

CHEMICAL ENGINEERING THERMODYNAMICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

01

02

03

Sec

MON

TUE

THU

WED

FRI

THU

MON

WED

MON

TUETUE

WEDFRITHU

Day

16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5011:00-11:5012:00-12:5011:00-11:5012:00-12:50

08:00-08:5009:00-09:5008:00-08:5010:00-10:5011:00-11:5010:00-10:5015:00-15:5015:00-15:5016:00-16:50

Time



Loc

LLLLLLLLLLLLLLLL

LLLLLLLLL

Mode

45454545454545454545454545454545

555555555555555555

Cap

YYYYYYYYYYYYYYYY

YYYYYYYYY

Exam Staff

0528 - ABI

0317 - SBS

0078 - MNBAS

01352 - RBA

0174 - SBAR

1373 - AHN2347 - MF

01604 - NABMR

07/06/2017 - AM

09/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course aims to equip students with basic chemical engineering principles such as different unit systems, unit conversion and process variables determination. This knowledge will then be applied extensively for material and energy balances for single or multiple unit operations of non-reactive and reactive chemical processes. In addition, students will also be exposed to the behavior of single phase and multiple phases and the equations that govern their characteristic, which represents the foundation ofchemical separation engineering. Computer application using MS Excel to solve the material and energy balance also imbedded in this course.

The objective of this course is to introduce the concept and use of fluid mechanics, both static and dynamics fluid. The covered topics are fluid properties, fluid static and dynamics, Bernoulli¿s equation and applications, momentum equation and its application, analysis of flow in pipeline system and dimensional analysis.

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

2

2

3

3

Year

BKF2413

BKF2423

BKB3423

BKB4492

Code

CHEMICAL ENGINEERING THERMODYNAMICS

HEAT TRANSFER

BIOREACTOR ENGINEERING (E)

BIOSEPARATION ENGINEERING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

03

01

Sec

MON

TUE

MON

TUE

FRI

THU

FRI

TUE

THU

WED

MON

THU

THU

THUTUE

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5014:00-14:5015:00-15:50

15:00-15:5015:00-15:5016:00-16:5016:00-16:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5014:00-14:5015:00-15:5011:00-11:5012:00-12:5011:00-11:5012:00-12:50

17:00-17:5016:00-16:5017:00-17:50

Time

W-DK-03W-DK-03W-DK-03W-DK-03W-DK-01W-DK-01W-DK-03W-DK-03W-DK-03W-DK-03W-DK-03W-DK-03

FTA05LW-DK-07FTA05L

W-DK-07W-DK-07W-DK-07W-DK-07W-DK-07FTA05L

W-DK-07FTA05L

W-DK-07W-DK-07W-DK-07W-DK-07W-DK-07FTA05LFTA05L

V-BK-04V-BK-05V-BK-05

Loc

LLLLLLLLLLLL

BLBLLLLLBLBLLLLLBB

LLL

Mode

555555555555555555555555

454545454545454545454545454545454545

202020

Cap

YYYYYYYYYYYY

YYYYYYYYYYYYYYYYYY

YYY

Exam Staff

0233 - SBAR

0751 - SKBAM

0318 - CCK

01561 - NHBH

01285 - KNBMA

0542 - NABMA

TBA

01499 - CFN

11/06/2017 - PM

15/06/2017 - PM

16/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BKF1333

This subject mainly covers the topics of pure substances, heat effects, thermodynamics properties, VLE,thermodynamics solution and chemical reaction equilibrium. The course entails the theory and applications of thermodynamics concept and deals with composition-dependent thermodynamics relations. This course requires conceptual thinking and requires greater mathematical sophistication to generate ideas and problem solving.

The objective of this course is to provide students with the concepts of heat transfer. This course will emphasize on the principles of the heat transfer in steady state by conduction, convection and radiation. Students will be exposed to the procedure for general problem solving and its application on heat exchanger. Experiments involve shell and tube heat exchanger and plate heat exchanger have been designed. Students will be given experiment objectives and conduct the experiment in group. Subsequently, the principles of unsteady-state convective heat transfer will be covered at the end of the course.

This subject covers the basic concepts of microbial growth phase, growth kinetic, stoichiometry of microbial growth and bioreactor operational mode selection. This subject also emphasizes on the application of transport phenomena in bioreactor, sterilization and aseptic technique, scale up, monitoring and control of bioreactor.

This course is designed to introduce the unit operations that commonly employed to separate biological products. An idealized process of bioseparation consists of four phases which are the removal of

KURSUS INI ADALAH SETARA DENGAN KURSUS BKF2422 HEAT TRANSFER

KURSUS INI ADALAH SETARA DENGAN KURSUS BKB4493

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

Year

BKB4492

BKC2463

BKC3492

BKC3533

Code

BIOSEPARATION ENGINEERING

SCIENCE & ENGINEERING MATERIALS

SEPARATION PROCESS

OSH IN CHEMICAL INDUSTRIES

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

03

04

01

02

01

02

03

Sec

WED

MON

TUETHUTUE

TUE

WEDMON

WED

MON

THU

MON

TUETUE

WEDFRI

THU

Day

11:00-11:5012:00-12:50

11:00-11:5012:00-12:5012:00-12:5014:00-14:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5012:00-12:50

11:00-11:5012:00-12:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5012:00-12:5014:00-14:5015:00-15:5012:00-12:5010:00-10:5011:00-11:5010:00-10:50

Time

W-DK-02W-DK-02


W-DK-05W-DK-05W-DK-03W-DK-03


Loc

LL

LLLLLLLLLLLL

LLLL

LLLLLLLLL

Mode

3333

454545454545454545454545

55555555

555555555555555555

Cap

YY

YYYYYYYYYYYY

YYYY

YYYYYYYYY

Exam Staff

0450 - RBAS

0076 - MSZBMD

01501 - SBG

1475 - MDHB

0614 - NBM

0581 - ZBJ

0126 - AZBS

0819 - IBI

01022 - ABR

0322 - MAKBMZ

05/06/2017 - PM

08/06/2017 - PM

05/06/2017 - PM

11/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BKF2343

insoluble products, the isolation of desired biological products or concentration, the purification and lastly, polishing of biological products. The basic methods that will be covered in this course include filtration, centrifugation, cell disruption, precipitation, extraction, adsorption, chromatography, crystallization and drying. In addition, an overview on the complete train of bioseparation will also be introduced.

This course is designed to provide a working knowledge in the solving of materials problemsencountered by chemical engineers and in the engineering of new and improved materials used in chemical processes. The approach used is the correlation of engineering properties with atomic and microstructures, utilizing the analysis techniques of materials characterization and phase relationships. Topics include structure and properties of metallic and nonmetallic materials of construction; interrelationsbetween chemical bonding, structure, and behaviour of materials, corrosion resistant materials, polymers and composites as construction materials, particularly for sustainable environment. Each of the materials classes (metals, ceramics, polymer and composites) is discussed in detail in this context.

This course aims to introduce the principles of typical unit operations involved in chemical and petrochemical industries such as drying of process material, adsorption and fixed-bed separation, membrane separation, mechanical-physical separation and crystallization. At the end of this course, it is expected that the students will understand theories, principles, calculations and basic design parameters associated with every unit operation.

This course is primarily to expose students with the fundamental concepts, practical aspects and applications of occupational safety and health (OSH) in chemical and biotechnology industries. Among others, the students will be taught the fundamental application and day-to-day aspects of OSH and at the same time, the management aspects of it. Local and international regulations of SH&E such as OSHA and FMA will also be covered. Case studies from several chemical and biotechnology industries globally will also be discussed in details.

BIOSEPARATION ENGINEERING DAN BKC3492 SEPARATION PROCESS

KURSUS INI ADALAH SETARA DENGAN BKC3363 SCIENCE & ENGINEERING MATERIALS DAN BKB3363 SCIENCE & ENGINEERING MATERIALS

KURSUS INI ADALAH SETARA DENGAN KURSUS BKB4492 BIOSEPARATION ENGINEERING DAN BKB4493 BIOSEPARATION ENGINEERING

KURSUS INI ADALAH SETARA DENGAN KURSUS BKB3533 OSH IN CHEMICAL & BIOTECHNOLOGY INDUSTRIES DAN BKG4423 OSH IN OIL & GAS INDUSTRIES

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

Year

BKF2432

BKF2443

BKF2453

BKF3142

Code

MASS TRANSFER

NUMERICAL METHODS & OPTIMIZATION

CHEMICAL REACTION ENGINEERING I

PROCESS ENGINEERING ECONOMICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

01

02

03

Sec

MONWED

MON

THUFRI

WED

MON

TUE

THU

WED

THU

TUE

THU

WED

MON

TUE

FRI

THU

Day

10:00-10:5011:00-11:5012:00-12:5014:00-14:5015:00-15:5010:00-10:5008:00-08:5009:00-09:5011:00-11:50

16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5011:00-11:5012:00-12:5014:00-14:5015:00-15:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5015:00-15:5016:00-16:5014:00-14:5015:00-15:50

Time




Loc

LLLLLLLLL

LLLLLLLLLLLL

LLLLLLLLLLLL

Mode

555555555555555555

555555555555555555555555

555555555555555555555555

Cap

YYYYYYYYY

YYYYYYYYYYYY

YYYYYYYYYYYY

Exam Staff

01603 - NHBMY

0128 - FBA

0377 - NBR

0441 - NBZ

0441 - NBZ

0450 - RBAS

0313 - MSBM

0696 - SBA

1648 - MMRK

13/06/2017 - AM

06/06/2017 - AM

10/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BUM2133 BKU1023

BKF2343

This course is to provide students with the concepts of mass transfer. This course will emphasize on the principles of the mass transfer in gases, liquids, biological solutions and gels, and solids. Subsequently, the principles of unsteady state and convective mass transfer will be covered to establish knowledge of mass transfer. The students will be exposed to the procedure for general problem solving and its application on real system.

This subject teaches the techniques by which mathematical problems are formulated so that they can be solved with arithmetic operations. Topics covered in this subject are roots of equation, systems of linear algebraic equations, optimization, curve fitting, numerical differentiation & integration, ordinary differential equation and partial differential equation. Some software packages are introduced to empower the students in problem solving.

This subject covers the knowledge of the reaction kinetics and reactor design which distinguishes chemical engineer from other engineers. The course introduces the basic design calculation and design of chemical reactors at the ideal conditions. The topics covered in this subject are kinetics of homogenousreactions, chemical reactions in batch and continuous reactor, multiple reactions and reactor heat effect.

This course deals with cost analysis in engineering decision-making, the management aspects and control of complex projects. Engineering economics topics include cost estimation, time value of money, interest formulas and equivalence calculations, measures of investment worth, depreciation and income tax analysis.

KURSUS INI ADALAH SETARA DENGAN BKF4142 PROCESS ENGINEERING ECONOMICS DAN BKF4143 PROCESS ENGINEERING

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

Year

BKF3142

BKF3413

BKF3463

BKF3472

Code

PROCESS ENGINEERING ECONOMICS

PROCESS CONTROL & DYNAMIC

UNIT OPERATION

CHEMICAL REACTION ENGINEERING II

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

04

01

02

03

04

Sec

MON

TUE

FRI

MON

TUE

THU

WED

FRI

THU

FRI

THU

MON

TUE

TUE

WED

MON

THU

FRI

TUE

Day

08:00-08:5009:00-09:5014:00-14:5015:00-15:5015:00-15:5016:00-16:50

16:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5015:00-15:5016:00-16:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5014:00-14:5015:00-15:50

Time




Loc

LLLLLL

LLLLLLLLLLLLLLLL

LLLLLLLLLLLLLLLL

Mode

454545454545

45454545454545454545454545454545

40404040404040404040404040404040

Cap

YYYYYY

YYYYYYYYYYYYYYYY

YYYYYYYYYYYYYYYY

Exam Staff

01192 - MNBN

0076 - MSZBMD

01353 - ZBBH

0582 - NAFBAS

1496 - RK

0118 - NBH

01191 - MZBMN

01646 - NSBAM

0538 - SBZAM

0173 - SMSBTC

0541 - SBMSN

09/06/2017 - AM

07/06/2017 - PM

13/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BKF2343

BKF2343

This is an introductory level course in chemical process dynamics and control. The topics that will be included in this subject are fundamentals and concepts of control system, development of theoretical and empirical model for chemical and physicals processes, dynamic behavior of processes, application of Laplace transform and transfer function, block diagram, design and analysis of control system, stability analysis, advanced process control and computer simulation/analysis.

The objective of this course is to provide students with concepts of separation processes and unit operation in chemical engineering. It will cover the gas-liquid, vapor-liquid, liquid-liquid and solid-liquid separation process. By completing the subject, students will understand the basic mechanisms, operations and basic design parameters of the selected unit operations such as evaporation, distillation, absorption, liquid extraction and leaching.

This subject furthers the knowledge of chemical reactor. Topics to be covered are the heterogeneous systems of the catalytic reaction, including the effects which significantly influence the reactor

ECONOMICS

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

Year

BKF3472

BKF3553

BKF3731

Code

CHEMICAL REACTION ENGINEERING II

PROCESS SIMULATION & COMPUTER AIDED DESIGN

UNIT OPERATION LAB

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

04

05

Sec

FRI

TUE

THU

MON

TUE

THU

MON

TUE

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5016:00-16:5017:00-17:50

09:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5016:00-16:5010:00-10:5011:00-11:5012:00-12:5014:00-14:5015:00-15:5016:00-16:5009:00-09:5010:00-10:5011:00-11:50

Time



Loc

LLLLLL

BBBBBBBBBBBBBBB

Mode

555555555555

303030303030303030303030303030

Cap

YYYYYY

NNNNNNNNNNNNNNN

Exam Staff

0456 - JHBHS

0532 - RBI

1648 - MMRK

01075 - SBM

0805 - CSY

0536 - RBAR

0527 - SBBA

0402 - MRBO

10/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BKF2453

BKF3463 BKF2453

performance, the study of the real scenario for nonideal reactors in industries, and introduction of biochemical reaction systems. The analysis of industrial chemical reactors frequently requires solution of non-linear algebraic and differential equations. Hence, modeling the nonideal reactor will be the crucial skill to fulfill the outcome requirement for each chemical engineer and researcher in chemical reaction engineering.

This particular course will introduce the usage of process simulation and flow sheeting software to students, i.e; Aspen Plus or Aspen Hysys. This software wil be used to simulate steady state model for chemical and oil and gas processes. This subject is very important to prepare students for future usage ofthe advanced modeling tool in chemical engineering and other related fields involving design and simulation.

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

Year

BKF3731

BKF3741

BKF3791

Code

UNIT OPERATION LAB

CHEMICAL REACTION ENGINEERING LAB

PROCESS CONTROL & INSTRUMENTATION LAB

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

05

01

02

03

04

Sec

MON

TUE

TUE

THU

THU

MON

TUE

WED

THU

Day

08:00-08:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5012:00-12:5014:00-14:5015:00-15:5016:00-16:5014:00-14:5015:00-15:5016:00-16:5008:00-08:5009:00-09:5010:00-10:50

08:00-08:5009:00-09:5010:00-10:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5012:00-12:5014:00-14:5015:00-15:5016:00-16:50

Time


FTA04LFTA04LFTA04LFTA04LFTA04LFTA04LFTA04LFTA04LFTA04LFTA04LFTA04LFTA04L

Loc

BBBBBBBBBBBBBBB

BBBBBBBBBBBB

Mode

303030303030303030303030303030

303030303030303030303030

Cap

NNNNNNNNNNNNNNN

NNNNNNNNNNNN

Exam Staff

0128 - FBA

01055 - FBAZ

01646 - NSBAM

0118 - NBH

0173 - SMSBTC

01050 - HBA

0772 - RBCM

0456 - JHBHS

01561 - NHBH

Exam Schedule

Course Synopsis

Pre-Requisite

BKF3463

BKF2453

This laboratory course is offered to enhance student's understanding and application of theories learnt in Chemical Engineering Unit Operation by doing experiments. This lab includes experiment on absorption, solid liquid extraction, pressure swing adsorption, evaporation, crystallization, distillation and drying. In this lab, students are divided into small groups to run the experiment under supervision of the instructor (lecturer and technical staff). This lab aims to promote group work (60%) as well as individual excellence (40%). The main objective of this course is to develop student skills of presenting their findings with logical scientific based reasoning orally and in writing. Besides that, students will be exposed to environment and safety precaution related to unit operation.

This lab is one of the most important labs in the chemical engineering study. In this lab, student will perform experiments to support their theoretical study of Chemical Reaction Engineering. It includes the experimental studies using different type of reactors for determining kinetic and RTD data.

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

4

4

Year

BKF3791

BKG3433

BKG3453

BKB3443

BKC3643

Code

PROCESS CONTROL & INSTRUMENTATION LAB

GAS TRANSMISSION & DISTRIBUTION (E)

GAS PROCESSING & LIQUEFACTION (E)

BIOPROCESS TECHNOLOGY (E)

INDUSTRIAL SAFETY PRACTICES IN OIL & GAS SECTOR (E)

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

05

01

01

01

Sec

TUE

WED

THU

FRI

THU

MONWED

TUEWED

MON

THU

Day

14:00-14:5015:00-15:5016:00-16:5010:00-10:5011:00-11:5012:00-12:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5014:00-14:5015:00-15:5016:00-16:50

10:00-10:5010:00-10:5011:00-11:50

12:00-12:5008:00-08:5009:00-09:50

16:00-16:5017:00-17:5008:00-08:50

Time



W-DK-02V-BK-04V-BK-04


Loc

BBBBBBBBBBBBBBB

LLL

LLL

LLL

Mode

303030303030303030303030303030

202020

202020

202020

Cap

NNNNNNNNNNNNNNN

YYY

YYY

NNN

Exam Staff

0377 - NBR

2031 - VNDV

0228 - ABAA

01121 - ZIBMA

1496 - RK

0336 - ABA

0527 - SBBA

0586 - NBMZ

17/06/2017 - PM

16/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BKF3413

This laboratory have been developed to address the key engineering educational challenge of realistic problem solving within the constraints of a typical lecture-style course in process dynamics and control. Students will conduct experiments based on two major process operations which are based on computer simulation and plant experimental works. In computer simulation, students will simulate a case study using Matlab software, Simulated Process Control (SPC) software and also operate a system on Distributed Control System (DCS). The students also run the experiment using pilot plant available in this laboratory. This application will encourage students to apply their process control theories into practical term and inculcate the critical thinking among the group members.

This course aims to provide fundamentals knowledge to design piping systems for oil and gas transmission and distribution. These include gas pipeline design, engineering, fabrication, installation, testing and commissioning, as well as the gas pipeline network analysis. Students will also be exposed onthe requirements for installation, codes and standards used in the design and installation of gas systems. Other relevant topics such as welding, corrosion control, odorizer system and gas metering skids will also be introduced.

In this subject, two main parts including upstream and downstream processes of natural gas are covered. The course mainly focuses on the treatment processes involving in transforming raw hydrocarbon gas produced from offshore fields into several valuable products. In fact, the natural gas processes such as hydrocarbon gas processing, conditioning and liquefaction are vital for meeting the pipeline specifications and customer requirements. The common natural gas processes, namely; dry or steam reforming of natural gas and Fischer-Tropsch synthesis (FTS) are also discussed in this subject.

This subject will help to increase the undergraduate student safety knowledge and awareness plus on top of that they will know the current practice in the oil and gas industries.

Topic to be covered are as follows,i). Introduction to OSHA 1994 & EQA 1974 Acts.ii). PTW Systems i.e. cold work permit, hot work permit, vessel entry permit and excavation permit.

KURSUS INI ADALAH SETARA DENGAN BKF4791 PROCESS CONTROL & INSTRUMENTATION LAB

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

4

4

4

4

4

4

Year

BKC3643

BKC3653

BKC3683

BKC3713

BKC3783

BKC3833

Code

INDUSTRIAL SAFETY PRACTICES IN OIL & GAS SECTOR (E)

MEMBRANE TECHNOLOGY (E)

WASTEWATER TREATMENT (E)

PROCESS OPTIMIZATION (E)

OIL & GAS TECHNOLOGY (E)

RECYCLING TECHNOLOGY (E)

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

MON

MON

TUE

MON

TUE

MONTHU

TUE

WED

Day

10:00-10:5011:00-11:5012:00-12:50

16:00-16:5017:00-17:5012:00-12:50

14:00-14:5015:00-15:5012:00-12:50

10:00-10:5008:00-08:5009:00-09:50

11:00-11:5012:00-12:5008:00-08:50

Time


V-BK-07V-BK-07W-DK-01




Loc

LLL

LLL

LLL

LLL

LLL

Mode

202020

202020

202020

202020

202020

Cap

NNN

NNN

YYY

NNN

YYY

Exam Staff

FPU0008 - JKCB

0694 - RBN0696 - SBA

1503 - SN

0360 - AHBAR

01547 - SNBIFPU0009 - ZBH

17/06/2017 - AM

16/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

iii). Lock Out & Tag Out (LOTO), confined space, gas detection and energy isolation.iv) Transportation and Distribution Safety (TDS).v). Behaviour Based Safety (BBS) and PPE.

This subject is primarily to expose students to the membrane separation process which involves liquid and gas separation. The students will be taught the type of membranes (i.e. microfiltration, ultrafiltration, nanofiltration and reverse osmosis), membrane module and material, membrane manufacturing mainly for phase inversion technique other new techniques (interfacial polymerization, grafting, coating etc.) and a few concepts such as transport theory, concentration polarization, osmosis phenomenon etc. Membrane characterization and performance will be taught as well including physical characterization, number of modules, required membrane area for feed processing, etc. Some common case studies and applications will be delivered in this subject to expose the students to the current and future technology formembrane separation process (i.e. forward osmosis)

This subject covers the basic concept of water and wastewater treatment methods that include physical, chemical, biological and advances treatment methods. The physical, chemical and biological characteristics of water and wastewater are introduced briefly in this course. The project field work will be carried out for the students to get the exposure in this field.

This subject introduces and develops techniques in formulating and solving optimization problems. Emphases will be given in optimization basics, both unconstrained and constrained optimizations, linear programming, non-linear programming, and mixed integer programming. Apllications of those concepts will be found in solving optimization issues in chemical processes such as heat transfer, separation, fluid flow and reactor design and operation.

This course introduces the concept of upstream, midstream and downstream activities of the oil and gas industry. By the end of this course, students should be able to identify and describe the main branches of petroleum exploration and exploitation activities such as geology, drilling, reservoir engineering and production. Students should also be able to explain the stages and process of hydrocarbon formation, how it is found and later produced. Exposure to the reservoir and production engineering calculations will be provided to illustrate the applications of engineering principles in oil and gas production activities. To complete the understanding of the oil and gas life cycle, the midstream and downstream aspects of the oiland gas industry such as, topsides facilities, refinery operations, gas processing, product transportation as well as economy aspects and current issues affecting the industry will also be covered.

This course aims to give a perspective on the use of chemical engineering knowledge

in the recycling industry. Students will be taught on the overall issues of wastes, waste

management and regulation related to it. Emphasis will be given on the awareness of

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

4

4

4

4

Year

BKC3833

BKC3853

BKC3893

BKC4543

Code

RECYCLING TECHNOLOGY (E)

PROCESS MONITORING (E)

SCALE-UP OF CHEMICAL PROCESS (E)

ENVIRONMENTAL ENGINEERING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

Sec

FRI

THU

MONTHU

TUEWED

Day

08:00-08:5009:00-09:5010:00-10:50

12:00-12:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5012:00-12:50

Time




Loc

LLL

LLL

LLL

Mode

202020

202020

202020

Cap

YYY

NNN

NNN

Exam Staff

0533 - RBMY

0179 - MYBMY

01177 - BBAA

16/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BKF3463 BKF2453

recycling activities in Malaysia and other parts of the world, showing the technologies

involved in doing the recycling. Students will have the opportunity to prepare and present

the market survey and business plan on a chosen topic of interest in recycling of waste

material in Malaysia, which require them to search for the most feasible recycling activity

that can convince financial institution to finance the project. Students are also required

to visit a related recycling plant to understand the nature of the business. At the end of

this course, it is expected that the students will be able to appreciate the importance of

recycling, the nature of recycling industry and bring the interest to them to venture into

recycling business after completing their studies.

This is an introductory level course of statistical-based process monitoring, which includes univariate and multivariate-based systems. The topics covered are introduction to process monitoring, statistical processcontrol (SPC), multivariate statistical process monitoring (MSPM) and also industrial monitoring applications. In particular, the last chapter mainly expose the students with variety applications of monitoring approaches as well as reviewing the issues of various monitoring extensions.

This subject covers the aspects of scale-up of chemical and biological processes and commercialization. The course introduces the basic concept and application of scale-up of chemical and biotechnology-related processes. The topics cover in this subject are introduction to the theory of scale-up; modeling and simulation; pilot plant; reactor scale-up; unit operation scale-up; fine/specialty chemical processes scale-up.

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

4

4

4

4

Year

BKC4543

BKC4653

BKC4663

BKC4683

Code


POLYMER TECHNOLOGY (E)

ULTRASONICS (E)

FOOD ENGINEERING (E)

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

01

01

Sec

TUE

THU

THU

TUE

FRITHU

MONTHU

Day

08:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:50

15:00-15:5016:00-16:5017:00-17:50

12:00-12:5011:00-11:5012:00-12:50

Time

FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04FTA15LV-BK-04



Loc

BLBLBLBLBLBLBLBLBLBLBLBL

LLL

LLL

Mode

303030303030303030303030303030303030303030303030

202020

202020

Cap

YYYYYYYYYYYYYYYYYYYYYYYY

YYY

NNN

Exam Staff

01609 - NBA

1503 - SN

01613 - SHNBS

0228 - ABAA

1475 - MDHB

0126 - AZBS

08/06/2017 - AM

17/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This subject is designed to introduce to the students the principles and testing techniques of the environmental engineering. Topics includes introduction of environmental engineering, wastewater qualitymanagement, wastewater treatment, air, solid waste treatment and management. The techniques covered involved in environmental samples testing, and an ability to critically evaluate data from a sampling program. Skills gained will be directly applicable to careers in environmental engineering both indata collection and managing field assessments.

This course will provide in depth knowledge of polymer science and technology. It will polymerization reaction, kinetics, reactor, synthesis and processing technique of different types of plastics, rubber and composites. It will also deal with the current issues on polymer. Upon completing this course, students will be able to explain how polymers are processed into end-products and can suggest specific applications for specific polymers.

This course aims to introduce the complete fundamental physics of ultrasonics, describe in detail equipment and procedures for chemical process systems. The principles of ultrasonics operations involved in chemical processes such as cleaning, machining, forming and joining, liquid atomization and droplet formation, agglomeration and flocculation, extraction proceses, demulsification of crude petroleum, miscellaneous chemical effects and applications, electrolysis and electroplating. At the end of this course, it is expected that the students will understand theories, principles, calculation for the basic mechanisms, basic design parameters and applications of ultrasonics and are able to solve chemical engineering problems related to them.

This course is designed to introduce the applications of certain unit operations in the processing of different types of food products. The principles and methods of heating and dehydration, refrigeration and

KURSUS INI ADALAH SETARA DENGAN BKC3543 ENVIRONMENTAL ENGINEERING DAN BKB3513 ENVIRONMENTAL BIOTECHNOLOGY

COURSE TIMETABLE

22-DEC-16 05:15 PM


GAMBANG

Campus

DEGREE

Level

4

4

Year

BKC4683

BKF4812

BKC3883

Code

FOOD ENGINEERING (E)

PROCESS ENGINEERING MANAGEMENT

PROCESS INTEGRATION (E)

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

03

01

Sec

FRI

WED

MON

FRI

THU

THUTUE

Day

10:00-10:5011:00-11:5010:00-10:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:5016:00-16:5017:00-17:50

17:00-17:5014:00-14:5015:00-15:50

Time




Loc

LLL

LLLLLL

LLL

Mode

202020

454545454545

202020

Cap

YYY

YYYYYY

NNN

Exam Staff

0548 - FBMS

01022 - ABR

01192 - MNBN

01157 - MBBMP

1747 - AH

17/06/2017 - AM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

freezing, are discussed with emphasis on their applications in the processing of dairy, fruit and vegetables, eggs, poultry, meat and fish products. The course will also provide an appreciation on the importance of food packaging, food safety and hygiene.

This course deals with Process Engineering Management. It covers knowledge on roles & responsibilities,planning, organizaing, time, tools & techniques, cost, contrainst, quality, and risk management.

This course deals with the concept of process integration consisting of mass integration, heat integration and cogeneration. The course uses pinch analysis to achieve the maximum both energy and mass recovery. The course also explains the integration and combination of power and steam.

KURSUS INI ADALAH SETARA DENGAN KURSUS BKF3812 PROCESS ENGINEERING MANAGEMENT

COURSE TIMETABLE

28-DEC-16 09:37 AM

Faculty : FACULTY OF CIVIL ENGINEERING & EARTH RESOURCES

GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

Year

BAA1113

BAA1133

BAA1312

BAA1322

BAA1323

Code


MECHANICS OF MATERIALS

CIVIL ENGINEERING MATERIALS

CONSTRUCTION ENGINEERING

ENGINEERING SURVEYING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

03

04

01

02

01

02

Sec

MON

TUE

MON

WEDTHUTUE

MON

THUTHUTUE

MON

FRI

TUE

FRI

Day

10:00-10:5011:00-11:5011:00-11:50

10:00-10:5011:00-11:5010:00-10:5008:00-08:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5017:00-17:5016:00-16:5017:00-17:50

14:00-14:5015:00-15:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:5008:00-08:5009:00-09:50

Time



FKASA2FKASA2W-DK-08W-DK-08


Loc

LLL

LLLLLLLLLLLL

LLLL

LLLL

Mode

606060

606060606060606060606060

60606060

60606060

Cap

YYY

YYYYYYYYYYYY

YYYY

YYYY

Exam Staff

01829 - LKS

01804 - NFBA

0646 - MFBMJ

01829 - LKS

0646 - MFBMJ

0689 - ESBAW

0400 - RBO

0170 - KBM

0170 - KBM

05/06/2017 - AM

05/06/2017 - PM

14/06/2017 - AM

14/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA1113

The subject in Engineering Mechanics is the fundamental of all courses in engineering, which requires students to have basic knowledge in both statics and dynamics. The emphasis is on the development andcorrect application of the fundamental concepts of rigid body mechanics. Topics covered for both statics &dynamics are force system resultants, condition of equilibrium, centroid & moment of inertia; force & acceleration and work & energy.

The aims of this course are the study of the behavior of engineering or structural elements subjected to loads. It is provides an introduction on elastic stress and strain analysis and axial deformations and analysis of column. Thus, properties and behavior of engineering materials including stress-strain relations. This course also deals with the analysis of direct and torsional shear stresses and their deformation; shear force and bending moment of beam also the stresses in beams; transformations of stresses.

Civil Engineering Materials is a compulsory subject that introduces students to the materials commonly used in construction industry. Students will explore the fundamental properties of each material and use them to identify the suitability of one material in a civil engineering construction. At the end of the course, students are expected to be able to provide a basic analysis and present a solution to the problematic construction material based on the engineering properties and sustainability aspect point of view.

This compulsory and basic subject will introduce the students to the world of construction industry. As an introduction, students are given information on the current situations in construction industries including the main person in-charge and their role in the project. The students will be taught the fundamental knowledge on elements involved in construction work process that would lead towards completion of strong and stable structure at the end of project. Students who are successfully complete this course will be equipped with basic and fundamental knowledge that a civil engineer should have.

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

Year

BAA1323

BAA1912

BAA1931

BAA2012

Code

ENGINEERING SURVEYING

ENGINEERING SURVEYING FIELDWORK

ENGINEERING LABORATORY I

COMPUTER PROGRAMMING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

01

02

03

04

01

02

Sec

MON

WEDFRITUE

MON

THUMON

THU

MON

TUE

WED

THU

FRI

FRI

Day

08:00-08:5009:00-09:5008:00-08:5010:00-10:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:5014:00-14:5015:00-15:5015:00-15:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:5015:00-15:5016:00-16:50

Time


FKASA5FKASA5FKASA5FKASA5FKASA5FKASA5FKASA5FKASA5W-DK-11W-DK-11W-DK-11W-DK-11FKASA5FKASA5FKASA5FKASA5

FKASA1FKASA1FKASA1FKASA1

Loc

LLLLLLLLLLLL

BBBBBBBBBBBBBBBB

BBBB

Mode

606060606060606060606060

60606060606060606060606060606060

60606060

Cap

YYYYYYYYYYYY

NNNNNNNNNNNNNNNN

NNNN

Exam Staff

0501 - MIBA

0643 - MABS

0283 - CHT

0643 - MABS

0283 - CHT

01808 - MIBA

0283 - CHT

01808 - MIBA

01500 - SMBSM

01500 - SMBSM

07/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This subject will expose to the civil engineering students the role of survey engineering in their field. The subject topics encompasses introduction to the engineering surveying, surveying equipment, measurement unit, bearing/angle and distance measurement for horizontal control, coordinate system, area & volume calculation, mass transfer diagram & mass transfer measure and the final setting out for construction work.

This fieldwork emphasizes on handling of survey equipments, carry out linear survey, traverse survey, leveling, establishing temporary bench mark, detail survey, techniques of gathering the locating man-made and natural features, preparation of site plan, related computation, and setting-out simple construction work.

This ENGINEERING LAB I covers material testing. The experiments are complimentary to the theory thatstudents have learned in the classroom and also to expose them to the practice work at the construction industry.

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

1

2

2

2

Year

BAA2012

BAA2113

BAA2123

BAA2213

Code


THEORY OF STRUCTURES

STRUCTURAL ANALYSIS

REINFORCED CONCRETE DESIGN I

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

01

01

02

03

04

01

Sec

WED

MON

MON

FRI

MON

MON

FRITHU

MON

WEDTHUTUE

THUWED

FRIMON

FRI

TUE

Day

08:00-08:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5015:00-15:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5009:00-09:5014:00-14:5014:00-14:5015:00-15:5010:00-10:5010:00-10:5011:00-11:5016:00-16:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time

W-DK-08

FKASA11AFKASA11AFKASA11BFKASA11BW-DK-10

FKASA11AFKASA11AFKASA11BFKASA11B




Loc

L

BBBBL

BBBB

LLL

LLLLLLLLLLLL

TTLL

Mode

60

3030303060

30303030

606060

606060606060606060606060

60606060

Cap

N

NNNNN

NNNN

YYY

YYYYYYYYYYYY

YYYY

Exam Staff

0340 - M@SKBS

0340 - M@SKBS

0340 - M@SKBS

0340 - M@SKBS

0340 - M@SKBS

0340 - M@SKBS

2099 - SBWA

01232 - SBMA

2286 - GAJ

0643 - MABS

01232 - SBMA

0075 - FBMY

08/06/2017 - AM

08/06/2017 - PM

07/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA1133

BAA2113

BAA2113 BAA2113

The subject covers the basic principles of computer programming using C++, with applications in the engineering field. The topics in this course include Flowcharts and Pseudo Codes, programming with C++, variables and data types, input and output, calculation and relationship, selection, loops, function, arrays, string and writing from text files. Basic Worksheet manipulations for handling mathematical formulae and data handling in statistics and graphical output.

In this course students will be introduced to the analysis of statically determinate and indeterminate structures. The course covers the fundamental concepts of determining the structural stability and determinacy, analysis of statically determinate beams and frames, trusses and arches. Also to determinethe deflection of beam and truss, and the analysis of indeterminate beams and frames

Structure Analysis course is the continuity studies of the Theory of Structures course that exposes the advanced analysis in the civil engineering structures and laboratory works. The course focuses on construct the influence lines diagram to determine the vertical reaction, shear force and moment of beam and truss, determine the reactions and deflection for statically indeterminate trusses, determine the deflection of arches and cables and determines the displacement by using the Stiffness Matrix method fortrusses, beams and frames. The principles and methods used to meet the objectives are drawn from prerequisite courses in mechanics, physics and mathematics.

This course covers the introduction of reinforced concrete design, the limit state principles, ultimate strength analysis and flexural design. Shear, bond and torsion, analysis and design of beams and solid slab, staircases and introduction to axial column design. Using codes require for design and detailing. Group design project for double storey house

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

2

Year

BAA2413

BAA2513

BAA2713

BAA2723

BAA2921

Code

HIGHWAY & TRAFFIC ENGINEERING

SOIL MECHANICS & GEOLOGY

FLUIDS MECHANICS

HYDRAULICS

ENGINEERING LABORATORY II

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

02

01

02

01

01

02

03

04

01

02

Sec

FRITHU

MON

WEDFRI

MON

THUTUE

MON

THUTHUWED

THUTUE

FRITHU

THU

WED

Day

16:00-16:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5009:00-09:5015:00-15:5014:00-14:5015:00-15:50

09:00-09:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5011:00-11:5009:00-09:5008:00-08:5009:00-09:5017:00-17:5016:00-16:5017:00-17:5015:00-15:5014:00-14:5015:00-15:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:50

Time






Loc

LLL

LLLLLL

LLL

LLLLLLLLLLLL

BBBB

Mode

606060

606060606060

606060

606060606060606060606060

60606060

Cap

YYY

YYYYYY

YYY

YYYYYYYYYYYY

NNNN

Exam Staff

0180 - ISBMR

0388 - YAD

0388 - YAD

01617 - NNABT

0693 - WBAR

0430 - NABAAG

0396 - NABA

01676 - JIAG

0342 - MSHBS

0342 - MSHBS

14/06/2017 - PM

13/06/2017 - AM

06/06/2017 - AM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA1113

BAA2713

BAA1133

This course is designed to introduce students on the basic understanding of highway & traffic engineering with an emphasis on the design standards that being used in Malaysia. Topic covers are Malaysian Road Network, Traffic Engineering Studies which includes fundamentals principles of traffic flow and Highway Capacity Analysis, Traffic Signal System, Road Geometric Design, Pavement Design and Pavement Management System

Soil Mechanics provides students with a basic knowledge of the fundamental concepts of soil behaviour and gives an introduction into general geotechnical engineering. The course describes: the relationship between soils and its geological origins and demonstrates the significance of the particles size distributionand mineralogy; soil description; phase relationships; classification of soil; compaction of soil; soil permeability and principle of effective stress; stress distribution and shear strength of soil.

To introduce the fundamental principles of fluid mechanics, the basic equations governing fluid statics and fluid flow, and the methods of solving engineering problems related to fluid mechanics

This course introduces the concept and use of equations for open drainage and flow analyses (uniform & non-uniform flow) in open channel. It also covers the various phenomena such as hydraulic jump and backwater, specific energy and specific force concept application, analyses of hydraulics machinery principles and dimensional analysis & hydraulic similarity concepts. The application software package (such as: HEC-RAS) will be introduced in this course.

This ENGINEERING LAB II covers Structure laboratory testing. The experiments are complimentary to the theory that students have learned in the classroom and also to expose them to the practice work at the construction industry.

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

2

3

3

3

3

Year

BAA2941

BAA3012

BAA3023

BAA3213

BAA3223

Code

ENGINEERING LABORATORY III

LAW OF CONTRACT & ESTIMATION

PROJECT MANAGEMENT IN CONSTRUCTION

REINFORCED CONCRETE DESIGN II

STEEL & TIMBER DESIGN

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

01

02

01

01A

02

02A

03

03A

04

04A

Sec

TUE

TUE

TUE

MON

THUTUE

MON

THU

MON

FRI

MON

WED

MON

WED

TUE

FRI

Day

10:00-10:5011:00-11:5014:00-14:5015:00-15:50

08:00-08:5009:00-09:5016:00-16:5017:00-17:50

08:00-08:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5016:00-16:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time




W-DK-11W-DK-11W-DK-11W-DK-11W-DK-11W-DK-11FKASA6FKASA6W-DK-11W-DK-11FKASA6FKASA6W-DK-11W-DK-11FKASA6FKASA6

Loc

BBBB

LLLL

LLLLLL

LLTTLLTTLLTTLLTT

Mode

60606060

60606060

606060606060

60606060606060606060606060606060

Cap

NNNN

YYYY

YYYYYY

YYYYYYYYYYYYYYYY

Exam Staff

0435 - NBO

0435 - NBO

01573 - DSI

01573 - DSI

0371 - NIBR

01573 - DSI

2286 - GAJ

2286 - GAJ

0645 - NABMK

0645 - NABMK

0075 - FBMY

0075 - FBMY

01569 - CSC

01569 - CSC

09/06/2017 - AM

09/06/2017 - PM

07/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA2713

BAA2213

This ENGINEERING LAB III covers the laboratory testing for subjects Fluid Mechanics, Hydraulics, Hydrology & Environmental Engineering. These all experiments are complimentary to the basic theory that students have learned in the classroom and also to expose them to the practical work at the real world application in civil engineering field.

The course covers topics of tendering, contract, condition of contract, contract administration/ management, contract procurement, estimation, taking-off and the importance of information technology in estimation work.

To introduce the concept of project management which will cover the life cycle of the projects, roles of project manager, type of project organization, resource management, techniques of planning and scheduling, monitoring and controlling and types of software for project planning and scheduling that havebeen practiced in construction industry.

This course covers the design of column, foundation, retaining wall and introduction to prestressed concrete design and also typical design of a reinforced concrete building under the design project.

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

3

Year

BAA3223

BAA3312

BAA3322

BAA3513

BAA3613

BAA3713

Code

STEEL & TIMBER DESIGN

BUILDING SERVICES & MAINTENANCE

ENGINEERING ECONOMICS

GEOTECHNICAL ENGINEERING


HYDROLOGY & WATER RESOURCES

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

01

02

01

02

01

02

Sec

MON

THUTHUTUE

TUE

FRI

TUE

MON

FRITHU

THUTUE

FRITHU

THUTUE

Day

08:00-08:5009:00-09:5008:00-08:5014:00-14:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5015:00-15:5016:00-16:50

10:00-10:5011:00-11:5016:00-16:5017:00-17:50

09:00-09:5008:00-08:5009:00-09:5015:00-15:5014:00-14:5015:00-15:50

08:00-08:5008:00-08:5009:00-09:5014:00-14:5014:00-14:5015:00-15:50

Time

FKASA3FKASA3FKASA3FKASA3FKASA3FKASA3





Loc

LLLLLL

LLLL

LLLL

LLLLLL

LLLLLL

Mode

606060606060

60606060

60606060

606060606060

606060606060

Cap

YYYYYY

NNNN

YYYY

YYYYYY

YYYYYY

Exam Staff

2099 - SBWA

0342 - MSHBS

0682 - OBJ

0682 - OBJ

1674 - MSI

1674 - MSI

01474 - MYBMT

0642 - ABNS@A

0736 - SBS

01562 - NSK

06/06/2017 - PM

08/06/2017 - AM

05/06/2017 - AM

05/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA2113

BAA2513

This Course Covers The Analysis and Design Steel Structures to EC3 For Beams, Column, Connections,Trusses, Compression Members and Tension Members. This Course Is Also Covered An Introduction to Timber Design to Malaysian Standard MS 544 Part 2 : 2001

This course will provide the fundamental knowledge of engineering design of the building services and maintenance in building through a specific design project

This subject covers the principles and applications of economic analysis in the field of engineering to make sound decision among alternatives.

Geotechnical Engineering provides students with further discussion and explanation related to soil engineering. The course describes: Soil compression, consolidation and settlement, Lateral pressure of soil, Slope stability, Bearing capacity of soil, Site Investigation and environment geotechnics.

This course is an introduction to the different aspects of environmental engineering. The course outline is divided into seven main topics: Water Quality, Water Treatment Engineering, Wastewater Treatment Engineering, Water Pollution, Air Pollution, Noise Pollution and Solid Waste Management in which contemporary issues and principles of sustainable development are highlighted.

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

4

4

Year

BAA3713

BAA3921

BAA3922

BAA4023

BAA4222

Code

HYDROLOGY & WATER RESOURCES

ENGINEERING LABORATORY IV

RESEARCH METHODOLOGY & PRE - PROJECT

PROJECT FOR PROFESSIONAL PRACTICES

ENGINEERS IN SOCIETY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01

02

Sec

FRITHU

FRITHU

WED

WED

WED

WED

Day

11:00-11:5010:00-10:5011:00-11:5017:00-17:5016:00-16:5017:00-17:50

16:00-16:5017:00-17:50

12:00-12:50

08:00-08:5009:00-09:50

08:00-08:5009:00-09:50

Time


FKASA1FKASA1

FKASA5

FKASA5FKASA5

FKASA5FKASA5

Loc

LLLLLL

BB

L

LL

LL

Mode

606060606060

120120

240

6060

6060

Cap

YYYYYY

NN

N

NN

NN

Exam Staff

0169 - HBAH

2069 - AA

0388 - YAD

01617 - NNABT

0371 - NIBR0501 - MIBAFPU0010 - WNBWA

0371 - NIBR0501 - MIBAFPU0010 - WNBWA

14/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA2713

BAA2513 BAA2413

BAA3513 BAA3713 BAA2213

BAA3023 BAA3613 BAA2413

BAA2113 BAA3213

This course will be introduced the application of hydrological theory to solve problem in water resources engineering. The knowledge in hydrology will be used in planning, development, management and designof water resources project. This course also introduces the knowledge of reservoir management, engineering economy and determination of water demand requirement in water resources planning.

This ENGINEERING LAB IV covers Highway & Traffic and Soil Mechanics & Geotechnical laboratory testing. The experiments are complimentary to the theory that students have learned in the classroom andalso to expose them to the practice work at the construction industry.

Students are required to attend a research workshop at the beginning of the course, where they will be taught on how to do research; research methodology, conducting literature review, data sampling, collection, analysis, and interpretation. Students will be guided by their respective supervisors on how to plan for the research, which will be conducted later in PSM 2 course. Students will have to carry out weekly discussion with their supervisors on the research topic, objective, scope, research program, and the extent of the development of the research proposal. A report and a presentation of the research proposal are required at the end of the course.

Project Professional Practise is a Capstone Design Project that offering experience in multi-disciplinary project-based learning. This course are design to ensure minimum proficiency and equipment of the upcoming graduate. This course are conducted with numbers of partners from industry which is involve engineer, architect, surveyor, town planner, contractor and etc. in the direction of giving real exposure to the student. Students are expected to take this course in the final year of study by which time most of the required courses should have been taken. The capstone experience is an essential component in the 4-year undergraduate civil engineering program. The course provides an opportunity for students to integrate and apply their knowledge acquired so far. The course comprises a comprehensive group design project and a series of seminars from expert. At the end of courses the students will be able to recognise the importance of proposing a viable and workable development project and appreciate the importance of integration and synthesis of various discipline of civil engineering knowledge

Qualified engineers of tomorrow will need to be market conscious, commercially adept, enviromentally

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

4

4

4

4

4

Year

BAA4222

BAA4233

BAA4243

BAA4253

BAA4313

Code


FINITE ELEMENT

ADVANCED CONCRETE MATERIALS

BRIDGE ENGINEERING

GEOGRAPHICAL INFORMATION SYSTEM

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

Sec

WED

MON

THU

MON

THU

FRITUE

Day

14:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:50

14:00-14:5015:00-15:5015:00-15:50

10:00-10:5010:00-10:5011:00-11:50

Time

FKASA5FKASA5

FKASA6FKASA6FKASA6

FKASA3FKASA3FKASA6


Loc

LL

LLL

LLL

LLL

Mode

120120

606060

606060

606060

Cap

NN

YYY

YYY

YYY

Exam Staff

01808 - MIBA

2286 - GAJ

0170 - KBM

0283 - CHT

13/06/2017 - PM

13/06/2017 - AM

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA2123

BAA2213

sensitive and responsive to needs of society. They must also be good communicators, organizers amd managers. Therefore, this course is designed to enrich the students and intended to introduce them to theprofessional practice of civil engineering, with emphasis on the roles of practicing engineers, professional practice organization, engineering ethics, professional registration and communication skills.

This course will cover three scopes which is technology in society, organization of engineering society andcommunication. The course features several guest speakers and all are civil engineering parcticioners and professional, providing the students an opportunity to interact with professionals in their major field of interest.

This course will expose to students various techniques in analyzing common structures using stiffness methods, truss equations and beam equations. Students are taught how to analyze frame structures using frame and grid equations. In addition, finite element analysis procedures such as plane stress, plane strain stiffness equations and linear-strain triangle equations will be delivered in class. Axisymmetric elements and isoparametric formulations are second last topic for this course. Towards theend, students will learn various ways in analyzing three-dimensional stress and use finite elements software - ANSYS to solve structural engineering problems.

This course will introduce the students to the concepts, characterization, application and advantages of the recent concrete technology in construction as well as concrete durability in detail. The early part of thecourse will cover on the utilization of blended cement in concrete technology before introducing the student to the special concretes made using Portland cement and concrete produced not using Portland cement. The course will also touch on the durability aspect of concrete in terms of causes of deterioration,mechanism of attack as well as method to overcome the problem. Others topics that will also be includedare quality control for durability of concrete and repairs of concrete structures.

This course covers on prestressed concrete bridge design, prestressing system, loss of prestress for bridge beams, analysis and design of section for flexural, shear and also principles and design of prestressed concrete members for prestressed concrete bridge. The course also covers prestressed concrete one-way slab and two-ways slab design for prestressed concrete bridge.

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

4

4

4

4

4

Year

BAA4313

BAA4513

BAA4723

BAE4443

BAE4483

Code

GEOGRAPHICAL INFORMATION SYSTEM

FOUNDATION ENGINEERING

APPLIED HYDRAULICS ENGINEERING

WASTE MANAGEMENT

ADVANCED WATER AND WASTEWATER TREATMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

01

01

Sec

THUTUE

MON

THUTHUTUE

MON

THU

FRITHU

Day

10:00-10:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5008:00-08:5014:00-14:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:50

10:00-10:5010:00-10:5011:00-11:50

Time

FKASA5FKASA5FKASA5

FKASA6FKASA6FKASA6FKASA6FKASA6FKASA6

FKASA2FKASA2FKASA2

FKASA3FKASA3FKASA3

Loc

LLL

LLLLLL

LLL

LLL

Mode

606060

606060606060

606060

606060

Cap

YYY

YYYYYY

YYY

YYY

Exam Staff

0501 - MIBA

0641 - MBH2051 - SA

0641 - MBH2051 - SA

0435 - NBO

0092 - EBA

08/06/2017 - PM

06/06/2017 - AM

13/06/2017 - PM

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA3513

BAA2723

"The goal of this course is to give knowledge and understanding about application of Geographical Information System (GIS) in Civil Engineering. The main content of this course is about an application of GIS in civil engineering. Amongst the main topics discussed are;a) Fundamental and development of GIS in civil engineeringb) Data processing such as data collection, data management, spatial analysis, data manipulation and data output.c) Current application of GIS in civil engineering (focus in Malaysia)

"

Focuses on geotechnical design of shallow and deep foundations, including spread footings, mats, driven piles, and drilled piers. Coverage includes bearing capacity, settlement, group effects, and lateral load capacity of the various foundation types. Additional topics include subsurface exploration, construction of deep foundations, and analysis of pile behavior using wave equation and dynamic monitoring methods. Prereqs., CVEN 3718 or instructor consent. Same as CVEN 5728.

This course is to provide students with the advanced principles in applied methods towards hydraulic problems. It covers application and analysis of urban stormwater facilities, sedimentation processes and erosion problems which will equips the students with the skills on techniques of hydraulics analysis. Few examples and case studies from the MSMA 2nd Edition will be introduced as a guideline to assist and expose student in real world applications.

Waste management is the module focuses on waste management such as solid waste management. In this module student will be exposed on the regulation, processes and design for safe waste management begin from generation, storage, and transportation until disposal of solid waste. In this subject, the students will be introduced to the sustainability technique of waste management such as the application of Life Cycle Assessment (LCA). It is important for student to learn and understand this subject in order todevelop clean and safe environment for human and health.

This course aims to extend and deepen the scope of the water and wastewater treatment engineering. The purpose of this course is to provide and educate students the theory and practices of advanced technologies for water and wastewater treatment. The syllabus is designed to include the topics on water treatment engineering (water characteristics, water quality, conventional water treatment process, advanced water treatment technologies and water reuse) and wastewater treatment engineering

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

Campus

DEGREE

Level

4

4

4

Year

BAE4483

BAE4613

BAE4813

BAA4323

BAA4413

BAA4523

Code

ADVANCED WATER AND WASTEWATER TREATMENT

ENVIRONMENTAL MANAGEMENT

ADVANCED HYDROLOGY & WATER RESOURCES

BUILDING INFORMATION MODELLING

TRANSPORTATION ENGINEERING

SOIL IMPROVEMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

01

Sec

MON

THU

MON

THU

THUTUE

MON

WED

MON

THU

THUTUE

Day

14:00-14:5015:00-15:5015:00-15:50

16:00-16:5017:00-17:5016:00-16:50

08:00-08:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:50

14:00-14:5015:00-15:5015:00-15:50

14:00-14:5014:00-14:5015:00-15:50

Time

FKASA5FKASA5FKASA5

FKASA6FKASA6FKASA6

FKASA2FKASA2FKASA2

FKASA3FKASA3FKASA3

FKASA6FKASA6W-DK-08

FKASA2FKASA2FKASA2

Loc

LLL

LLL

LLL

LLL

LLL

LLL

Mode

606060

606060

606060

606060

606060

606060

Cap

YYY

YYY

YYY

YYY

YYY

YYY

Exam Staff

0736 - SBS

0515 - ASBAR

0285 - SRBS

0341 - ATBH

2051 - SA

01474 - MYBMT

13/06/2017 - AM

08/06/2017 - PM

13/06/2017 - AM

13/06/2017 - PM

13/06/2017 - PM

13/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA3613

BAA3713

BAA2513 BAA3513

(wastewater characteristics, effluent quality standard, conventional wastewater treatment process, advanced wastewater treatment technologies and wastewater reuse.

This subject covers various topic from water, air, noise and solid waste which contribute to pollution during constructions works. Rules and regulation from Department of Environmental also will be addressed together with environmental impact assessment (EIA) before the construction works and environmental management planning (EMP) during construction works. International standards and GIS application also will be highlighted with latest development, technology and applications.

This course is to provide students with the knowledge in advanced hydrological methods towards water resources problems. It equips the students with the skills on techniques of hydrological and water resources data analysis, modeling and prediction. This course begins with advanced methods in runoff model, hydrograph analysis and flood routing analysis. Other topics will be covered are probability and frequency analysis, the introduction of Urban Stormwater Management Manual for Malaysia (MSMA) in stormwater quantity control and water resources management including water uses, policy and regulation,system and economics analysis of water resources system. The knowledge in this course will be used in planning, development, management and design of water resources project.

This course focuses on theoretical and technical knowledge of Building Information Modelling (BIM). The theoretical aspect emphasises on the fundamental concept of BIM. It covers the three crucial elements of People, Process and Technology. In the process element, the student will learn about the different stages of BIM delivery. Additionally, BIM standards and BIM manual of work process are also be included to provide a better understanding. In the people elements, the focus of teaching concentrates on different responsibilities of BIM associated roles. It covers the function of each role to deliver the BIM scope of work effectively. Lastly, the technology elements focus specifically on the technical aspect of BIM. It will covers four interconnected activities of delivery to use 3D Parametric Authoring Tools. (INPUT, SETUP, MODELLING, OUTPUT) . At the end of the class, the students should be able to produce 3D Information rich BIM models.

This course is designed to introduce students to fundamental aspects in Transportation Engineering. The topics covered include four-step travel demand models, traffic management and public transport.

This course deals with the principles of ground improvement and soil stabilization. Amongst the topics covered are mechanical compaction, preloading and vertical drain, dynamic deep compaction, vibro compaction and replacement, grouting, deep soil mixing, earth reinforcement, tiebacks, soil nailing and sustainability in ground improvement.

COURSE TIMETABLE

28-DEC-16 09:37 AM


GAMBANG

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

2

3

4

Year

BAA4833

BAA1131

BAA4976

BAA4914

204071

Code

BUSINESS FOR ENGINEERING AND CONSTRUCTION

ENGINEERING SURVEYING CAMP

INDUSTRIAL TRAINING

FINAL YEAR PROJECT

FLUID MECHANICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

SESI 2

0102

01

01

Sec

MON

THU

Day

10:00-10:5011:00-11:5011:00-11:50

Time

FKASA5FKASA5FKASA5

Loc

LLL

Mode

606060

120

200100

240

2

Cap

YYY

N

N

Exam Staff

0342 - MSHBS

TBA

TBATBA

TBA

TBA

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BAA1912

BAA3023 BAA3012 BAA3513

BAA2723 BAA2213

BAA3922 BAA2213 BAA3713BAA2413

BAA3023 BAA3513 BAA3613

The module provides an introduction to Business Skills for Engineers in Construction practice. It highlights how management theory and established practice. It highlights how management theory and established practice and procedures are applied to support the non core buiness of an organisation. It also develops an understanding of the requirement of a contractor in relation to the management of services which support an organisation.

This engineering surveying camp encompasses; carry out horizontal and vertical control survey, detailing survey to locate of man-made and natural features, preparation of site plan, related computation and setting-out simple construction work.

This course involves placement of students in relevant industry for approximate 10 weeks duration to get real-world working experience. Every student will be assigned an advisor/lecturer from the faculty who will co-operate with the industrial counterpart. At the end of the industrial training, students need to submit report. In addition, the respective industrial counterpart need to evaluate and provide comments on the students performances. CIDB structured module will be used as a part of evaluation.

After successfully completing Research Methodology and Pre-Project (BAA3922), students will continue to proceed with the subsequent tasks of the proposed project program. They have to undertake data collection and conduct experiment or survey, tabulate and analyze the results, and conclude their project findings. They must constantly report and carry out discussion with their supervisors on the extent of the development of their project. At the end of the course, students have to submit the final thesis and present their findings to the examiners.

COURSE TIMETABLE

19-DEC-16 09:13 AM

Faculty : FACULTY OF ELECTRICAL & ELECTRONICS ENGINEERING

PEKAN

Campus

DEGREE

Level

1

1

1

Year

BEE1133

BEE1213

BEE1313

Code

CIRCUIT ANALYSIS I

DIGITAL ELECTRONICS

INSTRUMENTATION & MEASUREMENTS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

02

01

01A

02

02A

Sec

MON

THU

MON

FRI

TUE

MON

WED

WED

MON

THU

MON

Day

12:00-12:5013:00-13:5012:00-12:5013:00-13:5012:00-12:5013:00-13:5015:00-15:5016:00-16:5016:00-16:5017:00-17:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

E20BK1E20BK1E20BK1E20BK1

E12-F16AE12-F16AE21BK3E21BK3E21BK3E21BK3



E12-F17AE12-F17A

Loc

LLLLBBLLLL

LLLLBBLLLLBB

Mode

30303030303030303030

303030303030303030303030

Cap

YYYYYYYYYY

YYYYYYYYYYYY

Exam Staff

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

01064 - NBS

01064 - NBS

0453 - MSBR

0453 - MSBR

05/06/2017 - AM

09/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces the basic concepts and engineering methods of DC and AC circuit analysis. The contents include Ohm's Law, Kirchhoff's Law, series and parallel circuits, Mesh and Nodal analysis, Thevenin¿s and Norton¿s theorems, and responses of First Order circuits.

This course emphasizes on the fundamental of digital electronics. The student is first taught about the number system and logic gates before introducing them to digital IC technology. Then they are exposed toboth combinational logic network and combinational MSI logic. In concurrence with this, the fundamental of sequential logic, flip-flop, counter and shift register will be taught. Finally, the memory devices are introduced.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

1

1

1

2

Year

BEE1313

BEE1961

BEE4632

BEE1143

Code

INSTRUMENTATION & MEASUREMENTS

MOTOR CONTROL

MAINTENANCE TECHNOLOGY

CIRCUIT ANALYSIS II

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

02

02A

03

03A

01

02

01

02

Sec

MON

WED

WED

MON

THU

MON

FRI

TUE

TUE

MON

FRI

MON

FRI

Day

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:50

Time



E10-F07AE10-F07AE00DK3E00DK3E20BK2E20BK2

E10-F07AE10-F07A

E10-F03AE10-F03AE10-F03AE10-F03A

E00DK3E00DK3E20BT2E20BT2

Loc

LLLLBBLLLLBBLLLLBB

BBBB

LLLL

Mode

303030303030303030303030303030303030

30303030

40404040

Cap

YYYYYYYYYYYYYYYYYY

NNNN

NNNN

Exam Staff

0125 - HBA

0125 - HBA

01761 - MMBS

01761 - MMBS

0049 - RBM

0049 - RBM

01064 - NBS

TBA0001 - ES(

0382 - ABAH

0277 - MRBD

09/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces students to the principles of instrumentation and measurements, determination of error that caused by the meters. The students will be exposed to the architecture and the operation of DC and AC meters, oscilloscope, signal generator, sensors and transducers, analysis of DC and AC meters and introduction to signal conditioning.

This course exposes students to various types of three phase induction motor starting circuit. The students also will learn about the principle of electrical motor and its operation system.

This course exposed the students to various maintenance strategies and technologies available for maintenance practices adoption. The course will introduce the students to the many skills required for the implementation of an effective maintenance program, including workplace environment simulation, i.e. interpersonal skills, desired work-culture, costs appreciation, workplace safety, workplace productivity, etc.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

2

2

Year

BEE1143

BEE2213

Code

CIRCUIT ANALYSIS II

ANALOG ELECTRONICS I

Course Name Remark

SEM 2 16/17

Sem

01

01A

02

02A

03

03A

04

04A

05

05A

Sec

MON

WED

WED

THU

TUE

THU

MON

TUE

TUE

FRI

TUE

FRI

FRI

TUE

FRI

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5015:00-15:5016:00-16:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time






E12-F16AE12-F16A

Loc

LLLLBBLLLLBBLLLLBBLLLLBBLLLLBB

Mode

000000000000000000000000000000

Cap

YYYYYYYYYYYYYYYYYYYYYYYYYYYYYY

Exam Staff

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

05/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BEE1133

This course provides the basic concepts and engineering methods of AC circuits. The contents include applications of Mesh and Nodal analysis, Superposition and Source Transformation Theorems, Thevenin and Norton Theorem. Resonant circuit, second order circuit and Balanced 3-phase circuits are also covered.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

2

2

2

Year

BEE2213

BEE2931

BEE3113

Code

ANALOG ELECTRONICS I

BASIC PROGRAMMABLE LOGIC CONTROLLER

ELECTROMAGNETIC FIELDS THEORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

02

02A

03

03A

01

02

03

Sec

MON

WED

WED

THU

TUE

TUE

FRI

TUE

FRI

FRI

THU

TUE

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5015:00-15:5016:00-16:50

08:00-08:5009:00-09:50

14:00-14:5015:00-15:50

14:00-14:5015:00-15:50

Time


E12-F08BE12-F08BE20BK2E20BK2E20BK2E20BK2


E12-F08BE12-F08B

E10-F05AE10-F05A

E10-F05AE10-F05A

E10-F05AE10-F05A

Loc

LLLLBBLLLLBBLLLLBB

BB

BB

BB

Mode

303030303030303030303030303030303030

3030

3030

3030

Cap

YYYYYYYYYYYYYYYYYY

NN

NN

NN

Exam Staff

0062 - SBR

0062 - SBR

0134 - NRHBA

0134 - NRHBA

0241 - RBS

0241 - RBS

0055 - MBMN01156 - NBF

0055 - MBMN0206 - MSBN

TBA0001 - ES(

08/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BEE1133

This course introduces the fundamental of semiconductor devices which are diodes and transistors. It also describes BJT transistors operational characteristic that covers the DC and AC analysis. In addition, the various type of BJT configuration will be examined and analyzed. Furthermore, the analysis of the amplifier circuit will be extended to its frequency response.

This course covered the fundamental of Programmable Logic Controller (PLC) including input and output component, memory address, wiring diagram, troubleshooting and design of ladder diagram.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

2

2

2

Year

BEE3113

BEE3413

BEE3941

Code

ELECTROMAGNETIC FIELDS THEORY

PRINCIPLES OF COMMUNICATION SYSTEMS

MICROCONTROLLER APPLICATIONS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

02

02A

03

03A

04

04A

01

01A

02

02A

03

03A

Sec

THU

TUE

THU

MON

WED

WED

FRI

WED

FRI

MON

THU

THU

THU

TUE

THU

FRI

WED

WED

FRI

THU

FRI

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5010:00-10:5011:00-11:50

Time





E11-F10AE11-F10A



E11-F13AE11-F13AE20BT1E20BT1E22BK6E22BK6

E11-F13AE11-F13A

Loc

LLLLBBLLLLBBLLLLBBLLLLBB

LLLLBBLLLLBBLLLLBB

Mode

303030303030303030303030303030303030303030303030

303030303030303030303030303030303030

Cap


YYYYYYYYYYYYYYYYYY

Exam Staff

0453 - MSBR

0453 - MSBR

01761 - MMBS

01761 - MMBS

0837 - MABA

0837 - MABA

0284 - ZBMZ

0284 - ZBMZ

01052 - NBMR

01052 - NBMR

2346 - SK

2346 - SK

0579 - MHBMA

0579 - MHBMA

15/06/2017 - PM

06/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces students on the importance and the applications of the Electromagnetic Fields Theory in the Electrical Engineering courses. The syllabus covered includes the concepts of electrostatic field, magnetostatic field and electromagnetic field (time varying field).

This course introduces theories in the area of communication systems. Topics covered include the basic elements of communications, signal analysis, amplitude modulation, angle modulations and digital modulations, as well as transmission channels and noise impact on the modulation system. Finally, some emergence of digital communication technologies are presented and compared.

This course exposes students to the microcontroller in term of programming and hardware configurations.Beginning with understanding of microcontroller architecture, the programming software is applied to configure for several applications such as DI, DO, AI, ADC, and PWM. In addition, students are exposed

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

2

2

3

3

Year

BEE3941

BEE4641

BEE1611

BEE2123

Code

MICROCONTROLLER APPLICATIONS

ENGINEERS & SOCIETY

OCCUPATIONAL SAFETY & HEALTH

ELECTRICAL MACHINES

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

01

02

01

01A

02

02A

03

03A

04

04A

Sec

THU

TUE

MON

THU

MON

FRI

THU

TUE

THU

MON

WED

WED

FRI

WED

FRI

MON

THU

MON

Day

10:00-10:5011:00-11:5014:00-14:5015:00-15:50

14:00-14:5015:00-15:5012:00-12:5013:00-13:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

E11-F11AE11-F11AE11-F11AE11-F11A



E20BT1E20BT1E20BT1E20BT1



E10-F04BE10-F04BE00DK1E00DK1E21BK3E21BK3

E10-F04BE10-F04B

Loc

BBBB

LLLL

LLLL

LLLLBBLLLLBBLLLLBBLLLLBB

Mode

30303030

40404040

30303030

303030303030303030303030303030303030303030303030

Cap

NNNN

NNNN

NNNN


Exam Staff

01108 - ASBA

01108 - ASBA

0678 - ZBK

0481 - MZBS

01323 - FBN

01323 - FBN

0102 - MRBM

0102 - MRBM

0143 - HBD

0143 - HBD

01557 - AIBM

01557 - AIBM

0824 - WIBI

0824 - WIBI

15/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

to the integration between microcontroller and external devices.

This course is to enable student to gain a deeper understanding of the ethical and laws issues and dilemmas that arise in one or more areas in professional conduct and their responsibilitiy to society. It alsointended to develop students to understand the academic responsibility and accountaability of a profession in engineering and the organizational activities of professional engineering institutions.

The course aims to ensure worker safety and health by working with employers to create better working environments. Outreach, education and compliance assistance enable OSHA to play a vital role in preventing on-the-job injuries and illnesses. At the end of this course, students will be able to establish safety and health programs by analyzing, identifying and correcting workplace hazards.

This course introduces the fundamental concepts and principles of transformer and various types of electrical machines. It is intended for students to understand fundamental aspects of rotating electrical machines. The first part of the course is a quick review of some electromagnetism fundamental while the following will deal with the transformers and different types of electrical machines.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

3

3

3

Year

BEE2143

BEE2223

BEE2233

Code

SIGNALS & NETWORKS

MICROPROCESSOR

ANALOG ELECTRONICS II

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

02

02A

03

03A

01

01A

02

02A

03

03A

Sec

FRI

WED

FRI

THU

TUE

THU

MON

WED

MON

FRI

WED

FRI

THU

TUE

THU

MON

WED

WED

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

Time

E00DK2E00DK2E00DK2E00DK2


E11-F08AE11-F08AE20BT1E20BT1E21BK4E21BK4

E11-F08AE11-F08A



E11-F12AE11-F12AE00DK1E00DK1E00DK3E00DK3

E11-F12AE11-F12A

Loc

LLLLBBLLLLBBLLLLBB

LLLLBBLLLLBBLLLLBB

Mode

303030303030303030303030303030303030

303030303030303030303030303030303030

Cap

YYYYYYYYYYYYYYYYYY

YYYYYYYYYYYYYYYYYY

Exam Staff

01498 - ZBI

01498 - ZBI

01323 - FBN

01323 - FBN

01356 - RBH

01356 - RBH

0014 - NMKBNY

0014 - NMKBNY

0014 - NMKBNY

0014 - NMKBNY

01108 - ASBA

01108 - ASBA

05/06/2017 - PM

05/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BUM2133 BET1542 BET1553

BEE1213

This course introduces the students to various signals transformation techniques and its application to electrical circuits. This includes Fourier Series, Fourier Transforms and Laplace Transform. The concept of frequency response is introduced in filter.

This course is an introduction to microprocessor. Students are exposed to the internal architecture of the microprocessor, various instruction sets, and basic hardware design of microprocessor-based.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

3

3

3

Year

BEE2233

BEE3133

BEE3143

Code

ANALOG ELECTRONICS II

ELECTRICAL POWER SYSTEMS

POWER SYSTEM ANALYSIS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

02

02A

03

03A

01

01A

02

02A

03

03A

Sec

MON

WED

MON

THU

TUE

THU

FRI

TUE

TUE

MON

TUE

TUE

MON

TUE

TUE

THU

WED

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5014:00-14:5015:00-15:5012:00-12:5013:00-13:5014:00-14:5015:00-15:50

Time



E12-F08BE12-F08BE21BK4E21BK4E20BT1E20BT1

E12-F08BE12-F08B

E22BK5E22BK5E00DK2E00DK2



E10-F02AE10-F02A

Loc

LLLLBBLLLLBBLLLLBB

LLLLBBLLLLBBLLLLBB

Mode

303030303030303030303030303030303030

303030303030303030303030303030303030

Cap

YYYYYYYYYYYYYYYYYY

YYYYYYYYYYYYYYYYYY

Exam Staff

0585 - MABZ

0585 - MABZ

0823 - SBAG

0823 - SBAG

TBA0001 - ES(

TBA0001 - ES(

0629 - MRBA

0629 - MRBA

01386 - NBM

01386 - NBM

0636 - RBI

0636 - RBI

08/06/2017 - AM

13/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BEE2213

BEE1133 BEE1113

This course introduces the fundamental of semiconductor devices which are transistors. It also describes Field-Effect Transistor (FET) operational characteristic that covers the DC and AC analysis. Some important devices such as op-amp and active filters are also introduced. Towards the end of this course, students are exposed to the applications of these semiconductor devices. During the laboratory sessions, students are expected to demonstrate and troubleshoot basic semiconductor device circuits.

This course introduces the fundamental of electrical power system which are the overview of power system, generation, transmission lines, distribution, representation of components, basic power system analysis.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

Year

BEE3143

BEE3233

BEE3313

BEE4143

Code

POWER SYSTEM ANALYSIS

ELECTRONICS SYSTEM DESIGN

PRINCIPLES OF CONTROL SYSTEMS

POWER SYSTEM PROTECTION & HIGH VOLTAGE

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01

01A

02

02A

01

01A

02

02A

03

03A

Sec

MON

WED

WED

THU

WED

THU

THU

TUE

THU

THU

TUE

TUE

FRI

WED

FRI

FRI

THU

FRI

Day

10:00-10:5011:00-11:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

16:00-16:5017:00-17:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5012:00-12:5013:00-13:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5015:00-15:5016:00-16:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5010:00-10:5011:00-11:50

Time


E11-F11AE11-F11A



E11-F11AE11-F11A


E10-F07AE10-F07AE00DK2E00DK2E00DK2E00DK2


E10-F07AE10-F07A

Loc

LLLLBB

LLLLBBLLLLBB

LLLLBBLLLLBBLLLLBB

Mode

303030303030

303030303030303030303030

303030303030303030303030303030303030

Cap

YYYYYY

YYYYYYYYYYYY

YYYYYYYYYYYYYYYYYY

Exam Staff

01493 - MHBS

01493 - MHBS

0561 - RMTBRI

0561 - RMTBRI

0572 - NHBN

0572 - NHBN

1987 - DP

1987 - DP

0237 - MFBA

0237 - MFBA

0352 - ANKBN

0352 - ANKBN

08/06/2017 - AM

09/06/2017 - AM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BEE3133

BEE1213

This course introduces students to the fundamental concepts of power system analysis which covered thepower flow problem analysis, balanced and unbalanced fault analysis and stability evaluation. Students will be exposed to the problems commonly encountered in power system engineering practice, analysis and techniques applied to solve some practical problems in power systems.

In this course, digital design is taught at a higher level of abstraction than BEE1213. It provides an in-depth coverage of systematical development and synthesis of digital system with emphasis on Field Programmable Gate Array (FPGA) technology. It covers with the proper planning techniques, design strategy and tools, functional verification and system implementation. The information gained can be applied to any digital design by using a top-down synthesis design approach. Through this course, studentwill be able to create digital design faster, shorten development time and lower the development costs.

This course introduces students to the control system technology and mathematical models of feedback systems. The students will be exposed to transient and steady-state analysis, root locus, frequency response and analysis design of compensator.

This course introduces students to the concept of power system protection and high voltage engineering. It covers in detail the components of power system protections and relay coordination. The theory of high

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

3

3

3

Year

BEE4143

BEE4213

BEE4323

Code

POWER SYSTEM PROTECTION & HIGH VOLTAGE

MULTIMEDIA TECHNOLOGY & APPLICATIONS

EMBEDDED CONTROLLER TECHNOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

02

02A

02B

01

01A

01B

02

02A

02B

Sec

MON

WED

MON

MON

FRI

WED

WED

WED

THU

TUE

TUE

TUE

FRI

WED

WED

WED

THU

TUE

TUE

TUE

Day

10:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5012:00-12:5013:00-13:5012:00-12:5013:00-13:5012:00-12:5013:00-13:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5012:00-12:5013:00-13:5012:00-12:5013:00-13:5012:00-12:5013:00-13:50

Time


E10-F02AE10-F02AE10-F02AE10-F02A


E11-F11AE11-F11AE11-F11AE11-F11AE20BK2E20BK2E21BK3E21BK3

E11-F11AE11-F11AE11-F11AE11-F11A

E20BK1E20BK1E00DK2E00DK2

E11-F11AE11-F11AE11-F11AE11-F11AE00DK3E00DK3E20BT1E20BT1

E11-F11AE11-F11AE11-F11AE11-F11A

Loc

LLLLBBBB

LLLLBBBBLLLLBBBB

LLLLBBBBLLLLBBBB

Mode

4040404020202020

40404040202020204040404020202020

40404040202020204040404020202020

Cap

YYYYYYYY

YYYYYYYYYYYYYYYY

YYYYYYYYYYYYYYYY

Exam Staff

01557 - AIBM

01557 - AIBM

01557 - AIBM

0580 - MZBI

0580 - MZBI

0580 - MZBI

01348 - IHBM

01348 - IHBM

01348 - IHBM

2047 - IIMA

2047 - IIMA

2047 - IIMA

01156 - NBF

01156 - NBF

01156 - NBF

08/06/2017 - PM

07/06/2017 - PM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BEE1213

voltage engineering will also be covered in this course.

This course introduces the basic principles, attributes and characteristics of typography, colour, images, animation, sound and video as elements of multimedia. It also introduces how multimedia can be used in digital technology and various application areas.Student also will be exposed with a variety of multimedia software and tools used to develop multimedia products.

This course is an introduction to a microcontroller and is designed to give the students a fundamental understanding of the microcontroller-based system. It provides an introduction to the architecture and the design of hardware and software for the Motorola M68HC11. Various instruction sets and internal featuresare explained. Its applications as a single chip controller are discussed and its interfacing with various I/O devices is demonstrated

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

3

3

4

4

Year

BEE4343

BEE4373

BEE4113

BEE4153

Code

PROCESS CONTROL

ROBOTICS

ELECTRICAL INSTALLATION DESIGN

POWER QUALITY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01

01A

01B

01

01A

Sec

MON

TUE

MON

MON

MON

TUE

TUE

MON

MON

MON

TUE

MON

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

12:00-12:5013:00-13:5014:00-14:5015:00-15:5012:00-12:5013:00-13:50

Time


E11-F13BE11-F13BE11-F13BE11-F13B

E22BK6E22BK6E22BK6E22BK6E11F8E11F8

E10-F06AE10-F06AE10-F06AE10-F06A


E10-F06AE10-F06A

Loc

LLLLBBBB

LLLLBBBBBB

LLLLBB

Mode

20202020202000

40404040404020202020

303030303030

Cap

YYYYYYYY

YYYYYYYYYY

YYYYYY

Exam Staff

0206 - MSBN

0206 - MSBN

0206 - MSBN

0352 - ANKBN

TBA

0352 - ANKBN

0352 - ANKBN

0552 - RBA

0552 - RBA

07/06/2017 - PM

07/06/2017 - AM

13/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

The course introduces students to establishing the processperformance through methods of specifying and measuringprocess performance. With basic overview of the control loopand its components, this leads students for designing processcontrol loops, process control improvement and techniques toassist in the process of identifying the potential for improvedprocess control performance in team

This course provides an understanding of the principles of operation of automated equipment with particular reference to the industrial robot. This course covers classification and various types of robots and its application, robot kinematics, differential kinematics, robot dynamics, robot path planning and robot sensing.

This course provides knowledge in electrical installation design especially for commercial buildings. It explores the basic estimation and design procedure based on various codes of practice and standards. Student will be introduced to design a few basic systems in electrical installation such as lighting, protection system, grounding and lightning protection. Students also involve in problem solving and troubleshooting technique when they study on system inspection and testing.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

4

4

4

4

Year

BEE4153

BEE4163

BEE4173

BEE4223

Code

POWER QUALITY

ALTERNATIVE ENERGY

POWER SYSTEM OPERATION & CONTROL

POWER ELECTRONICS & DRIVES SYSTEMS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01

01A

01B

Sec

MON

TUE

TUE

TUE

MON

TUE

MON

THU

TUE

THU

THU

Day

16:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

12:00-12:5013:00-13:5014:00-14:5015:00-15:5012:00-12:5013:00-13:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

Time


E30-F22AE30-F22AE30-F22AE30-F22A


E11-F11BE11-F11B


E10-F02AE10-F02AE10-F02AE10-F02A

Loc

LLLLBBBB

LLLLBB

LLLLBBBB

Mode

4040404020202020

303030303030

4040404020202020

Cap

YYYYYYYY

YYYYYY

YYYYYYYY

Exam Staff

0636 - RBI

0636 - RBI

0636 - RBI

0522 - MSBJ

0522 - MSBJ

0888 - OBA

0888 - OBA

0888 - OBA

05/06/2017 - PM

13/06/2017 - PM

15/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is an introductory to power quality disturbances. It first introduces the concept of power qualityand then quantifies the particular power quality disturbances that fall within the wider umbrella of electromagnetic phenomena. It provides a strong foundation for better understanding of the underlying principles of each power quality problem. Students are exposed to power quality solutions, standards, monitoring tools, grounding practices and distributed generation.

This course introduces students to the alternative energy theories and concepts of some componentsand energy utilization in electric power system industries. It covers energy conversion, utilization andstorage system for renewable technologies such as solar, wind, biomass, fuel cell, wave and etc.However, this course emphasis on the fundamental of PV system design and installation. It alsotouches upon the impacts of alternative energy to the environment

This course introduces students to the concept of power system operation control. Students will be exposed to the concept of power system management to meet load demand at optimal operating cost andvarious ways in controlling electrical power.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

4

4

4

4

Year

BEE4223

BEE4233

BEE4253

BEE4333

Code

POWER ELECTRONICS & DRIVES SYSTEMS

DATA COMMUNICATIONS

COMPUTER VISION SYSTEMS

INTELLIGENT CONTROL

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

03

03A

03B

01

01

01A

01B

Sec

THU

WED

WED

WED

THU

TUE

THU

THU

FRI

MON

MON

MON

THU

WED

MON

TUE

TUE

TUE

Day

16:00-16:5017:00-17:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5012:00-12:5013:00-13:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

14:00-14:5015:00-15:5012:00-12:5013:00-13:50

16:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time



E10-F02AE10-F02AE10-F02AE10-F02AE20BT2E20BT2E21BT3E21BT3

E10-F02AE10-F02AE10-F02AE10-F02A



E12-F18AE12-F18AE12-F18AE12-F18A

Loc

LLLLBBBBLLLLBBBBLLLLBBBB

LLLL

LLLLBBBB

Mode

3030303015151515303030301515151520202020202000

40404040

4040404020202020

Cap


YYYY

YYYYYYYY

Exam Staff

0066 - BBH

0066 - BBH

0066 - BBH

0347 - AZBA

0347 - AZBA

0347 - AZBA

0087 - MSBB

0087 - MSBB

0087 - MSBB

TBA0001 - ES(

0088 - KHBG

0088 - KHBG

0088 - KHBG

09/06/2017 - PM

13/06/2017 - PM

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

The primary objective of this course is to give students a foundation of knowledge, understanding, analysis and design of power electronics circuits for conversion and control of electrical energy. The course presents concepts, fundamentals analysis tools, practical consideration for design, and a range of power electronics applications. Practical experiments in the laboratory will also be conducted. Students will be exposed to the power converter, PWM switching techniques, DC and induction motor drives.

This course emphasizes the importance and the applications of the Data Communications in the Electrical & Electronics Engineering courses. The syllabus covers data communications, communication networks and TCP/IP protocol suite.

This course introduces students to the principles of Computer Vision which includes image formation and low level image processing, theory and techniques for extracting features from images, measuring shape and location, and recognizing and classifying objects. Student will be exposed to design project using image processing software.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

4

4

4

Year

BEE4333

BEE4413

BEE4423

Code

INTELLIGENT CONTROL

DIGITAL SIGNAL PROCESSING

RF CIRCUIT DESIGN

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

02

02A

02B

03

03A

03B

Sec

THU

WED

WED

WED

FRI

WED

FRI

FRI

THU

TUE

TUE

TUE

MON

WED

MON

MON

Day

14:00-14:5015:00-15:5012:00-12:5013:00-13:5012:00-12:5013:00-13:5012:00-12:5013:00-13:50

15:00-15:5016:00-16:5016:00-16:5017:00-17:5015:00-15:5016:00-16:5015:00-15:5016:00-16:5008:00-08:5009:00-09:5012:00-12:5013:00-13:5012:00-12:5013:00-13:5012:00-12:5013:00-13:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

Time

E21BK3E21BK3E21BK3E21BK3E00-F01E00-F01E00-F01E00-F01



E12-F17AE12-F17AE12-F17AE12-F17AE20BT1E20BT1E20BT2E20BT2

E12-F17AE12-F17AE12-F17AE12-F17A

Loc

LLLLBBBB

LLLLBBBBLLLLBBBBLLLLBBBB

Mode

4040404020202020

404040402020202040404040202020204040404020202020

Cap

YYYYYYYY


Exam Staff

1987 - DP

1987 - DP

1987 - DP

01752 - AABMF

01752 - AABMF

01752 - AABMF

01356 - RBH

01356 - RBH

01356 - RBH

0345 - NBS

0345 - NBS

0345 - NBS

13/06/2017 - AM

15/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces students to the principles of Artificial Intelligence which includes Expert System, Fuzzy Logic, Artificial Neural Networks and Genetic Algorithm. Project based exercise will be also included in order to have a better understanding on the course.

This course introduces students to the fundamentals of Digital Signal Processing (DSP) including sampling theorems, z-transform, Linear Time-invariant (LTI) systems analysis, Discrete-Time Systems (DTS) structures, filter structure, filter design and Discrete Fourier Transform (DFT). This course also exposes students to computational tools in solving engineering problems related to DSP and its applications.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

4

4

4

4

Year

BEE4423

BEE4433

BEE4523

BEE4553

Code

RF CIRCUIT DESIGN

ANTENNA & PROPAGATION

INDUSTRIAL INSTRUMENTATION

VLSI DESIGN & PROCESS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

01

01A

01B

Sec

MON

WED

WED

WED

MON

TUE

TUE

TUE

THU

TUE

THU

THU

Day

10:00-10:5011:00-11:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

12:00-12:5013:00-13:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

Time

E00DK2E00DK2E21BT3E21BT3

E11-F13AE11-F13AE11-F13AE11-F13A

E22BK5E22BK5E21BT3E21BT3

E11-F13AE11-F13AE11-F13AE11-F13A

E21BT3E21BT3E21BT3E21BT3

E10-F07AE10-F07AE10-F07AE10-F07A

Loc

LLLLBBBB

LLLLBBBB

LLLLBBBB

Mode

4040404020202020

4040404020202020

4040404020202020

Cap

YYYYYYYY

YYYYYYYY

YYYYYYYY

Exam Staff

0345 - NBS

0345 - NBS

0345 - NBS

01052 - NBMR

01052 - NBMR

01052 - NBMR

0277 - MRBD

0277 - MRBD

0277 - MRBD

14/06/2017 - AM

16/06/2017 - PM

14/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course emphasizes on the theory and principles of designing RF circuit in communication electronicssystem. The design of the RF circuit involves transmission line theory & waveguide, network analysis, impedance matching, active & passive RF circuits such as RF Filters, amplifiers, RF mixers and RF oscillators.

In this course, the student will be exposed to the parameters of antenna such as radiation pattern, impedance, directivity, gain, polarization. Design principles to design various types of antenna are will be taught throughout the course. Students will be exposed to the techniques for estimating the propagation performance of a communication channel.

This subject introduces students to the principles of instrumentation and measurements, determination of industrial instrumentation, including its purpose and structure from a practical viewpoint. The course is a `nuts and bolts? course for the needs of life-long learning in the common industrial instrumentation elements which concentrates on measuring data for process control system.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

Campus

DEGREE

Level

4

4

Year

BEE4553

BEE4563

BEE1111

BEE1112

BEE1223

Code

VLSI DESIGN & PROCESS

RAPID DIGITAL SYSTEM PROTOTYPING

PROJECT MANAGEMENT

PROJECT MANAGEMENT

COMPUTER PROGRAMMING & APPLICATION

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

01

01

Sec

MON

WED

MON

MON

MON

TUE

TUE

TUE

MON

FRI

Day

10:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

12:00-12:5013:00-13:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

14:00-14:50

10:00-10:5011:00-11:50

Time

E21BT3E21BT3E21BK4E21BK4

E11-F12AE11-F12AE11-F12AE11-F12A

E21BT3E21BT3E00DK3E00DK3

E11-F12AE11-F12AE11-F12AE11-F12A

E00DK2

E00DK2E00DK2

Loc

LLLLBBBB

LLLLBBBB

L

LL

Mode

4040404020202020

4040404020202020

30

00

Cap

YYYYYYYY

YYYYYYYY

N

NN

Exam Staff

0351 - FBS

0351 - FBS

0351 - FBS

0068 - MRBO

0068 - MRBO

0068 - MRBO

0101 - RBR

0101 - RBR

14/06/2017 - AM

16/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces the fundamental of VLSI design which involves CMOS technology and fabrication process as well. The analysis on the characteristics of a CMOS transistor will also be discussed. The basic designing of a VLSI circuit such as sketching the stick diagram, schematics and layout design will be learned. The basic IC fabrication process such as Thermal Oxidation, Photolithography, Etching, Dopant Diffusion and Metal Evaporation will be included as well. Towards the end of this course, studentsare exposed to the applications of these process of designing a VLSI circuit and the process it needs to be taken to fabricate it. During the laboratory sessions, students are expected to apply these design and fabrication process on the software that has been provided.

This course provides an in-depth coverage of systematical development and synthesis of digital system with emphasis on Field Programmable Gate Array (FPGA) technology. It covers with the proper planning techniques, design strategy and tools, functional verification and system implementation. The information gained can be applied to any digital design by using a top-down synthesis design approach. Through this course, student will be able to create digital design faster, shorten development time and lower the development costs.

This course introduces students to the principles of managing a project systematically. Several approaches and techniques of project management are covered in wide range of functions.

This course introduces students to the principles of managing a project systematically. Several approaches and techniques of project management are covered in wide range of functions.

COURSE TIMETABLE

19-DEC-16 09:13 AM


PEKAN

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

4

4

Year

BEE1223

BEE1971

BEE4273

BEE4712

BEE4724

Code

COMPUTER PROGRAMMING & APPLICATION

LOW VOLTAGE ELECTRICAL INSTALLATION

HIGH VOLTAGE DIRECT CURRENT & FACTS

ENGINEERING PROJECT I

ENGINEERING PROJECT II

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

03

01

01A

01B

01

Sec

MON

WED

MON

TUE

MON

TUE

THU

THU

WED

THU

THU

Day

08:00-08:5009:00-09:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5014:00-14:5015:00-15:5008:00-08:5009:00-09:50

16:00-16:5017:00-17:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

E00-F01E00-F01E00-F01

E10-F02BE00-F01

E10-F02BE00-F01

E10-F02BE00-F01

E10-F02BE00-F01E00-F01

E20-F20E20-F20E20-F20E20-F20E20-F20E20-F20

E22BK6E22BK6E22BK6E22BK6E30F21E30F21E30F21E30F21

Loc

BBBBBBBBBBBB

BBBBBB

LLLLBBBB

Mode

303030303030303030303030

303030303030

4040404020202020

100

Cap

NNNNNNNNNNNN

NNNNNN

YYYYYYYY

N

Exam Staff

0087 - MSBB

0537 - NBH

01317 - MIBMR

01317 - MIBMR

TBA0001 - ES(

0347 - AZBA

0347 - AZBA

0347 - AZBA

TBA

06/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BEE1313 BEE2223 BEE2233BEE2223 BEE2233

BEE1143 BEE2233 BEE2223

This course presents the C programming language for electrical and electronics engineer. The contents emphasis not only on the theoritical knowledge of programming but also the practical implementation in real-life situation. Students will learn basic structure of computer programming and exposed to method forbasic hardware-software interfacing.

This course introduces students to the single phase and three phase wiring installation. The students will learn about supply systems, rules and regulation, wiring systems and electrical protection system. They will practice in applying trunking and conduits for electrical wiring as well as installation of electrical system devices. Students also will conduct inspection and testing on their wiring installation as safety conformation and fulfill the regulations.

This course deals with the importance of HVDC transmission, analysis of HVDC converters, analysis of the FACTS and controllers. The topic also discusses on active and reactive power flow control and harmonics in HVDC systems.

This course introduces and exposes students to acquire and apply knowledge of sciences and electrical &electronics engineering fundamentals through individual project assessment. The students will learn how to identify, formulate and provide effective solution to engineering problem.

This course introduces students to acquire and apply knowledge of sciences and electrical & electronics engineering fundamentals through individual project assessment. The students will learn to design and

COURSE TIMETABLE

19-DEC-16 09:13 AM


NO TIMETABLE

Campus

DEGREE

Level

4

Year

BEE4724

BEE3333

Code

ENGINEERING PROJECT II

INTEGRATED ENGINEERING DESIGN

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01


300

300

Cap

N

N

Exam Staff

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

BEE4712

evaluate the performance of a system using integrated and interdisciplinary approaches.

This course introduces, educate and develop students to integrate their technical knowledge and generic skills gained in their first two years of study. The course includes complex electrical and electronics engineering problems and proposal of design systems, components or processes that integrate core areas. Students will be divided into small groups of three or four members to conduct project that integrates multi-disciplinary areas. Students are required to produce higher quality of product which considers environmental safety and sustainability.

COURSE TIMETABLE

19-DEC-16 02:34 PM

Faculty : FACULTY OF MECHANICAL ENGINEERING

PEKAN

Campus

DEGREE

Level

1

1

1

1

Year

BMM1312

BMM1511

BMM1523

BMM1532

Code


ENGINEERING MECHANICS LAB 1

ENGINEERING MATERIALS

STATICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

01

02

03

04

05

02

Sec

WED

THU

FRI

MON

TUE

THU

MON

TUE

WED

MON

THU

FRITHU

Day

09:00-09:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5016:00-16:50

16:00-16:5017:00-17:5016:00-16:5017:00-17:50

08:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5016:00-16:5016:00-16:5017:00-17:5017:00-17:5014:00-14:5014:00-14:5015:00-15:5015:00-15:50

15:00-15:5014:00-14:5015:00-15:50

Time

M21BK3

M00H1M00H1M00H1M00H1

M21BK8

M00H1M00H1M00H1M00H1

M11F6M20F9AM11F6

M20F9AM11F6

M20F9AM11F6

M20F9AM11F6

M20F9AM11F6

M20F9AM11F6

M20F9AM11F6

M20F9AM11F6

M20F9AM11F6

M20F9A

M20BK2M20BK2M20BK2

Loc

L

BBBBL

BBBB

BBBBBBBBBBBBBBBBBBBB

LLL

Mode

45

2525202045

22222323

3030303030303030303030303030303030303030

606060

Cap

N

NNNNN

NNNN


YYY

Exam Staff

01780 - ABMH

01780 - ABMH

01780 - ABMH

01663 - FBD

01663 - FBD

01663 - FBD

01772 - NABCL

01496 - SRABI

01772 - NABCL

0633 - RBJ

0652 - DNBAS

2078 - TK

Exam Schedule

Course Synopsis

Pre-Requisite

BMM1532 BMM1523 BMM1563

This course introduces to Computers and Computing Fundamentals, Program Structure, Printing, Comments, Variables, Arithmetic Operations, Math Functions, Input/Output, Control Stucture, Looping, Functions, Numeric Arrays, User Friendly Interface and their applications on solving engineering problems. C programming language is utilized in this course.

This lab introduces the engineering materials and statics principles through practicsl experiments. the covered topics for engineering materials experiments comprise steel microstructure microscopy, Brinell hardness test, Vickers hardness test, rapid quenching and tempering of plain carbon steel, creep test andimpact test. The statics experiments covered are forces resolutions in basic roof truss and crane jib, moments application in bell crank lever, precision friction measurement and friction forces on an inclined plane.

This course introduce students to the fundamentals of engineering materials which includes its application, atomic bonding, crystal structure, mechanical and physical properties, microstructure analysis, phase diagram, ferrous and non-ferrous alloys, polymer and advanced materials and issues in economic, environmental, societal of materials engineering.

An introduction to solving engineering static problem.Outline syllabus: force vector, equilibrium of particle and rigid body, friction effect on rigid body

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

1

1

1

1

Year

BMM1532

BMM1533

BMM1543

BMM1553

Code

STATICS

STRENGTH OF MATERIALS 1

STRENGTH OF MATERIALS

DYNAMICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

03

04

01

02

03

04

Sec

FRI

WED

FRI

THU

TUE

WEDFRITHU

MON

TUEFRITHU

TUE

WEDFRITHU

MON

TUEFRITHU

Day

10:00-10:5011:00-11:5011:00-11:5012:00-12:5015:00-15:5016:00-16:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5014:00-14:5015:00-15:50

Time

M21BK3M21BK3M20BK2M20BK2

DPMDPMDPMDPM

M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1

M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1M20BK1

Loc

LTLLLTLL

LLLLLLLLLLLL

LLLLLLLLLLLL

Mode

55550000

404040404040404040404040

151515202020202020151515

Cap

YYYYYYYY

YYYYYYYYYYYY

YYYYYYYYYYYY

Exam Staff

01678 - MHBY

TBA0001 - ES(

0633 - RBJ

2078 - TK

01496 - SRABI

TBA0001 - ES(

0633 - RBJ

2078 - TK

01496 - SRABI

TBA0001 - ES(

07/06/2017 - AM

06/06/2017 - PM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM1532 BMM1563

BMM1532 BMM1563

equilibrium, structural analysis, frame and machines, centroids, center of gravity and moment of inertia.

This course introduces the concept of stress, stress and strain under axial loading, torsion, pure bending, analysis and design of beams for bending, shearing stress in beams and thin-walled members, transformation of stress and mohr's circle.

This course introduces the concept of stress, stress and strain under axial loading, torsion, pure bending, analysis and design of beams for bending, shearing stress in beams and thin-walled members, transformation of stress and mohr's circle.

FOR BMM PROGRMME, STARTING BATCH 2014/2015 ONLY.

FOR BMA PROGRMME, STARTING BATCH 2014/2015 ONLY.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

1

1

1

1

Year

BMM1553

BMM1563

BMM1811

BMM1821

Code

DYNAMICS

STATICS

MECHANICAL LABORATORY 1


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

01

02

03

05

Sec

TUE

WEDFRITHU

MON

THU

FRI

WED

TUE

WED

MON

TUE

Day

08:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:50

10:00-10:5011:00-11:5011:00-11:5012:00-12:50

08:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5012:00-12:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5017:00-17:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5017:00-17:50

Time


M21BK3M21BK3M20BK2M20BK2

M30F3M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8BM30F3

M40F8B

Loc

LLLLLLLLL

LTLL

BBBBBBBBBBBBBBBBBBBBBBBB

Mode

606060606060606060

55555555

303030303030303030303030303030303030303030303030

Cap

YYYYYYYYY

YYYY

NNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff

0551 - MHBZ

2064 - NABNM

01681 - MHBP

01678 - MHBY

0812 - IBMS

01681 - MHBP

0375 - MRZBMS

0663 - AHBA

05/06/2017 - PM

07/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM1532 BMM1563

This subject covers topic in plane kinematics of rigid bodies, plane kinetics of rigid bodies and 3 dimensional of kinematics and kinetics of rigid bodies

An introduction to solving engineering static problem.Outline syllabus: force vector, equilibrium of particle and rigid body, friction effect on rigid body equilibrium, structural analysis, frame and machines, centroids, center of gravity and moment of inertia.

This course introduces students with safe working habits, identify common materials used in metal fabrication, reading blueprints, identification, care & use basic measuring instruments, layout methods & basic hand tools. Emphasis is placed on operation of drill press, lathe & pedestal grinder.

New code for batch 2014/2015 and batch 2015/2016 only.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

1

2

2

2

Year

BMM1821

BMA2312

BMA2523

BMM2433

Code


INTRODUCTION TO AUTOMOTIVE ENGINEERING

INTERNAL COMBUSTION ENGINE

ELECTRICAL & ELECTRONIC TECHNOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

04

05

01

02

01

02

Sec

TUE

WED

TUE

FRI

MON

WED

THU

MON

THU

FRI

Day

08:00-08:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5012:00-12:5015:00-15:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:50

10:00-10:5010:00-10:5011:00-11:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5010:00-10:5011:00-11:50

Time

M30F4M30F4M30F4M30F4M30F4M30F4M30F4M30F4M30F4M30F4M30F4M30F4

M30F5M30F5M30F5M30F5

M21BK3M21BK3M30F5M30F5

M20BK7M20BK7M30F24M30F24M30F24M30F24M30F24M30F24

Loc

BBBBBBBBBBBB

BBBBLLBB

LLBBBBBB

Mode

303030303030303030303030

3060306060603030

6060306030603030

Cap

NNNNNNNNNNNN

YYYYYYYY

YYYYYYYY

Exam Staff

0621 - HBAS

0808 - MZBS

0529 - WSBWH

0621 - HBAS

2093 - FYH

2093 - FYH

0611 - DAR

0611 - DAR

14/06/2017 - AM

05/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2673 BMM2673

This course introduces student basic application of the dial indicator, gauge block, gauges, measuring instruments, milling machines and processes, and surface grinding machines and processes.

This course introduces workshop safety, the workings of automotive engines and the supporting systems,the workings of the automotive electrical, electronic and HVAC systems, the operation of the drive train, and the whole automotive chassis.

This course provides the foundation understanding on the fundamental of internal combustion engine which including design, operating parameters, thermo-chemistry reaction for various combustion cycles, emission formation, effect to environment and its control method. By accomplish significance project suchas component assembly, flow, performance, emission test and etc. student own a platform to build up professional techniques to design, conduct and validating experiments.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

2

2

2

2

Year

BMM2433

BMM2513

BMM2533

BMM2613

Code

ELECTRICAL & ELECTRONIC TECHNOLOGY

THERMODYNAMICS 1

FLUIDS MECHANICS 1

COMPUTER AIDED DESIGN

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

03

03A

03B

01

01

02

03

Sec

MON

TUE

WED

THU

MON

TUE

WED

MON

THU

TUE

WED

TUE

WEDMON

TUEFRITHU

Day

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:50

10:00-10:5011:00-11:5011:00-11:5014:00-14:5015:00-15:5015:00-15:5009:00-09:5008:00-08:5009:00-09:50

Time

M20BK1M20BK1M12F12M12F12M12F12M12F12M20BK7M20BK7M12F12M12F12M12F12M12F12M20BK7M20BK7M12F12M12F12M12F12M12F12

M20BK2M20BK2M20BK2


Loc

LLBBBBLLBBBBLLBBBB

LLL

LLLLLLLLL

Mode

505020202525505023232222505022222323

555

606060606060606060

Cap

YYYYYYYYYYYYYYYYYY

YYY

YYYYYYYYY

Exam Staff

0137 - ARBR

0137 - ARBR

0137 - ARBR

01088 - MRBH

01088 - MRBH

01088 - MRBH

01778 - MAHBR

01778 - MAHBR

01778 - MAHBR

0519 - ABAK

0362 - MFBAR

01736 - AFBY

0812 - IBMS

06/06/2017 - AM

05/06/2017 - AM

09/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces fundamental of electric circuit, circuit network analysis, inductance, capacitance, magnetic field, transformer and DC motor. The electronics technology covers diodes, bipolar junction transistor (BJT), operational amplifiers and digital logic circuits.

This course focuses on the application of thermodynamics fundamentals in various engineering system including properties of pure substance, perpetual motion machine, first law, second law and entropy.

The objective of the course is to introduces knowledge and understanding about principle, properties and basic methods of fluid mechanics, and provide some understanding and analysis of some problems related to fluid mechanics. The subject covers topics such as concept of pressure and and flow with its application, stability of floating bodies, and fluid in motion analysis, fluid momentum analysis, flow measurement devices, fluid friction in piping system and dimensional analysis. The students are also expected to do mini project dealing with problem regarding the course outcomes

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

2

2

2

3

3

Year

BMM2613

BMM2673

BMM2683

BMA3623

BMM2521

Code


THERMODYNAMICS

APPLIED THERMODYNAMICS

ENGINE DESIGN


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

01

02

03

01

Sec

THU

TUE

MON

WED

THU

TUE

TUE

WEDFRITHU

MON

TUE

MON

WEDFRITHU

THUTUE

FRI

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5009:00-09:5008:00-08:5009:00-09:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5012:00-12:50

Time

M11F1AM11F1AM11F1AM11F1AM11F1AM11F1AM11F1AM11F1AM11F1AM11F1AM11F1AM11F1A



M21BK8M21BK8M21BK8

Loc

BBLLLLBBBBLL

LLLLLLLLL

LLLLLLLLL

LLL

Mode

303030303030303030303030

505050606060606060

505050505050505050

606060

Cap

NNNNNNNNNNNN

YYYYYYYYY

YYYYYYYYY

YYY

Exam Staff

0624 - MABH

0272 - RBD

0621 - HBAS

0519 - ABAK

0519 - ABAK

2184 - TKI

2184 - TKI

0138 - MYBT

2093 - FYH

01088 - MRBH

05/06/2017 - AM

13/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2673 BMM2513

BMM1543

This course introduces engineering drawing, fundamentals of drawing, introduction to CAD software, 2D & 3D drawing command, coordinate system, organizing the drawing and CAD drawing setting.

This course focuses on the application of thermodynamics fundamentals in various engineering system including properties of pure substance, perpetual motion machine, first law, second law and entropy.

This course focuses on the application of the thermodynamics knwoledge in various engineering systems.The subject covers the gas and vapour power cycles, refrigeration and heat pump, the complete air conditioning system, and the consepts of chemical reactions in combustion.

This course extends the knowledge on strength of materials towards engine components design which is divided into two parts. The first part introduces design of essential machine elements such as shafts, keys, bearings, gears, springs, permanent and non-permanent joints. Selection of rolling bearing, and sealing elements. Design of flexible mechanical elements (belts and chains), clutches, belts and pulleys. Further, the introduction of mechanical design process and the kinematic analyses of the internal combustion engine. Designs of essential engine components such as cylinder, piston, connecting rod, crankshaft, flywheel, valve train and camshaft are included. Finally, single and multi-cylinder engines¿ balancing is walked through.

This lab course introduces students to basic properties of material and kinetics and kinematics of Prerequisites for bacth 2008 and

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

3

3

Year

BMM2521

BMM2523

BMM2543

Code


THERMODYNAMICS 2

FLUIDS MECHANICS 2

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

05

01

02

03

Sec

TUE

WED

THU

FRI

MON

MON

WEDFRITHU

THUTUE

Day

08:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5008:00-08:5008:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5011:00-11:5010:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5011:00-11:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5009:00-09:5008:00-08:5009:00-09:5015:00-15:5014:00-14:5015:00-15:50

Time

M11F6M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9BM11F6

M20F9AM20F9B


Loc

BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB

LLLLLLLLL

Mode

303030303030303030303030303030303030303030303030303030303030

101010101010101010

Cap

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

YYYYYYYYY

Exam Staff

2078 - TK

01068 - WABWH

0633 - RBJ

0612 - JBA

0491 - SBMS

2184 - TKI

0138 - MYBT

2093 - FYH

05/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM1533 BMM1553 BMM1543 BMM1553

BMM2513

particles and rigid bodies through a series of experiment. Students will conduct experiment of tensile, compression, torsion, fatigue, bending moment, shearing stress, transformations of stress and strain in material lab. Experiment on dynamic aspect includes projectile, pendulum, inertia in rotational motion androlling disc on a incline plane. Students will learn experimental technique, data collection, analysis of results and presentations of results.

This course focuses on the application of the thermodynamics knwoledge in various engineering systems.The subject covers the gas and vapour power cycles, refrigeration and heat pump, the complete air conditioning system, and the consepts of chemical reactions in combustion.

below are BMM1543.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

3

3

3

Year

BMM2543

BMM2582

BMM2583

BMM3011

Code

FLUIDS MECHANICS 2



ENGINEER & SOCIETY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

01

02

03

01

Sec

FRIWED

MON

THUTHUTUE

MON

WEDFRITHU

THUTUE

MON

WEDFRITHU

THUTUE

THU

Day

09:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5011:00-11:5014:00-14:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5011:00-11:5008:00-08:5008:00-08:5009:00-09:5016:00-16:5016:00-16:5017:00-17:50

10:00-10:5011:00-11:5011:00-11:5008:00-08:5008:00-08:5009:00-09:5016:00-16:5016:00-16:5017:00-17:50

12:00-12:50

Time




M00DK1

Loc

LLLLLLLLL

LLLLLLLLL

LLLLLLLLL

L

Mode

606060606060606060

000000101010

505050505050404040

60

Cap

YYYYYYYYY

YYYYYYYYY

YYYYYYYYY

N

Exam Staff

1965 - ANO

0808 - MZBS

0666 - ABAA

0652 - DNBAS

1984 - JPS

1984 - JPS

0652 - DNBAS

1984 - JPS

1984 - JPS

VP0012 - HBI

15/06/2017 - AM

13/06/2017 - PM

13/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2533

BMM1543 BMM1563 BMM1533 BMM1532

BMM1533 BMM1563

This course provides the students with the principal concepts and methods of fluid mechanics. The topics covered include flow over immersed bodies, boundary layer analysis, compressible fluids flow, and application in pumps and turbines. Students will work to formulate the models necessary to study, analyze, and design fluid systems through the application of these concepts, and to develop the problem-solving skills essential to good engineering practice of fluid mechanics in practical applications.

This course introduces students to analyze shearing stresses in beams and thin-walled members ,transformations of stress and strain state , stresses under combined loadings on rectangular and round members, deflection of beams, buckling of columns, bending of thin plates.

This course introduces students to analyze shearing stresses in beams and thin-walled members ,transformations of stress and strain state , stresses under combined loadings on rectangular and round members, deflection of beams, buckling of columns, bending of thin plates.

This course introduces the history of science and technology; the engineering profession and the role andresponsibilities of mechanical engineers. Students are reminded of their future responsibilities through abiding closely the code of ethics, code of conduct and code of practice well laid out for engineers. The course incudes narration of the status and growth of selected local industry, job opportunities in both government and private sectors, the law that governs the engineering profession, the importance of engineering societies and organisations, as well as exposure to the route to become a professional engineer. Throughout the course students are exposed to the challenges that future engineers face in thischanging world with regards to environment and sustainability, and entrepreneurial opportunities that they could identify in meeting and coping up with these challenges. External speakers (e.g. from IEM, BEM, and CIDB) will be invited to provide real-life lectures to the students.

THIS CODE FOR BATCH 2013 AND ABOVE ONLY.

THIS CODE IS START FROM BACTH 2014 ONLY.

For batch 2010-2013 only.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

3

3

3

Year

BMM3023

BMM3511

BMM3513

BMM3521

Code

ENGINEERING MANAGEMENT & SAFETY

ENGINEERING THERMO-FLUID LAB

HEAT TRANSFER

ENGINEERING FLUIDS MECHANICS LAB

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

01

02

03

01

02

03

04

Sec

THUTUE

MON

WED

MON

TUETHUTUE

FRITHU

MON

TUE

WED

THU

Day

11:00-11:5011:00-11:5012:00-12:50

14:00-14:5014:00-14:5015:00-15:5015:00-15:5008:00-08:5008:00-08:5009:00-09:5009:00-09:50

08:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5016:00-16:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5014:00-14:5015:00-15:50

Time

M00DK1M00DK1M00DK1

M10F10M10F25M10F10M10F25M10F10M10F25M10F10M10F25



Loc

LLL

BBBBBBBB

LLLLLLLLL

BBBBBBBB

Mode

606060

3030303030303030

606060606060606060

3030303030303030

Cap

NNN

NNNNNNNN

YYYYYYYYY

NNNNNNNN

Exam Staff

0575 - MRBM

01774 - MABH

0519 - ABAK

0607 - WABWH

0141 - AABA

0607 - WABWH

01774 - MABH

0808 - MZBS

2184 - TKI

0362 - MFBAR

05/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2543 BMM2673

BMM2673 BMM2513 BMM2523

BMM2543 BMM2533

This course covers the basic management knowledge, safety and engineering economy. The management part will examine key issues in project management and organization. OSHA 1994, Factories and Machinery Act 1967, and basic principles of accident prevention and occupational health will be covered in safety part. In engineering economy, students are exposed to engineering economic principles and method of engineering economic analysis. At the end, student will manage and engineeringproject, implement an effective safety program and also perform engineering economic analysis.

This lab introduces the students to fundamental concepts of thermo-fluid mechanics, and heat transfer experimentation, from the virtual instrumentation and data acquisition requirements to subsequent data analysis techniques. It cover the areas of properties of first law and second law of thermodynamics, ideal gas law and perfect gas characteristics, flow patterns over different immersed bodies, fluid flow determination and validation of Bernoulli¿s theorem, friction losses in pipes, heat conduction and heat convection.

The basic modes of thermal energy transfer viz., conduction, convection and radiation are introduced withemphasis on understanding the fundamental concepts to be used in solving real-life problems. The applicability of 1-D heat conduction in various geometries, the validity of one dimensional heat conductionin fins, the distinction between steady and unsteady states, the concept of boundary layer, the analogy between fluid flow and convective heat transfer, the distinction between free and forced convection, the properties of materials which are responsible for energy transfer by radiation, the principles in the design of heat exchangers with emphasized on fundamental concepts.

This lab introduces the students to fundamental concepts of fluid mechanics experimentation, from the virtual instrumentation and data acquisition requirements to subsequent data analysis techniques. The fields of study being emphasized include topics such as flow pattern over different immersed bodies, friction losses in pipes, turbomachinery and pump performance analysis.

FOR BATCH 2014/2015 & 2015/2016 ONLY.

FOR BMA PROGRAM ONLY (STARTINGBATCH 2014).

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

3

3

3

Year

BMM3531

BMM3532

BMM3553

BMM3562

Code

ENGINEERING THERMODYNAMICS LAB

MEASUREMENT & INSTRUMENTATION

MECHANICAL VIBRATIONS

FINITE ELEMENT METHOD

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

04

05

01

02

03

01

01A

01B

02

02A

02B

03

03A

03B

Sec

MON

TUE

THU

FRI

MON

TUE

THU

MONTUE

THU

FRI

FRITHU

MON

WED

MON

TUEWED

THU

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:50

09:00-09:5008:00-08:5009:00-09:5009:00-09:50

09:00-09:50

11:00-11:5010:00-10:5011:00-11:5011:00-11:50

11:00-11:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:50

15:00-15:50

Time


M20BK2M20BK2M20BK2M20BK2M21BK8M21BK8

M20BK7M20BK7M20BK7M10F22

M10F22


M10F22


M10F22

Loc

BBBBBBBB

LLLLLL

LLLB

B

LLLB

B

LLLB

B

Mode

3030303030303030

606060606060

60606030

30

60606030

30

60606030

30

Cap

NNNNNNNN

YYYYYY

YYYY

Y

YYYY

Y

YYYY

Y

Exam Staff

0519 - ABAK

0138 - MYBT

0519 - ABAK

01495 - MFBB

0626 - MFBH

0626 - MFBH

0551 - MHBZ

01038 - CKENBCKH

01038 - CKENBCKH

01038 - CKENBCKH

0738 - ZBM

0738 - ZBM

0738 - ZBM

0139 - MSBMS

0139 - MSBMS

0139 - MSBMS

14/06/2017 - AM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2513 BMM2523 BMM2673

BMM1532 BMM1553 BMM1563

This lab introduces practical applications in thermodynamics and heat transfer disciplines. It cover the areas of properties of pure substance, first law and second law of thermodynamics, ideal gas law and perfect gas characteristics, gas compressors, refrigeration cycles, heat conduction, heat convection, as well as heat radiation.

This course introduces the principles of measurement, signal analysis and provide the students hands-on laboratory experiences with a variety of transducers and instruments (including `virtual instruments¿). Students also expose how to write substantial, professional, computer-generated technical reports.

This course introduces fundamental of vibration, un-damped vibration single degree of freedom (SDOF), damped vibration single degree of freedom (SDOF), two degree of freedom (2DOF) multi degree of freedom (MDOF) and some applications of vibrations in engineering.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

3

Year

BMM3562

BMM3611

Code

FINITE ELEMENT METHOD

MANUFACTURING PROCESSES LAB

Course Name Remark

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

03

03A

03B

Sec

MON

TUE

WED

TUE

MON

WED

THU

MON

FRI

Day

09:00-09:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5011:00-11:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5016:00-16:50

16:00-16:5017:00-17:5015:00-15:5016:00-16:50

Time

M22BK5

M11F1BM11F1BM11F1BM11F1BM22BK5

M11F1BM11F1BM11F1BM11F1BM22BK5

M11F1BM11F1BM11F1BM11F1B

Loc

L

BBBBL

BBBBL

BBBB

Mode

50

2525252550

2525252550

25252525

Cap

N

NNNNN

NNNNN

NNNN

Exam Staff

0213 - JBM

0213 - JBM

0213 - JBM

0213 - JBM

0563 - ASBS

0213 - JBM

01146 - MABMR

0563 - ASBS

0563 - ASBS

Exam Schedule

Course Synopsis

Pre-Requisite

BMM1563 BMM1533 BMM1532 BMM1533 BMM1563 BMM1543

This course covers the basics of Finite Element Method, some related mathematics and continuum mechanics, theory of Finite Element Method (FEM), application of FEM to solving solid mechanics, structural problems and finite element analysis of real world problems using FE software(s).

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

Year

BMM3611

Code


Course Name Remark

SEM 2 16/17

Sem

01

02

Sec

MON

MON

Day

10:00-10:5010:00-10:5010:00-10:5010:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5011:00-11:5011:00-11:5011:00-11:5011:00-11:5012:00-12:5012:00-12:5012:00-12:5012:00-12:5012:00-12:5012:00-12:5010:00-10:5010:00-10:5010:00-10:5010:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5011:00-11:5011:00-11:5011:00-11:5011:00-11:5012:00-12:5012:00-12:5012:00-12:5012:00-12:5012:00-12:5012:00-12:50

Time

M10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8A

Loc

BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB

Mode

303030303030303030303030303030303030303030303030303030303030303030303030

Cap

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff

0575 - MRBM

0663 - AHBA

Exam Schedule

Course Synopsis

Pre-Requisite

BMM3643 NXUBMM3643

This lab provides hands-on experience on manufacturing actvities and equipment through a series of laboratory exercises with emphasied on safety requirements, work with engineering materials and processing tools. In each lab, manufactuirng process will be thorougly explained. This course develops skills in writing technical report.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

Year

BMM3611

Code


Course Name Remark

SEM 2 16/17

Sem03

04

05

SecTUE

TUE

WED

Day14:00-14:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5016:00-16:5016:00-16:50

TimeM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8AM10F2M40F15M40F16M40F17M40F19M40F8A

LocBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB

Mode303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030

CapNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

Exam Staff0575 - MRBM

0375 - MRZBMS

0992 - MAS

Exam Schedule

Course Synopsis

Pre-Requisite

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

3

3

Year

BMM3613

BMM3623

BMM3633

Code

AUTOMATIC CONTROL

MECHANICAL DESIGN

INDUSTRIAL ENGINEERING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

03

03A

03B

01

02

03

01

02

03

Sec

MON

WEDTUE

THU

TUE

WEDMON

FRI

FRITHU

MON

TUE

FRITUE

FRITHU

MON

THU

TUE

WEDFRITHU

MON

TUE

Day

08:00-08:5009:00-09:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

09:00-09:5008:00-08:5009:00-09:5011:00-11:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5017:00-17:50

08:00-08:5009:00-09:5009:00-09:5011:00-11:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:50

Time

M21BK4M21BK4M21BK4M12F13M12F13M12F13M12F13M21BK4M21BK4M21BK4M12F13M12F13M12F13M12F13M21BK4M21BK4M21BK4M12F13M12F13M12F13M12F13



Loc

LLLBBBBLLLBBBBLLLBBBB

LLLLLLLLL

LLLLLLLLL

Mode

505050252525255050502525252550505025252525

606060606060606060

606060606060606060

Cap

YYYYYYYYYYYYYYYYYYYYY

YYYYYYYYY

YYYYYYYYY

Exam Staff

1486 - GP

1486 - GP

1486 - GP

01565 - UKBJ

01565 - UKBJ

01565 - UKBJ

0273 - FRBMR

0273 - FRBMR

0273 - FRBMR

01068 - WABWH

01610 - DMNBDI

1372 - MMR

0814 - SHBT

0814 - SHBT

0640 - NSBMS

07/06/2017 - AM

13/06/2017 - AM

15/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM1553

BMM1563 BMM1543 BMM1532 BMM1533 BMM1563 BMM1533

BMM2583

This course introduces linear, time-invariant (LTI) control system modeling, analysis and design. The covered topics are frequency domain modeling of mechanical and electro-mechanical systems; time response analysis, frequency response analysis, stability analysis and steady-state analysis. Control system design and analysis using PID controller technique.

Introduction to design of machine elements, static and fatigue failure theories analyses of the implementation of machine components are covered. Design of machine elements such as shafts, keys, bearings, gears, springs, screws and fasteners, bolted and permanent joints. Selecting rolling bearing, sealing elements, lubrication of the speed reducer. Design of flexible mechanical elements (belts and chains), clutches, brake and coupling.

This course introduces Industrial engineering, productivity, total quality management lean manufacturing, work study, human factors engineering, production planning and control, inventory management and engineering management.

Pre-requisite for batch starting 2014 is BMM2583.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

3

3

4

4

4

4

Year

BMM3643

BMM4022

BMA4703

BMA4713

BMA4723

BMA4733

Code

MANUFACTURING PROCESSES

PROJECT MANAGEMENT

AUTOMOTIVE TECHNOLOGY

INTERNAL COMBUSTION ENGINE

VEHICLE DYNAMICS

AUTOMOTIVE DESIGN & STYLING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

01

01

01A

01

Sec

TUE

WEDFRITHU

MON

THU

WED

FRIWED

THUTUE

WED

FRITHU

TUE

Day

08:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:50

11:00-11:5012:00-12:50

08:00-08:5008:00-08:5009:00-09:50

11:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

09:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time


M00DK1M00DK1

FKM L1FKM L1FKM L1

M22BT8M22BT8M22BT8M30F24M30F24

M22BT8M22BT8M22BT8

M30F21CM30F21C

Loc

LLLLLLLLL

LL

LLL

LLLBB

LLLBB

Mode

606060606060606060

100100

303030

3030303030

3030303030

Cap

YYYYYYYYY

NN

YYY

YYYYY

YYYYY

Exam Staff

0992 - MAS

0306 - SNABSA

0663 - AHBA

0282 - ZBG

01583 - ABA

0243 - RBAB

0243 - RBAB

01681 - MHBP

08/06/2017 - AM

08/06/2017 - PM

07/06/2017 - PM

09/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2523

BMM1553

This course introduces students to manufacturing processes used for converting raw materials into finished products. Various processes, machinery, and operations will be examined with emphasis placed on understanding engineering materials and processing parameters that influence design considerations, product quality, and production costs. Sustainable manufacturing process will be discussed in student project presentation.

This course introduces the project management concepts in order to enhance the skills and managerial abilities and provide a holistic and integrative view of project management. The covered areas for project management are strategic management, organization structure and culture, project management, cost estimating and budgeting and project plan.

This course provides the complete foundation and working principles on the automotive technology which including workshop safety, tools, chassis, body, powertrain, auxiliary system, electrical & electronic, vehicle safety, HVAC, drivetrain, tires, suspension, steering and braking unit. In addition, significant projects are match with fundamental topics for practical utilization of techniques, skills and tools to solve engineering issues.

This course provides the foundation understanding on the fundamental of internal combustion engine which including design, opetaing aprameters, thermo-chemistry reaction for variuos combustion cycles, emission formation, effect to enviroment and it control method. By accomplish significant project such as component assembly, flow, perforamce, emission test and etc, student own a platform to build up professional technique to design and conduct validating experiment.

This course focuses on the fundamentals of vehicle dynamics, vehicle acceleration and braking performance, mechanics of pneumatic tires, vehicle ride, cornering characteristics, suspension and steering system behavior. By accomplish a series of laboratories such as car handling, acceleration, braking, double lane change and suspension performance, student are able to build up independent skill in design, conduct and validate experiment results.

This course introduces fundamental techniques of vehicle styling and the component associated such as

FOR BATCH 2011-2013 ONLY.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

4

4

4

4

4

Year

BMA4733

BMA4823

BMM4021

BMM4623

BMM4693

Code

AUTOMOTIVE DESIGN & STYLING

ENERGY EFFICIENT VEHICLE

ENGINEER AND SOCIETY

MECHANICAL SYSTEM DESIGN

BIOMECHANICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

02

Sec

MON

THU

TUE

THUTUE

THU

FRI

FRI

Day

14:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:50

11:00-11:5010:00-10:5011:00-11:50

12:00-12:50

14:00-14:5015:00-15:5016:00-16:5017:00-17:5014:00-14:5015:00-15:5016:00-16:5017:00-17:50

Time

M30F21BM30F21BM30F21BM30F21BM21BT5

M30F21CM30F21CM30F21C

M00DK1

M00DK1M00DK1M00DK1M00DK1M00DK1M00DK1M00DK1M00DK1

Loc

BBBBL

LLL

L

LLLLLLLL

Mode

3030303030

303030

50

6060606060606060

Cap

NNNNN

NNN

N

NNNNNNNN

Exam Staff

0611 - DAR

0357 - GLM

VP0012 - HBI

0638 - MBMN0817 - KAK

0638 - MBMN0817 - KAK

Exam Schedule

Course Synopsis

Pre-Requisite

BMM3623 BMM1533 BMM1532

NXUBMM3623 BMM2582 BMM1533

BMM2582 BMM1543 BMM1563

sketching, rendering, surfacing as well as model making. During the course students are exposed to techniques in automobile styli9ng design through basic concepttual sketches, finished rendering, 2D and 3D graphic and clay model.

Energy Efficient Vehicle is a concept developed to categorie the green technology according to the natureand alternative energy utilization and control. The course introduces and differential the renewable, alternative and sustainable boundary for new technology that coul enhance the performance and emission control of automotive. A specific and detail case study on state-of-the-art hybrid electric vehicle system also included to allow the implementation of different technology for future automobile application

This course introduces the history of science and technology; the engineering profession and the role andresponsibilities of mechanical engineers. Students are reminded of their future responsibilities through abiding closely the code of ethics, code of conduct and code of practice well laid out for engineers. The course incudes narration of the status and growth of selected local industry, job opportunities in both government and private sectors, the law that governs the engineering profession, the importance of engineering societies and organisations, as well as exposure to the route to become a professional engineer. Throughout the course students are exposed to the challenges that future engineers face in thischanging world with regards to environment and sustainability, and entrepreneurial opportunities that they could identify in meeting and coping up with these challenges. External speakers (e.g. from IEM, BEM, and CIDB) will be invited to provide real-life lectures to the students.

This course prepares a detailed comprehensive design project considering the different stages of their design, manufacturing and assembly. The students will learn about project management, communication,documentation, working in teams, design methodology. Design of mechanical engineering systems components, including problem definition, analysis, and synthesis, and develop a computational as well as the physical model of their design. The projects challenge students to apply the knowledge and skills they learned throughout their degree to real-world problems. Application of the design process to solve an engineering problem which includes interdisciplinary parameters such as human factors, engineering economy, safety, environmental, and societal aspects of their design, etc. The students work in small teams under the close supervision of faculty members. Each team produces detailed drawings, comprehensive specifications, a presentation, and a prototype of the proposed design. They also write design reports and prepare posters describing their work. All reports are expected to meet professional standards.

For batch starting 2014 only.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

4

4

4

4

4

4

Year

BMM4693

BMM4703

BMM4723

BMM4733

BMM4783

BMM4793

Code

BIOMECHANICS

HYDRAULICS AND PNEUMATICS

MECHANISM DESIGN

POWER PLANT TECHNOLOGY

COMPUTATIONAL FLUID DYNAMICS

WELDING AND JOINING TECHNOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01A

01

01

01

Sec

THU

WED

MON

WED

MON

TUE

THU

TUE

FRI

MON

Day

14:00-14:5015:00-15:5014:00-14:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:50

15:00-15:5016:00-16:5016:00-16:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:50

Time

M12F27M12F27M12F27

M21BT5M21BT5M12F13M12F13

M22BK5M22BK5M22BT8M22BT8

M22BT8M22BT8M22BT8

M11F1BM11F1BM21BT5M21BT5

Loc

LLL

LLBB

LLLL

LLL

BBLL

Mode

303030

30303030

30303030

303030

30303030

Cap

YYY

YYYY

YYYY

YYY

NNNN

Exam Staff

01565 - UKBJ

0292 - MFFBAR

0292 - MFFBAR

0305 - MFBG

01495 - MFBB

1965 - ANO

13/06/2017 - AM

06/06/2017 - AM

08/06/2017 - AM

08/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2543

BMM1553 NXUBMM3623 BMM1553 BMM3623

BMM2523 BMM2543

BMM1312 BMM2543 BMM1313

This course introduces the principles and application of biomechanics, statics, dynamics, kinetics and identifies instrumentation used for measuring kinetics and kinematics quantities. Concept and theories of human skeletal, human upper and lower extremities and human spine from a biomechanical perspective.

This course introduces hydraulic system, hydraulic components, hydraulic system design, pneumatics system, pneumatic components, pneumatic system design, electro fluid power system and its design, as well as programmable logic controller (PLC) and its design. The hydraulic section will covers on introductory of fluid power, hydraulic systems and components, as well as basic fluid-related measurements. This course also introduces the hydraulic circuit design, including electro-hydraulics circuit. In the pneumatics section, students will be able to calculate pneumatic problems using basic gas laws, as well as explain the pneumatic systems and components. For the pneumatic circuit design section, students will be able to design and analyze basic and multiple pneumatic circuits as well as electro-pneumatic circuits. Lastly, in the programmable logic control section, students will learn to explain the components of Programmable Logic Controller (PLC) and will be able to design, analyze and integrate basic and repeated sequence of ladder diagram with hydraulic components.

This course introduces the fundamental and design of mechanism. Theory of mechanism will be carried out in series of lectures and analysis and design of mechanism will be carried out in integrated project. Topics that will be covered are mechanisms and kinematics, vector and position analysis, velocity analysis, acceleration analysis and cam design

This course discusses power plant systems such as steam turbines, gas turbines, combined cycle power plants and sustainable energy power systems. This course also covers fuels and combustions, economics of power generation, and environmental issues on power generation.

This subject is to introduce the fundamental and application of simulation of fluid mechanics phenomenonand solving fluids problem via simulation. Holistic approaches of programming and commercial software are essentials towards solving, analyzing and evaluating the results of fluid mechanics problem-based simulation. The objective of this subject is to provide the basic of simulation focusing on fluid problem which is from mathematical model such as Navier Stokes equation and solve it numerically with the aid ofprogramming software. The next step is to understand and utilize commercial software to solve engineering fluid problem base on actual physical shape appearance which is more complex boundaries.

This course will have Final Exam.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

Campus

DEGREE

Level

4

4

4

4

4

4

Year

BMM4793

BMM4803

BMM4813

BMM4833

BMM4843

BMM4853

Code

WELDING AND JOINING TECHNOLOGY

CORROSION SCIENCE AND ENGINEERING

ERGONOMICS

QUALITY ENGINEERING

PLASTICS INJECTION TECHNOLOGY

AIR CONDITIONING AND REFRIGERATION

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

MON

THU

MON

TUE

THU

TUE

MON

THU

THUTUE

WED

Day

10:00-10:5011:00-11:5010:00-10:50

08:00-08:5009:00-09:5009:00-09:50

14:00-14:5015:00-15:5015:00-15:50

14:00-14:5015:00-15:5014:00-14:50

10:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5010:00-10:5011:00-11:50

Time

M22BT8M22BT8M22BT8

M22BT8M22BT8M22BT8

FKM L1FKM L1FKM L1

M21BT5M21BT5M21BT5

M11F1AM40F18M40F18M40F18M40F18M21BT5M21BT5

Loc

LLL

LLL

LLL

LLL

LBBBBLL

Mode

303030

303030

303030

303030

30303230323030

Cap

YYY

YYY

YYY

YYY

YYYYYYY

Exam Staff

0151 - MBI@M

0612 - JBA

0640 - NSBMS

0992 - MAS

0529 - WSBWH

14/06/2017 - AM

09/06/2017 - AM

16/06/2017 - PM

15/06/2017 - AM

14/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM3643

BMM3633

BMM2613 BMM1811 BMM1821

This course introduces about joining and welding technology. The topic includes the overview of joining & welding processes, the fusion welding, arc physics, solid state welding, welding design, welding defects and its countermeasure. It also includes quality management system in welding and defect detection.

The course is aimed to investigate the fundamental causes of corrosion problems and materials failures. Emphasis on studying electrochemical reactions of corrosion process, material selections and corrosion protections. In the laboratory, students involve with experiments to evaluate corrosion reactions, environmental failures, and basic methods for protection of materials.

This course introduces students to ergonomics principles and their application in the design of work, equipment and the workplace. Consideration is given to musculoskeletal disorders, manual handling, and ergonomics aspects of the workplace.

This course introduces students with basic knowledge on quality control engineering and management. It is also introduce the statistical tools and techniques to monitor, control and improve product, process quality and expose students the concept of integrating human and technical aspects for managing quality itself.

This course is an introduction to the plastic injection mould design for producing thermoplastic materials. It focuses on the basic of plastic injection mould and its¿ machine, proper selection of thermoplastic materials, calculation and design of mould based on the proposed plastic product design. It uses CAD software for designing and modeling of the mould and uses CAE Moldflow simulation tool to optimize the correlation of the mould design with the injection moulding process. Designed mould would be fabricated and plastic products are produced by injecting the fabricated mould with plastic injection moulding machine.

New elective courses for BMM program.

COURSE TIMETABLE

19-DEC-16 02:34 PM


PEKAN

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

4

4

4

4

Year

BMM4853

BMM4893

BMM4912

BMM4924

BMM4704

BMM4823

BMM3996

Code

AIR CONDITIONING AND REFRIGERATION

MECHANICS OF COMPOSITE MATERIALS

FINAL YEAR PROJECT 1


INTEGRATED DESIGN PROJECT

PRODUCTION PLANNING CONTROL

INDUSTRIAL TRAINING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01 BMM

01

01

01

01

01

Sec

FRIWED

MON

TUE

MON

WED

FRI

MON

THU

Day

10:00-10:5010:00-10:5011:00-11:50

14:00-14:5015:00-15:5016:00-16:50

13:00-13:50

15:00-15:5016:00-16:5017:00-17:50

14:00-14:5015:00-15:5016:00-16:5017:00-17:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:50

Time

M22BT8M22BT8M22BT8

FKM L1FKM L1FKM L1

M00DK1

M00DK1M00DK1M00DK1

M00DK1M00DK1M00DK1M00DK1

M22BT8M22BT8M21F7M21F7

Loc

LLL

LLL

L

LLL

LLLL

LLBB

Mode

303030

303030

60

300300300

100100100100

30303030

Cap

YYY

YYY

N

NNN

NNNN

YYYY

Exam Staff

0817 - KAK

0367 - MRBMR

0611 - DAR0666 - ABAA

0611 - DAR0666 - ABAA

0638 - MBMN0817 - KAK

0635 - ANBMR

13/06/2017 - PM

16/06/2017 - AM

15/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2683 BMM2523

BMM4912

NXUBMM3623 BMM3623 BMM2583

BMM1533BMA3623 BMM1543

BMM1563

BMM3633

The course content covers the topics such as basic heat transfer, and the working fluid thermodynamics, vapour compression and absorption system of refrigeration, psychrometric charts and its use, cooling loadcalculations, study of air conditioning components, ducting and piping, pumps and fans and blowers, cooling coils and dehumidification process, expansion valves, evaporation and condensation process, temperature control systems; noise and vibration controls in air conditioning. The practical project work will include design and calculate the cooling load requirement of a building air conditioning system using PBL methodology.

This course introduces students to current views and theories in polymer based composite materials, on the types of materials, production methods, quality assurance, failure analysis, test methods and the mechanics of lamina and laminated composites.

The final year project focuses on the real professional approach to engineering studies. Students will utilise their engineering knowledge and technical skill from the previous training to solve engineering and for integration of subject areas is strongly encouraged throughout the program.

The final year project focuses on the real professional approach to engineering studies. Students will utilise their engineering knowledge and technical skill to solve an engineering problems. For this reason, the use of projects as a transport for teaching and for integration of subject area is strongly encouraged throughout the programme.

This course introduces production planning and control, forecasting, aggregate planning, production scheduling, Just-in-Time production, inventory management, material requirements planning. Simulation on production operation using Witness software is assigned.

COURSE TIMETABLE

19-DEC-16 02:34 PM


NO TIMETABLE

Campus

DEGREE

Level Year

BMM3996

Code

INDUSTRIAL TRAINING

Course Name Remark

SEM 2 16/17

Sem

01BMM

02BMA


180

70

Cap

N

N

Exam Staff

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

BMM2582 BMM2523 BMM3643

BMM2583 BMM2543

This training exposes the students to professional skills and experience in aspect of mechanical engineering practice. The exposure will help to produce an excellent, responsible and good attitude.

Pre-requisites 1 : BMM2582/BMM2583, BMM2523 and BMM3643 (credit taken only)Pre-requisites 2 : more than 70 credit taken.

COURSE TIMETABLE

21-DEC-16 12:10 PM

Faculty : FACULTY OF COMPUTER SYSTEMS & SOFTWARE ENGINEERING

GAMBANG

Campus

DEGREE

Level

1

1

1

Year

BCI1023

BCI1143

BCM2023

Code

PROGRAMMING TECHNIQUES

PROBLEM SOLVING

FUNDAMENTAL OF DIGITAL MEDIA MEDIA DESIGN

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

03

03A

03B

04

04A

04B

05

05A

05B

06

06A

01

01A

01B

Sec

MON

TUE

WED

TUE

WED

TUE

MON

TUE

WED

FRI

MON

FRI

TUE

FRI

TUE

MON

TUE

MON

MON

FRI

Day

10:00-10:5011:00-11:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5014:00-14:5015:00-15:5010:00-10:5011:00-11:50

Time

Z01-0009Z01-0009

FSK20FSK20FSK23FSK23

Z01-0002Z01-0002


Z01-0005Z01-0005


Z01-0003Z01-0003


Z01-0008Z01-0008


Z01-0006Z01-0006

FSK20FSK20

Z01-0004Z01-0004


Loc

LLBBBBLLBBBBLLBBBBLLBBBBLLBBBBLLBB

LLBBBB

Mode

60603030303060603030303060603030303060603030303060603030303030303030

606030303030

Cap

YYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYY

YYYYYY

Exam Staff

01100 - ZRBMA

01100 - ZRBMA

01100 - ZRBMA

01100 - ZRBMA

01679 - SFBK

0060 - MNBMK

0059 - MRBR

0059 - MRBR

0059 - MRBR

0059 - MRBR

01679 - SFBK

0374 - SBA

01746 - MABI

01195 - MHBMH

01195 - MHBMH

2309 - FE

2309 - FE

01805 - NABS

01805 - NABS

01805 - NABS

15/06/2017 - PM

13/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course expose to the students with the appropriate computing methods in solving problem through programming approach, which consists of programming design, algorithm, pseudo code, flow chart and logic structure.

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

Year

BCM2023

BCN1043

BCN2053

BCS1023

Code

FUNDAMENTAL OF DIGITAL MEDIA MEDIA DESIGN

COMPUTER ARCHITECTURE & ORGANIZATION

OPERATING SYSTEMS


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01C

01

01A

01B

02

02A

02B

01

01A

01B

02

02A

02B

Sec

MON

MON

TUE

WED

MON

THU

TUE

THU

MON

TUE

THU

MON

TUE

FRI

MON

THU

Day

10:00-10:5011:00-11:5014:00-14:5015:00-15:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

Z01-0005Z01-0005

FSK16FSK16FSK16FSK16FSK16FSK16

Z01-0002Z01-0002FSK7BFSK7BFSK7BFSK7B

Z01-0002Z01-0002FSK7BFSK7BFSK7BFSK7B

Z01-0006Z01-0006

FSK1FSK1FSK1FSK1

Z01-0006Z01-0006

FSK1FSK1FSK1FSK1

Loc

LLBBBBBB

LLBBBBLLBBBB

LLBBBBLLBBBB

Mode

9090303030303030

606030303030606030303030

606030303030606030303030

Cap

YYYYYYYY

YYYYYYYYYYYY

YYYYYYYYYYYY

Exam Staff

01478 - NBS

01511 - RBM

01478 - NBS

01478 - NBS

01679 - SFBK

01679 - SFBK

2329 - MR

2329 - MR

2329 - MR

2329 - MR

2199 - HT

2199 - HT

2199 - HT

2287 - MSA

2287 - MSA

2287 - MSA

15/06/2017 - AM

07/06/2017 - PM

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course discusses the component, structure and function of a computer. It expose student with the architecture and organization of a computer. This subject covers on the numbering system and the representation of data, the internal and external computer communication through system buses and Input and Output, computer storage, internal architecture of Central Processing Unit, Logic Gates and Boolean Algebra. Assembly languages are expose to student for better understanding of the computer structure and component as a whole.

This subject introduces the various data and control structures necessary for the design and implementation of modern computer operating systems. Memory, Processor, File, Device and Network Management are explored as the basic of all Operating Systems.

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

1

1

1

2

Year

BCS1023

BCS1093

BCS1133

BCI2023

Code


DATA STRUCTURE & ALGORITHMS

SYSTEMS ANALYSIS & DESIGN

DATABASE SYSTEMS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

01

01A

01B

01

02

03

1A

1B

2A

2B

3A

3B

Sec

WED

THU

THU

MON

TUE

FRI

MON

TUE

WED

WED

TUE

WED

MON

TUE

THU

MON

MON

THU

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5015:00-15:5016:00-16:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:50

Time

Z01-0008Z01-0008


Z01-0006Z01-0006


Z01-0010Z01-0010


Z01-0003Z01-0003Z01-0007Z01-0007Z01-0003Z01-0003

FSK25FSK25FSK25FSK25FSK27FSK27FSK25FSK25FSK25FSK25FSK27FSK27

Loc

LLBBBBLLBBBB

LLBBBB

LLLLLLBBBBBBBBBBBB

Mode

606030303030606030303030

606030303030

606060606060303030303030303030303030

Cap

YYYYYYYYYYYY

YYYYYY

YYYYYYYYYYYYYYYYYY

Exam Staff

01494 - NBAG

01494 - NBAG

01494 - NBAG

0064 - ABA

0064 - ABA

01494 - NBAG

0132 - MABM@H

0132 - MABM@H

2199 - HT

0063 - ABA

0052 - RBAH

0052 - RBAH

0063 - ABA

0063 - ABA

0063 - ABA

0063 - ABA

0052 - RBAH

0052 - RBAH

15/06/2017 - PM

09/06/2017 - PM

07/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BCS1023

This course discusses on understanding problems and translating them into computer solution techniquesusing programming language. This course enables students to apply programming techniques, write programming codes from given problems and execute programming codes successfully.

This course is designed to expose the students to the data structures and algorithm. It provide theoretical basis in data structures and the application of data structures is based on standard algorithms. Students must also be able to transform the data structure and algorithms problems into the computer programs.

This course describes the concepts and methods of information system analysis and design, with an emphasis on system analysis methods and tools. The course focuses on the issues and management technique involved in analysis, design and implementation of information system

The course emphasizes on the importance of data to an organization and how the data should be managed. Database management system (DBMS) will be viewed as a solution to the problems of file processing system. Aspects of relational database design will be covered in details. This includes database development life cycle, database architecture, data models, and normalization process. Severalquery languages such as relational algebra, Structured Query Language (SQL) and Query by Example (QBE) will be discussed but the emphasis is on SQL. Students will be given a real life problem to design

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

Year

BCI2023

BCM2043

BCM2053

BCM3183

Code

DATABASE SYSTEMS

MULTIMEDIA TECHNOLOGY & APPLICATION

COMPUTER GRAPHICS

MULTIMEDIA INTERACTIVE DEVELOPMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

03

03A

03B

04

04A

04B

01

01A

01

01A

Sec

WED

THU

FRI

MON

TUE

THU

TUE

MON

THU

MON

WED

FRI

MON

TUE

TUE

WED

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:50

14:00-14:5015:00-15:5008:00-08:5009:00-09:50

Time

Z01-0007Z01-0007


Z01-0008Z01-0008


Z01-0004Z01-0004


Z01-0003Z01-0003


Z01-0005Z01-0005

FSK14FSK14

Z01-0002Z01-0002

FSK15FSK15

Loc

LLBBBBLLBBBBLLBBBBLLBBBB

LLBB

LLBB

Mode

606030303030606030303030606030303030606030303030

30303030

30303030

Cap


YYYY

YYYY

Exam Staff

0159 - NBMA

0159 - NBMA

0159 - NBMA

0159 - NBMA

01805 - NABS

01805 - NABS

0010 - RBAA

0010 - RBAA

0010 - RBAA

0550 - ABR

0550 - ABR

0550 - ABR

0881 - BBY

0881 - BBY

2123 - MNK

2123 - MNK

05/06/2017 - AM

13/06/2017 - PM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

and develop a database application system. In the later part of the course students will be exposed to the latest developments in database architecture.

This course will expose students to the theoretical and fundamental concepts of multimedia, its applications and the techniques involved. Topics to be covered include text and audio, image and video, the art of multimedia, and multimedia over the network.

This course is designed to expose the student to the concept of digital graphic technology. This includes understanding and designing aspects by using a computer graphics application. The student will be exposed to the skill of using a computer graphics application. Through this course, the students will expose to explore on the latest graphics design context which will focus on the `graphic thinking¿ and `creative design process¿.

ELECTIVE BCN & BCS

ELECTIVE FOR BCN & BCG

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

2

2

2

Year

BCM3183

BCN1053

BCN2083

Code

MULTIMEDIA INTERACTIVE DEVELOPMENT

DATA COMMUNICATION & NETWORKING

COMPUTER NETWORKS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

02

02A

02B

03

03A

03B

04

04A

04B

Sec

THU

MON

MON

MON

TUE

WED

TUE

THU

WED

MON

THU

FRI

MON

THU

FRI

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5008:00-08:5009:00-09:50

Time

Z01-0010Z01-0010


Z01-0002Z01-0002

FSK2FSK2FSK11FSK11

Z01-0010Z01-0010

FSK2FSK2FSK11FSK11

Z01-0009Z01-0009

FSK11FSK11FSK2FSK2

Z01-0007Z01-0007


Loc

LLBBBB

LLBBBBLLBBBBLLBBBBLLBBBB

Mode

606030303030

606030303030606030303030606030303030606030303030

Cap

YYYYYY


Exam Staff

0053 - TABAK

0053 - TABAK

0053 - TABAK

1986 - LB

1986 - LB

1986 - LB

01194 - ZBD

01194 - ZBD

01194 - ZBD

0142 - ABS

0142 - ABS

0142 - ABS

01194 - ZBD

0080 - MFBZ

0142 - ABS

09/06/2017 - PM

06/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to expose the student to the multimedia interactive project using basic theories ofmultimedia interactive and multimedia quality framework. This course also teach student to learn and apply various multimedia scripting and tools in order to develop a prototype of multimedia interactive application.

This course introduces the architecture, structure, functions, components, and models of the Internet and other computer networks. It uses the OSI and TCP layered models to examine the nature and roles of protocols and services at the application, network, data link, and physical layers. The principles and structure of IP addressing and the fundamentals of Ethernet concepts, media, and operations are introduced to provide a foundation for the curriculum.

ELECTIVE FOR BCS & BCN

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

Year

BCN2083

BCN2193

BCN3123

BCN3133

Code

COMPUTER NETWORKS

NETWORK TECHNOLOGIES

DISTRIBUTED SYSTEMS

COMPUTER ETHICS & POLICIES

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

01

01A

01B

Sec

THU

WED

FRI

TUE

TUE

THU

WED

MON

THU

Day

10:00-10:5011:00-11:5010:00-10:5011:00-11:5012:00-12:5015:00-15:5016:00-16:5017:00-17:50

16:00-16:5017:00-17:5010:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:50

Time

Z01-0002Z01-0002


Z01-0004Z01-0004


Z01-0006Z01-0006

FSK2FSK2FSK2FSK2

Loc

LLBBBBBB

LLBBBBBB

LLBBBB

Mode

6060303030303030

6060303030303030

606030303030

Cap

YYYYYYYY

YYYYYYYY

YYYYYY

Exam Staff

0051 - NBS

0051 - NBS

0051 - NBS

0198 - SBN

0198 - SBN

0198 - SBN

2142 - ASS

2142 - ASS

2142 - ASS

06/06/2017 - PM

06/06/2017 - PM

09/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BCN1053

BCN1053

BCN2013 BCN1053

The primary focus of this course is on LAN redundancy, wireless LANs and dynamic routing. This course focuses on switching and routing protocols and concepts used to improve redundancy, propagate information, and secure the portion of the network where most users access network services.

Switching technologies are relatively straightforward to implement; however, as with routing, the underlying protocols and algorithms are often quite complicated. This course will go to great lengths to explain the underlying processes of the common Layer 2 and layer 3 technologies.

Each concept will be introduced within the context of a single topology for each chapter.

This course describes the architecture, components, and operations of routers and switches in a small network. Students learn how to configure a router and a switch for basic functionality. By the end of this course, students will be able to configure and troubleshoot routers and switches and resolve common issues with RIPv1, RIPv2, single-area OSPF, virtual LANs, inter-VLAN routing, static routing, ACL, DHCPand NAT in both IPv4 and IPv6 networks.

This course is intended to introduce and motivate the study of high performance computer systems and algorithms. The student will be presented with the foundational concepts pertaining to the different types and classes of high performance computers. The students shall learn advanced computer architectures, organisation, and design, and also the basics of parallel programming i.e., algorithm design and analysis.Software is no longer sequential. Many programs are now concurrent, parallel, distributed or mobile. This module explores technologies that enable, the design issues that concern, and the hierarchy of architectures that deliver, distributed and parallel systems.

CORE PROGRAM FOR BCN, ELECTIVEFOR BCG & BCS

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

Year

BCN3133

BCS2143

BCS2203

BCS2213

Code

COMPUTER ETHICS & POLICIES

OBJECT ORIENTED PROGRAMMING

WEB APPLICATION DEVELOPMENT

FORMAL METHOD

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01A

01B

02

02A

02B

03

03A

03B

01

01A

01B

02

02A

02B

Sec

TUE

WED

WED

THU

FRI

MON

TUE

MON

TUE

MON

THU

FRI

MON

TUE

MON

WED

THU

Day

14:00-14:5015:00-15:5012:00-12:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

15:00-15:5016:00-16:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time

Z01-0010Z01-0010Z01-0010

Z01-0005Z01-0005


Z01-0010Z01-0010


Z01-0006Z01-0006


Z01-0002Z01-0002


Z01-0003Z01-0003


Loc

LLL

LLBBBBLLBBBBLLBBBB

LLBBBBLLBBBB

Mode

909090

606030303030606030303030606030303030

606030303030606030303030

Cap

YYY

YYYYYYYYYYYYYYYYYY

YYYYYYYYYYYY

Exam Staff

1986 - LB

2148 - MAR

2148 - MAR

2148 - MAR

2287 - MSA

01801 - KAM

01801 - KAM

2015 - AAMA

2015 - AAMA

2148 - MAR

01657 - ZBM

01657 - ZBM

01657 - ZBM

01657 - ZBM

2331 - MMA

2331 - MMA

05/06/2017 - PM

13/06/2017 - AM

16/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BCS1023

This course introduces the overview of how computers have affected society and how they could further affect it in the future. Student will learn how to examine various ethical issues surrounding computers. These will include piracy, hacking, viruses, responsibility and liability for the use of software, cyberporn, computerized invasion of privacy, computers in the workplace, and the use of artificial intelligence and expert systems. This course will also consider many of the moral and professional issues that those who work with computers might expect to face.

This course provides an introduction to the concepts of object orientation and object-oriented programming (OOP) techniques using Java programming language. It will provide students with a thorough look at the basic constructs of the Java programming language such as its basic data types and operations. It will also emphasize on the use of OOP characteristic that expose students to Unified Modelling Language (UML) design, class and object, inheritance, polymorphism, exception handling and Graphical User Interface (GUI) and event driven programming.

This course provides students with the knowledge and skills that are needed to develop web application. Students learn data access from database to web application, create and utilize web services, create component and deploy application. The students will implement what they have learned in a mini project.

This course introduces Formal Methods which can be used in developing software specification. Formal Method is the software specification language used to ensure the software or system to be developed is

CORE PROGRAM FOR BCN, ELECTIVEFOR BCG & BCS


COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

Year

BCS2213

BCS2303

BCS2313

BCS2343

Code

FORMAL METHOD

WEB SCRIPTING

ARTIFICIAL INTELLIGENCE TECHNIQUES

SOFTWARE DESIGN WORKSHOP

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01C

01

01A

01B

02

02A

02B

01

01A

01B

01C

Sec

MON

TUE

WED

FRI

WED

THU

MON

THU

MON

TUE

TUE

THU

FRI

WED

Day

10:00-10:5011:00-11:5008:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

Time

Z01-0010Z01-0010


Z01-0007Z01-0007


Z01-0008Z01-0008


Z01-0005Z01-0005


Loc

LLBBBBBB

LLBBBBLLBBBB

LLBBBBBB

Mode

9090303030303030

606030303030606030303030

9090303030303030

Cap

YYYYYYYY

YYYYYYYYYYYY

YYYYYYYY

Exam Staff

2349 - V M

2349 - V M

2349 - V M

2349 - V M

01469 - LSC

01469 - LSC

01469 - LSC

0550 - ABR

01469 - LSC

01469 - LSC

0595 - ASBF

0595 - ASBF

0595 - ASBF

0595 - ASBF

06/06/2017 - AM

16/06/2017 - AM

09/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BCS1023 BCI1023

being validated before it is actually deployed. Therefore, bugs can be detected at the early stages in order to reduce the cost of the development. Formal Method language to be intoduced in this course in varieties and should be open to be explored by the instructor.

This course introduces the essential topics of Internet programming & development of web-based applications. Students are required to develop a web/Internet application which connected to the database.

This course introduces student to the theory and practice of the Artificial Intelligence (AI). Introduce the different types of solving search used in AI. Student are expose to the main artificial intelligence concept currently most applied in application such as Artificial Neural Networks(ANN), Fuzzy Logics(FL), Genetic Algorithms(GA) and Expert Systems(ES). Practical examples of how artificial intelligence is applied to commercial, scientific and consumer applications will be covered.

ELECTIVE FOR BCN


COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

2

3

3

3

Year

BCS2343

BCI3913

BCM2063

BCM2073

Code

SOFTWARE DESIGN WORKSHOP

STRUCTURED QUERY LANGUAGE

IMAGE PROCESSING

MODELING & SIMULATION

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

01A

01

01A

01B

Sec

MON

WED

FRI

TUE

MON

THU

MON

TUE

MON

WED

THU

Day

10:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:5014:00-14:5015:00-15:5016:00-16:5014:00-14:5015:00-15:5016:00-16:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

Time

FSK19FSK19FSK19FSK25FSK25FSK25FSK26FSK26FSK26FSK27FSK27FSK27FSK26FSK26FSK26FSK26FSK26FSK26


Z01-0002Z01-0002


Loc

BBBBBBBBBBBBBBBBBB

LLBB

LLBBBB

Mode

303030303030303030303030303030303030

30303030

606030303030

Cap

NNNNNNNNNNNNNNNNNN

YYYY

YYYYYY

Exam Staff

01770 - ABMA

01770 - ABMA

0025 - RBM

0010 - RBAA

0010 - RBAA

2309 - FE

2309 - FE

2309 - FE

07/06/2017 - PM

14/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BCS2333

BCI2023

This course introduces the students how to develop software development documents ¿Software Design Description (SDD) and their system development process. Continue from previous project/problems (fromcourse BCS2293 Software Planning & Requirement Workshop), students must produce Software Design Description document.

Understanding the basic concepts of relational databases ensure refined code by developers. This coursehelps the participants to write subqueries, combine multiple queries into a single query using SET operators and report aggregated data using group functions. Controlling privileges at the object and system level are also dealt with in detail.

This course covers creating indexes and constraints, and altering existing schema objects. Additionally, participants learn how to create and query external tables. In order to query and manipulate data within the database, to use the dictionary views to retrieve metadata and create reports about their schema objects, participants get to understand the advanced features of SQL. Some of the date-time functions available in the Oracle Database are also covered. This course also discusses how to use the regular expression support in SQL.

This course discusses about the processing of digital images. The techniques covers are reading image enhance the image quality and manipulate the image. Several image processing methods will be touch inthis course. Programming skill and creativity is a required whereby students¿ are compulsory to do one related mini project in order to complete this course.

This course will discuss on general knowledge and a few techniques of the simulation. Topics to be covered are introduction to simulation, a few examples of simulation system, general principles in modelling, techniques to develop models, how to verify and validate the models. Students are expected

ELECTIVE FOR ALL PROGRAM

CORE PROGRAM FOR BCG, ELECTIVEFOR BCS & BCN ONLY

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

3

Year

BCM2073

BCM3103

BCM3113

BCM3123

BCN2023

BCN2093

Code

MODELING & SIMULATION

VIRTUAL REALITY

3D MODELLING

DATA VISUALIZATION

DATA & NETWORK SECURITY

NETWORK ANALYSIS & DESIGN

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01

01A

01

01A

01B

01

01A

01

01A

01B

Sec

MON

TUE

THU

MON

TUE

WED

THU

TUE

WED

MON

TUE

TUE

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:5008:00-08:5009:00-09:5016:00-16:5017:00-17:50

Time

Z01-0008Z01-0008

FSK14FSK14

Z01-0006Z01-0006

FSK19FSK19

Z01-0004Z01-0004


Z01-0008Z01-0008

FSK14FSK14

Z01-0004Z01-0004


Loc

LLBB

LLBB

LLBBBB

LLBB

LLBBBB

Mode

30303030

30303030

606030303030

30303030

606030303030

Cap

YYYY

YYYY

YYYYYY

YYYY

YYYYYY

Exam Staff

2331 - MMA

2331 - MMA

2136 - THAR

2136 - THAR

2123 - MNK

2123 - MNK

0053 - TABAK

0064 - ABA

0064 - ABA

0153 - N@KBMN

0153 - N@KBMN

0153 - N@KBMN

07/06/2017 - AM

09/06/2017 - AM

08/06/2017 - PM

05/06/2017 - AM

14/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

to equip themselves with adequate skill of modeling and simulation.

This module introduces the concepts of virtual reality and enables the students to gain hands-on experience by developing their own virtual reality applications. The student will learn about the virtual reality architecture, devices, modeling, augmented reality and applications of virtual reality in various fields.

The focus of the course is on 3D design and modeling. Students are introduced to 3D design and modeling methods such as modeling with NURBS, polygons, and subdivision surfaces. Basic rendering consepts are also discussed. Production pipeline issues such as geometry deformation and level of detail are emphasized.

Topics include the introduction to data visualization. It focuses on the visualization techniques and method that have a broad applicability in visualization applications. This course also covers the dataset concept by describing the most frequently used types of datasets in visualization. Students will be exposed to the various data processing stages that form the visualization process: data acquisition, data filtering, data mapping and rendering.

The course introduces fundamental of security. Every chapter will explain security concepts, fundamentals, purpose, implementation and discussion in their respective areas related to data and network security. Topics include: Introduction to security, cryptographic tools, user authentication and access control, security in networks, intrusion detection systems, firewalls and intrusion prevention systems and wireless security.

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

Year

BCN2093

BCN3023

BCN3083

BCN3113

BCN3183

Code

NETWORK ANALYSIS & DESIGN

NETWORK MANAGEMENT

Z/OS FOUNDATION

ETHICAL HACKING

INTERNET TECHNOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

1A

1B

01

01A

01

01A

01B

Sec

TUE

WED

THU

FRI

MON

TUE

TUE

WED

WED

TUE

FRI

Day

10:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5014:00-14:5015:00-15:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:5012:00-12:50

10:00-10:5011:00-11:5011:00-11:5012:00-12:5008:00-08:5009:00-09:50

Time

Z01-0003Z01-0003

FSK1FSK1FSK12FSK12

Z01-0005Z01-0005

FSK2FSK2FSK2FSK2

FSK12FSK12FSK12FSK12FSK12

Z01-0002Z01-0002


Loc

LLBBBB

LLBBBB

LLBBB

LLBBBB

Mode

606030303030

606030303030

3030303030

606030303030

Cap

YYYYYY

YYYYYY

YYYYY

YYYYYY

Exam Staff

0121 - JBS

0121 - JBS

0121 - JBS

0015 - CYBY

2142 - ASS

0121 - JBS

0545 - MABA

0545 - MABA

2122 - AAA

2122 - AAA

01309 - WNBWM

05/06/2017 - AM

13/06/2017 - PM

06/06/2017 - AM

15/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course focuses on analysis and design of enterprise networks that are reliable, secure and manageable. It includes top-down network design methodology to design networks that meet customer¿s business and technical goals, analyzationof business and technical requirements, examine traffic flow andQuality of Service (QoS) requirements, and production of RFP documentation with relevant procedure steps for case study/project to fulfil this subject requirement.

This course introduces the overview of network management to familiarize student with network management systems and the five areas of network management. Student will learn a practical means of desigining and evaluating a network management system for particular networking environment. Student also equipped with the example of simple, complex and advanced tools for each category of network management so that they could determine that a particular functionality would be useful and might want topursue its development.

This course provides students of information systems technology with the background knowledge and skills necessary to begin using the basic facilities of a mainframe computer. Explore the reasons why public and private enterprises throughout the world rely on the mainframe as the foundation of large-scalecomputing and discuss the types of workloads that are commonly associated with the mainframe, such asbatch jobs and online or interactive transactions, and the unique manner in which this work is processed by a widely used mainframe operating system¿z/OS. Students will also be thought the Job Control Language (JCL) and mainframe system programming using COBOL.

This course will immerse the student into an interactive environment where they will be shown how to scan, test, hack and secure their own systems. The lab intensive environment gives each student in-depth knowledge and practical experience with the current essential security systems. Students will begin by understanding how perimeter defenses work and then be lead into scanning and attacking their own networks, no real network is harmed. Students then learn how intruders escalate privileges and what steps can be taken to secure a system.



COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

Year

BCN3183

BCN3203

BCS2173

BCS2333

Code

INTERNET TECHNOLOGY

WAN TECHNOLOGY

HUMAN COMPUTER INTERACTION

SOFTWARE PLANNING & REQUIREMENT WORKSHOP

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

01

01A

01B

02

02A

02B

Sec

WED

MON

THU

MON

TUE

FRI

THU

TUE

TUE

TUE

THU

FRI

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:50

10:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:5017:00-17:5015:00-15:5016:00-16:50

Time

Z01-0002Z01-0002


Z01-0008Z01-0008


Z01-0005Z01-0005


Z01-0007Z01-0007


Loc

LLBBBBBB

LLBBBBBB

LLBBBBLLBBBB

Mode

6060303030303030

6060303030303030

606030303030606030303030

Cap

YYYYYYYY

YYYYYYYY

YYYYYYYYYYYY

Exam Staff

2149 - MNM

2149 - MNM

2149 - MNM

01445 - IEBK

01445 - IEBK

01445 - IEBK

01072 - SFBSF

01072 - SFBSF

01072 - SFBSF

01072 - SFBSF

01072 - SFBSF

0043 - MBAM

07/06/2017 - AM

08/06/2017 - AM

08/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BCN1053

This course is designated to expose the student about Active Directory Technology Specialists including how to implement and configure secure network access and implement fault tolerant storage technologies, understand the network technologies, most commonly used and IP-enabled network, and how to secure servers and maintain update compliance.

This course discusses the WAN technologies and network services required by converged applications ina complex network. The course enables students to understand the selection criteria of network devices and WAN technologies to meet network requirements. Students learn how to configure and troubleshoot network devices and resolve common issues with data link protocols. Students also develop the knowledge and skills needed to implement IPSec and virtual private network (VPN) operations in a complex network

This course provides an introduction to Human-Computer Interaction (HCI). HCI is concerned with understanding, designing, implementing and evaluating user-interfaces so that the students have better support users in carrying out their tasks. On completing this course, the students will have knowledge of the theoretical foundations of designing for interaction between humans and computers. They will also have practical experience in implementing and evaluating graphical user interfaces.

ELECTIVE FOR BCN ONLY

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

Year

BCS2333

BCS3263

BCS3283

BCS3293

BCS3323

Code

SOFTWARE PLANNING & REQUIREMENT WORKSHOP

SOFTWARE QUALITY ASSURANCE

MOBILE APPLICATION DEVELOPMENT

SOFTWARE CONFIGURATION MANAGEMENT

SOFTWARE TESTING & MAINTENANCE

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01A

01B

01

01A

02

02A

01

01

01A

01B

Sec

MON

WED

MON

FRI

TUE

THU

TUE

FRI

MON

MON

TUE

TUE

THU

Day

10:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:50

08:00-08:5009:00-09:5015:00-15:5016:00-16:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5014:00-14:5015:00-15:50

Time


Z01-0004Z01-0004


FSK1FSK1FSK24FSK24FSK1FSK1FSK24FSK24

Z01-0003Z01-0003


Loc

BBBBBB

LLBBBB

LLBBLLBB

LLBBBBBB

Mode

303030303030

606030303030

3030303030303030

6060606030303030

Cap

NNNNNN

YYYYYY

YYYYYYYY

YYYYYYYY

Exam Staff

0044 - RBAB

2277 - MAA

2277 - MAA

2277 - MAA

2178 - MFM

2178 - MFM

2178 - MFM

2178 - MFM

2273 - HKK

TBA

2273 - HKK

2273 - HKK

05/06/2017 - AM

13/06/2017 - PM

06/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BCS1133

BCS1133

This course introduces the concept of software planning and requirement. It includes principle, component, process, activities, standard and tools. Student should be able to implement the concept base on the best practices in managing the software project up to requirement phases. It conducted in workshop manner to apply the knowledge. This is a preliminary course to Software Design Workshop.

This course introduces students to the Software Quality Assurance (SQA) Processes, models, standards, metrics, and techniques for developing quality software, for assessing software quality, and for maintaining the quality of software. Students will be able to understand the relationship between software quality assurance and software engineering. It allows students to learn how to plan for the SQA process inearly stage of of software project and develop a complete SQA plan as a guidline for the team members who will work on the SQA process.

This course is concerned with the development of applications on mobile and wireless computing platforms. It explores mobile application development aspects with emphasis on the relationship between theoretical and its practical application using cases and real examples of mobile applications. Emphasis isplaced on the process, tools and frameworks required to develop applications for current and emerging mobile computing devices.

This course introduces Software configuration Management tool which has critical impact on the software quality. The course presents the principal concepts of SCM. It comprises the core activities to implement SCM along with the software development life cycle phases. It enables understanding of how SCM functions as a controlling tool to track and implement changes to existing documentation and software product components, and how to set a configuartion plan that describes all the work in the SCM process.

This course is designed to provide students with indepth knowldege on software testing and its test ELECTIVE FOR BCG & BCN

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level

3

Year

BCS3323

BCM3143

BCM3153

BCN3193

BCS1033

Code

SOFTWARE TESTING & MAINTENANCE

COMPUTER GAME PROGRAMMING

VISUAL EFFECTS & 3D ANIMATION

COMPUTER FORENSICS & INVESTIGATION

SOFTWARE ENGINEERING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

1A

01

01

01

01A

01B

Sec

THU

TUE

WED

THU

MON

MON

WED

MON

THU

THU

WED

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

16:00-16:5017:00-17:5016:00-16:5017:00-17:50

10:00-10:5011:00-11:5012:00-12:5010:00-10:5011:00-11:5012:00-12:50

08:00-08:5009:00-09:5014:00-14:5015:00-15:5014:00-14:5015:00-15:5008:00-08:5009:00-09:50

Time

Z01-0002Z01-0002


Z01-0005Z01-0005

FSK15FSK15


Z01-0006Z01-0006


Loc

LLBBBB

LLBB

BBBBBB

LLBBBBBB

Mode

606030303030

30303030

303030303030

6060606030303030

Cap

YYYYYY

YYYY

NNNNNN

YYYYYYYY

Exam Staff

2015 - AAMA

2015 - AAMA

2015 - AAMA

01444 - ASBL

01444 - ASBL

01178 - SNBI

01309 - WNBWM

TBA

01309 - WNBWM

01309 - WNBWM

08/06/2017 - PM

15/06/2017 - PM

13/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BCS1133

process. The course covers the basic principles of software testing and test activities that include the test plan, test design, monitoring, implementation and test closure. The student will also learn various categories of test design techniques and methods used in both black-box and white-box testing. At the end of this course, students should be able to recognize various types and levels of testing as well as categorizing and applying software testing process & techniques.

This course will expose students to the theoretical and fundamental concepts of computer game programming. Topics to be covered include game architecture (content, mechanics and technology), 3D in game (coordinates, cameras and objects), game engine (engine differences across genres, etc.), runtime engine architecture (hardware, drivers, OS, middleware, core systems, rendering engine, collison and physics, online multiplayer, gameplay, tools and asset pipeline, etc.), game AI (game AI vs academic AI, etc.), AI engine, game AI across genres and other sub topics that contributed to the development of game application.

This course will discuss on general knowledge and a few techniques of 3D Modeling, Animation, Rendering and Compositing. Topics to be covered are introduction to User Interface (UI), Modeling, Mechanical animation & Character animation, Texturing & Shading, Three Point Lighting & VFX Lighting, Rendering & VFX Rendering, Compositing, Rotoscoping, Motion Tracking. Students will learn basic skills and techniques on modelling, rendering and compositing.

The primary focus of this course is to give students instruction in the principle knowledge of Computer Forensics, and the need to be observed by the computer forensic investigator in order to successfully identify, secure, analyse and present digital evidence. This course will enable students to relate the principle and practice of computer forensic, which builds on that foundation simultaneosly enhance the skills of the IT security professional.

ELECTIVE FOR ALL

COURSE TIMETABLE

21-DEC-16 12:10 PM


GAMBANG

Campus

DEGREE

Level Year

BCS1033

BCS3413

Code

SOFTWARE ENGINEERING

INTRODUCTION TO INTEGRATED BUSINESS PROCESS WITH SAP

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

1A

1B

1C

1D

01

01A

01B

Sec

WED

THU

THU

FRI

TUE

TUE

WED

FRI

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5008:00-08:5009:00-09:50

Time

Z01-0010Z01-0010

FSK26FSK26FSK26FSK26FSK27FSK27FSK26FSK26

Z01-0009Z01-0009


Loc

LLTTTTTTTT

LLBBBB

Mode

1201203030303030303030

606030303030

Cap

YYYYYYYYYY

YYYYYY

Exam Staff

0549 - FBZ

0549 - FBZ

0549 - FBZ

0549 - FBZ

0549 - FBZ

01443 - MIBUO

01443 - MIBUO

01443 - MIBUO

05/06/2017 - PM

09/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BCS1133

This course presents an introduction to software engineering concepts including: software engineering paradigms, requirements specification, design, software verification and validatio; software evolution and reliability.

This course exposes the student to integrated business processes with ERP Systems and the key processes supported by modern ERP systems. This course is use as both reference guide and a conceptual resource for students that are taking ERP-focused courses using SAP. It examines in depth the core concepts applicable to all ERP environments, and it explains how those concepts can be utilized to implement business processes in SAP systems.

Integrated Business Processes with ERP Systems approaches topics using an integrated process perspective of the firm. Each process is discussed within the context of its execution across functional areas in the company, with special emphasis on the role of data in managing the coordination between activities and groups. Students will gain a deep appreciation for the role of enterprise systems in efficientlymanaging processes from multiple functional perspectives

COURSE TIMETABLE

19-DEC-16 09:21 AM

Faculty : FACULTY OF INDUSTRIAL SCIENCES & TECHNOLOGY

GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

1

Year

BSB1102

BSB1112

BSB1113

BSB1133

BSB1163

BSB1173

Code

BIOPHYSICAL CHEMISTRY

INDUSTRIAL BIOTECHNOLOGY

BIOCHEMISTRY

ORGANIC CHEMISTRY

CELL AND MOLECULAR BIOLOGY

MICROBIOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

01

Sec

MONWED

THU

TUE

WED

THU

WED

MON

THU

FRI

MON

Day

10:00-10:5011:00-11:50

10:00-10:5011:00-11:50

10:00-10:5011:00-11:5010:00-10:50

10:00-10:5011:00-11:5011:00-11:50

10:00-10:5011:00-11:5008:00-08:50

15:00-15:5016:00-16:5013:00-13:50

Time

W-DK-15W-DK-13

W-DK-12W-DK-12





Loc

LL

LL

LLL

LLL

LLL

LLL

Mode

4646

4747

464646

464646

303030

474747

Cap

YY

YY

YYY

YYY

YYY

YYY

Exam Staff

01475 - TSH

01424 - MHBAR0525 - NSBA

01574 - JVAP

0936 - IIBM1869 - SZ

01053 - NSBA01615 - NBZ

01031 - MALBA01615 - NBZ

Exam Schedule

Course Synopsis

Pre-Requisite

The goal of this course is to emphasize the principle and biochemical calculation that are commonly used in biological studies including preparation of buffers and solutions, acids and bases chemistry, aqueous ionic equilibrium, bioenergetics and kinetics. All of the assigments in this course are carried out in group to develop team work skills among the students. Besides that, this course emphasized on information managing skills and lifelong learning by gathering the information on biophysical chemistry application from various sources.

This multi-disciplinary course provides student to introduction policy, scope and research area in industrialbiotechnology sector in Malaysia and global scenario. This subject focus on interaction between scientific discovery, applications and challenge impact in biotechnology. There are four focus field includes industrial microbiology, agricultural, healthcare, biomaterial, enzyme and bioinformatics potential process will be discussed. Students also will be exposed to important and related components in commercialization such as issues, biosafety, bioethics, regulations, intelectual rights, facilities and expertise needed in biotechnology industries.

The course is designed to study the physical and biochemical characteristics of biomolecules including nucleic acids, proteins, carbohydrates and lipids. Important pathways for biosynthesis and degradation of nucleic acids, proteins, carbohydrates and lipids will be discussed. Production of energy from carbohydrate and lipids and the related metabolisms will also be discussed. Besides that, the principle of cellular signaling in living organisms also will be described in this course.

In this course we will be introduced to the basic fundamental principles of organic chemistry. Structure, properties and stereochemistry of organic molecules and basic organic reaction to prepare common fuctional groups will be studied.

This course discusses fundamental concepts of cell biology, structure and function of cellular organelles and its their biomolecules. Emphasis will be given on compositions, structures and functions of cell membrane and concepts of cell division. The course also includes discussions on applications of cell biology such as cancer, pathogen infections and stem cells.Concepts of molecular biology, gene expressions and its control are also discussed. Brief introductions on techniques of molecular biology such as DNA/RNA extraction, polymerase chain reaction (PCR), and gene cloning also explained in this course.

This course introduces basic concepts in microbiology, techniques and microscopy. Discussion includes microorganism characteristics and classification, structures, growth, nutrient requirement and metabolisms, physical and chemical control of microorganisms.

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB1402/BIOCHEMISTRY LAB

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB1412/ORGANIC CHEMISTRY LAB

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB1422/CELL AND MOLECULAR BIOLOGY LAB

KOD KURSUS UNTUK PELAJAR AMBILAN SESI 2013/2014

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

Year

BSB1402

BSB1412

BSB1432

BSF1212

Code

BIOCHEMISTRY LABORATORY

ORGANIC CHEMISTRY LABORATORY

MICROBIOLOGY LABORATORY

LABORATORY SAFETY MANAGEMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

01

02

01

02

03

Sec

FRI

FRI

TUE

TUE

TUE

TUE

WED

WED

WED

Day

08:00-08:5009:00-09:5010:00-10:50

15:00-15:5016:00-16:5017:00-17:50

15:00-15:50

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

10:00-10:50

08:00-08:5009:00-09:5010:00-10:5015:00-15:5016:00-16:5017:00-17:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

Time

FIST-L-BCFIST-L-BCFIST-L-BC


FIST-L-OCL

FIST-L-OCL

FIST-L-OCL

FIST-L-OCL

FIST-L-OCL

FIST-L-OCL

FIST-L-MBFIST-L-MBFIST-L-MBFIST-L-MBFIST-L-MBFIST-L-MB

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

Loc

BBB

BBB

B

B

B

B

B

B

BBBBBB

L

L

L

L

L

L

Mode

232323

232323

30

30

30

30

30

30

232323242424

40

40

45

45

30

30

Cap

NNN

NNN

N

N

N

N

N

N

NNNNNN

Y

Y

Y

Y

Y

Y

Exam Staff

01475 - TSH01574 - JVAP1723 - NG

01475 - TSH01574 - JVAP

1869 - SZ

1869 - SZ

01031 - MALBA1683 - EAMS

01031 - MALBA1683 - EAMS

0071 - WMFBWI01277 - NBA

0071 - WMFBWI01277 - NBA

0071 - WMFBWI01277 - NBA

Exam Schedule

Course Synopsis

Pre-Requisite

The course introduces student with the basic calculation and techniques that are commonly used in a biochemical lab. The principle of spectrophotometry and the application of spectrophotometry in biochemistry. Several quantitative and qualitative tests on important biomolecules such as Lowry assay, Bradford assay and DNS assay.

Practical comprises several laboratory experiments related to organic chemistry. In organic chemistry experiments, students are exposed to melting point determination and mixture melting points, extraction, distillation, isolation and crystallization.

This course covers practical in experiments and analyses in microbiology laboratory. Emphasis on basic techniques in microscopy and staining, handling microorganisms (bacteria, fungi and yeast), including aseptic technique, media preparation, inoculation and isolation of pure culture. Analysis and control of microbial growth, and biochemical and morphological characterization, will also be carried out.

This course exposes students to basic concepts of industrial and laboratory safety. Topics include quality systems (Good laboratory Practice and ISO/IEC 17025) for laboratory management, occupational health & safety and acts and related regulations. Students will be introduced to laboratory and industrial safety, laboratory and industrial accident, safety policy and procedure, emergency response plan, introduction to basic toxicology and first aid.

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB1113/BIOCHEMSITRY

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB1133/ORGANIC CHEMISTRY

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

Year

BSK1103

BSK1133

BSK1143

BSK1153

BSK1402

Code

ORGANIC CHEMISTRY

PHYSICAL CHEMISTRY

INORGANIC CHEMISTRY

ANALYTICAL CHEMISTRY


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

FRI

TUE

MONTUE

THUTUE

FRI

THU

THU

Day

10:00-10:5011:00-11:5008:00-08:50

14:00-14:5014:00-14:5015:00-15:50

14:00-14:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5008:00-08:50

10:00-10:50

11:00-11:50

12:00-12:50

Time





FIST-L-OCL

FIST-L-OCL

FIST-L-OCL

Loc

LLL

LLL

LLL

LLL

B

B

B

Mode

454545

606060

606060

484848

24

24

24

Cap

YYY

YYY

YYY

YYY

N

N

N

Exam Staff

1870 - MNA2057 - MSS

01767 - SNHBM01817 - YML

01769 - SBZ1605 - FS

01737 - WNBWI01823 - AZBAH

01814 - ANBM1870 - MNA2057 - MSSS0447 - CSL

Exam Schedule

Course Synopsis

Pre-Requisite

This course discuss the fundamental theory of properties, synthesis and organic reactions where use the functional group as framework. Focus on the key concepts of organic chemistry through a study of the reactions of selected functional groups. Particular emphasis is placed on the underlying some mechanistic pathways that are involved. The stereochemistry of the molecular structure is also considered. The development of key skills is facilitated by a program of consultancy and practical.

The course discusses the concepts and fundamental principles of physical chemistry. These include the properties of solid, liquid and gas, chemical equilibrium, dissolution and solution properties, chemical colloid and surface, thermodynamics, chemical kinetics and catalyst. In order to achieve technical development in the advanced technologies that requires the ultimate precision of atomic level, it is indispensable to understand the physical phenomena involved in the Industrial technology on the basis offundamental principles.

The objective of this course is to give the student a basic understanding of theoretical inorganic chemistryand to apply this understanding to problem solving involving critical thinking. The topics covered in this course include periodic trends, foundations of bonding theory, basic coordination chemistry, chemistry of the main group elements and block d elements. Some of the important concepts in bioinorganic chemistryas well as nanomaterials, nanoscience and nanotechnology will be discussed. This basic understanding is to prepare the student for additional coursework, either in chemistry or in other disciplines, and to help the student function in a technological society.

This course will provide students with a basic understanding of analytical chemistry and major aspects of quantitative chemical analysis. The course is an introductory part of a series of analytical chemistry courses for industrial chemistry program. It will concentrate upon descriptive analytical chemistry and analytical methods based on chemical equilibrium which include precipitation and volumetric analysis.

Practical comprises several laboratory experiments related to organic chemistry. In organic chemistry experiments, students are exposed to melting point determination and mixture melting points, extraction, distillation, isolation and crystallization.

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK1402/ORGANIC CHEMISTRY LAB

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK1422/ INORGANIC CHEMISTRY LAB

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK1103/ORGANIC CHEMISTRY I

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

Year

BSK1402

BSK1412

BSK1422

BSK1432

Code


PHYSICAL CHEMISTRY LABORATORY

INORGANIC CHEMISTRY LABORATORY

ANALYTICAL CHEMISTRY LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem02

01

02

01

02

SecTHU

THU

THU

MON

MON

Day15:00-15:50

15:00-15:50

16:00-16:50

16:00-16:50

17:00-17:50

17:00-17:50

10:00-10:50

10:00-10:50

11:00-11:50

11:00-11:50

12:00-12:50

12:00-12:50

15:00-15:50

15:00-15:50

16:00-16:50

16:00-16:50

17:00-17:50

17:00-17:50

10:00-10:50

11:00-11:50

12:00-12:50

15:00-15:50

16:00-16:50

17:00-17:50

TimeFIST-L-

OCLFIST-L-

OCLFIST-L-

OCLFIST-L-

OCLFIST-L-

OCLFIST-L-

OCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

FIST-L-IOCL

FIST-L-IOCL

FIST-L-IOCL

FIST-L-IOCL

FIST-L-IOCL

FIST-L-IOCL

LocB

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

Mode23

24

23

24

23

24

23

24

23

24

23

24

22

23

22

23

22

23

23

23

23

23

23

23

CapN

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff01814 - ANBM1870 - MNA2057 - MSSS0447 - CSL

01099 - NBZ01291 - NBAS01767 - SNHBM01817 - YML

01099 - NBZ01291 - NBAS01767 - SNHBM01817 - YML

01769 - SBZ01814 - ANBM01817 - YML1605 - FS

01769 - SBZ01814 - ANBM01817 - YML1605 - FS

Exam Schedule

Course Synopsis

Pre-Requisite

Practical comprises laboratory experiments involving theory in the physical chemistry course. Students will be exposed to chemical equilibrium, thermochemistry, calorimetry, electrochemistry and kinetic theoryof gases and various experiments related to physical chemistry concepts.

This course will provide the students a clear idea of the reactivity of the elements in different groupsfrom 1A to VII A in the periodic table. The students willalso learn to prepare inorganic complexes.

The objective of this course is to provide students with a basic skills of analytical chemistry field, the science of chemical characterization and measurement. The course is an introductory part of a series of analytical chemistry courses for industrial chemistry majors. It will concentrate upon escriptive

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK1133/PHYSICAL CHEMISTRY

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK1143/INORGANIC CHEMISTRY I

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK1133/ANALYTICAL CHEMSITRY

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

Year

BSK1432

BSP1113

BSP1123

BSP1133

BSP1143

Code

ANALYTICAL CHEMISTRY LABORATORY

PHYSICAL CHEMISTRY

PHYSICS I

ORGANIC CHEMISTRY

PHYSICS II

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01

Sec

TUE

TUE

MONTUE

THU

TUE

THU

WED

Day

10:00-10:50

11:00-11:50

12:00-12:50

15:00-15:50

15:00-15:50

16:00-16:50

16:00-16:50

17:00-17:50

17:00-17:50

14:00-14:5014:00-14:5015:00-15:50

09:00-09:5010:00-10:5012:00-12:50

10:00-10:5011:00-11:5011:00-11:50

Time

FIST-L-ACL

FIST-L-ACL

FIST-L-ACL

FIST-L-ACL

FIST-L-ACL

FIST-L-ACL

FIST-L-ACL

FIST-L-ACL

FIST-L-ACL




Loc

B

B

B

B

B

B

B

B

B

LLL

LLL

LLL

Mode

25

25

25

23

24

23

24

23

24

454545

111

454545

Cap

N

N

N

N

N

N

N

N

N

YYY

YYY

YYY

Exam Staff

01099 - NBZ01291 - NBAS01737 - WNBWI01823 - AZBAH

01099 - NBZ01291 - NBAS01737 - WNBWI01823 - AZBAH

01767 - SNHBM01817 - YML

01664 - FHBZS0400 - QW

0936 - IIBM1869 - SZ

Exam Schedule

Course Synopsis

Pre-Requisite

analytical chemistry and analytical methods based on chemical equilibriums which include precipitation, volumetric and thermal analysis. A brief introduction to instrumental methods, separation methods, instruments calibration and methods validation, process analytical chemistry as well as good laboratory practice will also be practice in lab.

The course discusses the concepts and fundamental principles of physical chemistry. These include the properties of solid, liquid and gas, chemical equilibrium, dissolution and solution properties, chemical colloid and surface, thermodynamics, chemical kinetics and catalyst. In order to achieve technical development in the advanced technologies that requires the ultimate precision of atomic level, it is indispensable to understand the physical phenomena involved in the Industrial technology on the basis offundamental principles.

This course introduce basic Physics, especially principles in Mechanics and Thermodynamics field. Topic covered in this course include principles of measurements; vectors; kinematics; Newton's law of motion; work, energy, and power; fluid mechanics; static equilibrium; heat and laws of thermodynamics.

In this course we will be introduced to the basic fundamental principles of organic chemistry. Structure, properties and stereochemistry of organic molecules and basic organic reaction to prepare common fuctional groups will be studied.

Learning topics are focused on three fields: (i) electricity, (ii) magnetism, and (iii) optics physics.The stated focus are planned to be delivered during lectures; which cover eight main chapters. For electricity, the chapters covered are: (i) electric charge & electric field, (ii) Gauss¿s law & electric potential, (iii) capacitance & dielectric, and (iv) current, resistance & DC circuit. Magnetism part is coveredin (i) magnetism (introduction), and (ii) electromagnetic induction and Faraday¿s law; whereas for optics; i.e., (i) the nature of light and the law of optics, and (ii) Interference, diffraction and polarization. An assignment is designed to encourage the learners to incorporate social and teamwork skills; and cultivate good presentation skills. Learners need to sit for mid-term, final semester examinations, and fourquizzes (i.e., two offline quizzes during class, and two online-based quizzes); to ensure sufficient

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

Year

BSP1143

BSP1163

BSP1173

BSP1402

BSP1412

Code

PHYSICS II

ELECTRICITY, MAGNETISM & OPTICS

INORGANIC CHEMISTRY

PHYSICS I LABORATORY

PHYSICS II LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

1

01

01

1

2

Sec

THU

TUE

THU

TUE

THUTUE

FRI

MON

Day

16:00-16:5017:00-17:5009:00-09:50

16:00-16:5017:00-17:5009:00-09:50

14:00-14:5016:00-16:5017:00-17:50

09:00-09:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5017:00-17:50

Time




FIST-L-PLFIST-L-PLFIST-L-PLFIST-L-PLFIST-L-PLFIST-L-PL

Loc

LLL

LLL

LLL

BBBBBB

Mode

454545

454545

454545

000202020

Cap

YYY

YYY

YYY

NNNNNN

Exam Staff

01671 - MHBM

01412 - SABH01671 - MHBM

01769 - SBZ1605 - FS

TBA

01412 - SABH

Exam Schedule

Course Synopsis

Pre-Requisite

theoretical and fundamental knowledge. Learners should be able to (i) explain theories learned to solve problems of electricity, magnetism and optics, (ii) analyze the appropriate concepts learned using the right principle and laws and (iii) respond and contribute to the need of group work in assigned task; upon completion of the course.

Learning topics are focused on three fields: (i) electricity, (ii) magnetism, and (iii) optics physics.The stated focus are planned to be delivered during lectures; which cover eight main chapters. For electricity, the chapters covered are: (i) electric charge & electric field, (ii) Gauss¿s law & electric potential, (iii) capacitance & dielectric, and (iv) current, resistance & DC circuit. Magnetism part is coveredin (i) magnetism (introduction), and (ii) electromagnetic induction and Faraday¿s law; whereas for optics; i.e., (i) the nature of light and the law of optics, and (ii) Interference, diffraction and polarization. An assignment is designed to encourage the learners to incorporate social and teamwork skills; and cultivate good presentation skills. Learners need to sit for mid-term, final semester examinations, and fourquizzes (i.e., two offline quizzes during class, and two online-based quizzes); to ensure sufficient theoretical and fundamental knowledge. Learners should be able to (i) explain theories learned to solve problems of electricity, magnetism and optics, (ii) analyze the appropriate concepts learned using the right principle and laws and (iii) respond and contribute to the need of group work in assigned task; upon completion of the course.

The objective of this course is to give the student a basic understanding of theoretical inorganic chemistryand to apply this understanding to problem solving involving critical thinking. The topics covered in this course include periodic trends, foundations of bonding theory, basic coordination chemistry, chemistry of the main group elements and block d elements. Some of the important concepts in bioinorganic chemistryas well as nanomaterials, nanoscience and nanotechnology will be discussed. This basic understanding is to prepare the student for additional coursework, either in chemistry or in other disciplines, and to help the student function in a technological society.

This is a practical course for subject Physics 1. In this course, students will conduct and doing the experiments based on the theory and principled learned before. Students will doing nine experiments in total through groups, which are Moments, Hooke's Law, Newton Second Law, Free Fall, Projectile Motion,Density of Liquid, Thermal Expansion of Solids and Liquids, Ideal Gas and Metal Heat Capacity Experiments. students need to submit their laboratory report after each of the experiment being done. At the end of semester, students will face a written laborato

Learners are introduced to practical and hands-on activities; inclusive of (i) manipulation of instruments to conduct guided experiments, and (ii) composition of technical report. Learners need to conduct and perform the experiments based on the theory and principle learned in Physics II (BSP1143). Learners are expected to perform eight experiments (in group); vis., (i) measurement of resistance, (ii) faraday's law, (iii) electric field and potential in plate capacitor, (iv) capacitance of metal spheres and of a spherical conductor, (v) coulomb's law , (vi) dielectric constant, (vii) transformers, (viii) velocity of light and

KURSUS BAHARU BERMULA PADA SEMESTER 1 2016/2017


COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

1

1

1

Year

BSP1412

BSP1422

BSP1432

Code

PHYSICS II LABORATORY

PHYSICS LABORATORY

CHEMISTRY LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

02

01

Sec

FRI

MON

MON

MON

Day

09:00-09:5010:00-10:5011:00-11:5015:00-15:5016:00-16:5017:00-17:50

15:00-15:5016:00-16:5017:00-17:50

09:00-09:50

10:00-10:50

11:00-11:50

Time

FIST-L-PLFIST-L-PLFIST-L-PLFIST-L-PLFIST-L-PLFIST-L-PL

FIST-L-PLFIST-L-PLFIST-L-PL

FIST-L-OCL

FIST-L-OCL

FIST-L-OCL

Loc

BBBBBB

BBB

B

B

B

Mode

000202020

202020

20

20

20

Cap

NNNNNN

NNN

N

N

N

Exam Staff

TBA

01412 - SABH

01412 - SABH

0936 - IIBM

Exam Schedule

Course Synopsis

Pre-Requisite

diffraction experiments.Experiment demonstration, and safety talk is scheduled to be delivered by senior academician, and trained technical staff respectively; during second week of academic semester. Laboratory manual is given to each learner; which consists of theory, background of experiment, series of instructions, objectives, problem statement, and references. An online forum platform (accessible via kalam.ump.edu.my) is developed for discussions purposes.Learners are divided in group of three and will be assessed based on (i) peer review, (ii) technical report, and (iii) ability to manipulate instruments (which will be carried out during a practical test).Learners are aimed to be able to (i) conduct the experiments correctly and be able to explain each of the function of the instruments used, and (ii) contribute to the need of group work.

Learners are introduced to practical and hands-on activities; inclusive of (i) manipulation of instruments to conduct guided experiments, and (ii) composition of technical report. Learners need to conduct and perform the experiments based on the theory and principle learned in Mechanics & Thermodynamics and Electricity, Magnetism & Optics. Learners are expected to perform eight experiments (in groups); vis., Newton¿s Law of Motion with Cobra-3, Projectile Motion, Heat Capacity of Metals with Cobra-3, Thermal Expansion in Solids and Liquids, Density of Liquids, Kirchhoff's Law, Coulomb¿s Law, Electrical Field andPotentials in the Plate Capacitor, Dielectric Constant of Different Materials, Transformer and Diffraction ofLight at a Slit and Edge experiments.Experiment demonstration, and safety talk is scheduled to be delivered by senior academician, and trained technical staff respectively; during second week of academic semester. Laboratory manual is given to each learner; which consists of theory, background of experiment, series of instructions, objectives, problem statement, and references. An online forum platform (accessible via kalam.ump.edu.my) is developed for discussions purposes.Learners are divided in group of three and will be assessed based on (i) peer review, (ii) technical report, and (iii) ability to manipulate instruments (which will be carried out during a practical test).

Learners are introduced to practical and hands-on activities, inclusive of (i) manipulation of instruments to conduct guided experiments. and (ii) composition of technical report. Learners need to conduct and perform the experiments based on the theory and principle, learned in organic, inorganic and physical chemistry. Learners are expected to perform the eight experiments (in group); inclusive of, (i) Technique of Crystallization, (ii) Extraction Technique, Liquid-Liquid Extraction, (iii) Isolation of Caffein from Tea, (iv) Reactivity of Group IA experiments, (v) Reactivity of Halogens and its Compounds, (vi) Preparation of Inorganic Complexes, (vii) Vapour Pressure and Enthalphy of Vapourisation of Water, (viii) Adsorption Characteristics of Acetic Acid on Charchoal



COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

1

2

2

2

2

2

Year

BSP1432

BSB2002

BSB2122

BSB2143

BSB2173

BSB2442

Code

CHEMISTRY LABORATORY

BUSINESS ORGANIZATION SKILL

GENETICS

ENZYME TECHNOLOGY

BIOANALYTICAL CHEMISTRY

BIOANALYTICAL CHEMISTRY LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem02

01

01

01

01

01

SecFRI

WED

MON

THUTUE

MONTUE

FRI

Day15:00-15:50

16:00-16:50

17:00-17:50

20:00-20:5021:00-21:50

08:00-08:5009:00-09:50

08:00-08:5008:00-08:5009:00-09:50

12:00-12:5011:00-11:5012:00-12:50

15:00-15:50

16:00-16:50

17:00-17:50

TimeFIST-L-

OCLFIST-L-

OCLFIST-L-

OCL

W-DK-15W-DK-15

W-DK-15W-DK-15



FIST-L-ACL

FIST-L-ACL

FIST-L-ACL

LocB

B

B

LL

LL

LLL

LLL

B

B

B

Mode0

0

0

3030

3030

303030

606060

30

30

30

CapN

N

N

YY

YY

YYY

YYY

N

N

N

Exam StaffTBA

S0257 - RBAR

01620 - MBAG01815 - ANMBR1723 - NG

01574 - JVAP2104 - AK

01424 - MHBAR1723 - NG

01812 - HPK1869 - SZ

Exam Schedule

Course Synopsis

Pre-Requisite

This subject is designed to provide student with the essential skill of business organization skills which enable them to practice in the real business world. Through the exercise and case studies, will further enhance the understanding and importance to organizational skill in handling their daily tasks or projects. This subject also serves as basis and guidelines for the students prior venturing into entrepreneruship world.

The course will provide the students with a strong background in the basic concepts of genetics. Studentswill be introduced to the brief history pertaining to genetics, cell division and chromosomes. Apart from that, the students will be exposed to the Mendelian Law of Inheritance, gene interaction including epistasis, sex lingkage and determination, crossing, inbreeding, hetrosis and environmental effect on genetics. Other topics to be discussed include genetic application and mechanism in race and species diversification formation. Population genetics and evolutionary genetics will also be discussed.

This course provides the theory and knowledge relevant to the enzymology principles including fundamental properties of enzymes, enzyme catalytic mechanisms and enzyme kinetics. Techniques employed in enzymes purification and characterization are also emphasized in this course. Students will also be introduced to the theory as well as applications of enzyme technology in food, medical, and household industries. Finally this course serves to provide an awareness of the current and possible future applications of enzyme technologies. This course also emphasizes on the development of attitude and capability of the students to work in a group and gather information on the related field for life long learning.

This course introduces spectroscopic methods for matrix characterization, principles of electrophoresis, isoelectric focusing, capillary electrophoresis, centrifugation methods, chromatography and mass spectrometry of biomolecules.

This course introduces spectroscopic methods for matrix characterization, principles of electrophoresis, isoelectric focusing, capillary electrophoresis, centrifugation methods, chromatography and mass spectrometry of biomolecules.

INTAKE2013/2014

KOD BAHARU BERMULA SESI 2013/2014

SUBJEK INI PERLU DIAMBIL BERSAMA BSB2492/ENZYME TECHNOLOGY LABORATORY

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB2442/BIOANALYTICAL CHEMISTRY

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB2173/BIOANALYTICAL CHEMISTRY

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

2

2

Year

BSB2452

BSB2462

BSB2472

BSB3123

BSF2222

BSF2232

Code

ENZYME TECHNOLOGY LABORATORY

INDUSTRIAL MICROBIOLOGY LABORATORY

CELL AND MOLECULAR BIOLOGY LABORATORY

BIOPROCESS TECHNOLOGY

LABORATORY QUALITY MANAGEMENT

QA & QC FOR TESTING LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

THU

FRI

WED

MON

TUE

WED

Day

15:00-15:5016:00-16:5017:00-17:50

08:00-08:50

09:00-09:50

10:00-10:50

08:00-08:50

09:00-09:50

10:00-10:50

12:00-12:5013:00-13:5010:00-10:50

10:00-10:50

11:00-11:50

Time

FIST-L-ETFIST-L-ETFIST-L-ET

FIST-L-MCB

FIST-L-MCB

FIST-L-MCB

FIST-L-MCB

FIST-L-MCB

FIST-L-MCB


W-DKU-S-01

W-DKU-S-01

Loc

BBB

B

B

B

B

B

B

LLL

L

L

Mode

303030

30

30

30

30

30

30

323232

90

90

Cap

NNN

N

N

N

N

N

N

YYY

Y

Y

Exam Staff

1723 - NG2104 - AK

01615 - NBZ1683 - EAMS

01053 - NSBA2056 - RY

01815 - ANMBR1896 - SSR

01769 - SBZ01812 - HPK

Exam Schedule

Course Synopsis

Pre-Requisite

An introduction in theory, techniques and practical in modern enzyme technology laboratory. Emphasis will be given in concept and technique on basic laboratory and instrumentation handling, extraction and purification process, and polyacrylamide gel electrophoresis for enzyme/protein separation.

This course covers practical in the application of microbes in industries. Emphasis will be given on techniques for screening of potential industrial microbes, identification of microorganisms, water and food analyses, fermentation processes and antibiotic tests.

In this course, students will be introduced and practice modern biotechnology laboratory techniques and theories. The subjects that will be covered are basic laboratory equipments handling and techniques suchas microscopy, proper use of analytical balance, pipetting technique, nucleic acid isolation and purification, deoxyribonucleic acid (DNA) cloning, polymerase chain reaction (PCR) and gel electrophoresis analysis.

The course discuss on the basic operational in bioprocess technology, unit, dimension, mass transfer at the equilibrium phase, stoichiometry of microbial growth and product formation. This course explicates theconnection between microbial growth, product formation, mass transfer and environment. Likewise, this course gives an overview of the bioprocess from raw material to product. Upstream and downstream processing will be discussed. This course explains the processes and techniques used for extraction and purification of a product from culture medium. Also, bioprocess consideration in using animal and plant cell cultures will discuss using different techniques.

The purpose of this course is to introduce to you the comparable GLP and ISO 17025 Principles and Requirements for high-stakes testing and calibration laboratories. The course will address the quality infrastructure supporting testing and research laboratory management so one become familiar with many aspects of laboratory quality management and how to achieve recognition and certification. Upon successful completion of this course, students will have a firm grasp of the technical and philosophical aspects of laboratory quality management and will have the skills to initiate laboratory quality management for high-stakes testing and research programs.

This course focuses on the management of quality for manufacturing, service and public sectors to achieve global competitiveness. Emphasis is placed on new techniques for managing quality. This course

INTAKE 2013/2014

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB3481/BIOPROCESS TECHNOLOGY LAB

KOD KURSUS INI DIAMBIL BAGI SESI PENGAMBILAN BERMULA 2011/2012

KOD KURSUS INI DIAMBIL BERMULA SESI PENGAMBILAN 2011/2012

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

2

Year

BSF2232

BSK2002

BSK2123

BSK2133

BSK2183

Code

QA & QC FOR TESTING LABORATORY


MATERIAL CHEMISTRY

SEPARATION TECHNIQUE

THERMODYNAMICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

Sec

WED

MON

MONTHU

MONWED

Day

12:00-12:50

13:00-13:50

20:00-20:5021:00-21:50

15:00-15:5016:00-16:5017:00-17:50

12:00-12:5008:00-08:5009:00-09:50

Time

W-DKU-S-01

W-DKU-S-01

W-DK-15W-DK-15



Loc

L

L

LL

LLL

LLL

Mode

90

90

4242

303030

303030

Cap

Y

Y

YY

YYY

YYY

Exam Staff

01671 - MHBM01747 - RABR01823 - AZBAH

1947 - SBHS0257 - RBAR

01326 - MNFBAM1605 - FS

01099 - NBZ01737 - WNBWI

Exam Schedule

Course Synopsis

Pre-Requisite

is divided by two parts. Part one provides an introduction to quality assurance principles, including (i) Good Manufacturing Practices (GMP), (ii) ISO 9000 family and (iii) various continuous improvement techniques such as six sigma, lean manufacturing, 5S and total quality management and (iv) audit process. Part two focuses on the quality control system, which is concerned with (i) quality control tools used in industries, (ii) acceptance sampling, (iii) statistical data analysis, (iv) reliability and maintainability, and (v) cost of quality.Lectures will be conducted two hours per week; with one assignment throughout the semester. Learners are required to sit for one test, and series of quizzes to ensure sufficient fundamental knowledge. Upon completion of the course, the learners should be able to (i) hypothesize alternative approaches to solve problems related to industrial quality management systems, and (ii) demonstrate good leadership skills during accomplishment of tasks.


Materials Chemistry course encompasses the spectrum of materials types and how to use them in manufacturing. Materials span the range: metals, ceramics, polymers (plastics), and combinations of materials called composites. It will discuss the methods to produce specific properties from selecting the materials and controlling the manufacturing processes to convert the basic materials into the final engineered product. This course also will discuss on main problem in almost all industry which is corrosion. We will discuss on mechanism of corrosion occurs and how to prevent it. In addition, this course also discusses some minor type of materials such as semiconductor, optical properties and nanomaterials. By the end of this course, students will be able to correlate the fundamental understandingof the chemistry with daily use and industrial processing.

This course introduces the basic principles and instrumentation of separation methods in chemistry. The major separation method used in chemical analysis, including chromatography and electrophoresis will bediscussed. Characterization, mechanism involved in separation, instrumental systems, advantages and limitation of methods will also be discussed. Students will be exposed to development and application of knowledge in explaining the concepts and principles of separation.

This course discusses thermodynamics in greater detail. Changes in physical properties will be extensively discussed in each law of thermodynamics. A special emphasis will be placed on the basic concepts of work, heat, internal energy, heat capacity and enthalpy changes in First Law of Thermodynamic. In the Second Law, entropy changes in reversible and irreversible processes will be discussed. Absolute entropy will be discussed in Third Law. Also discussed in this course is thermal equilibrium in the Zeroth Law, principles and applications of ionic interactions and electrochemical systems.

SAHAJA

KOD KURSUS INI AKAN DIAMBIL SESI PENGAMBILAN BERMULA 2011/2012 SAHAJA

KOD KURSUS INI DIGUNAKAN BAGI PENGAMBILAN BERMULA SESI 2011/2012 KE ATAS DAN KURSUS INI PERLU DIAMBIL SEKALI DENGAN BSK2542/MATERIAL CHEMISTRY LABORATORY

BAGI KOD KURSUS INI DIGUNAKAN BERMULA SESI PENGAMBILAN 2011/2012 SAHAJA

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

2

2

2

Year

BSK2183

BSK2193

BSK2442

BSK2452

BSP2002

BSP2103

BSP2153

Code

THERMODYNAMICS

INSTRUMENTATION METHOD

INSTRUMENTATION METHOD LABORATORY

MATERIAL CHEMISTRY LABORATORY


SOLID STATE PHYSICS II

MATERIAL SCIENCE & TECHNOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem01

01

02

01

01

01

SecMON

THU

MON

THU

TUE

TUE

MON

FRIWED

Day08:00-08:5009:00-09:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:50

15:00-15:50

16:00-16:50

17:00-17:50

10:00-10:50

11:00-11:50

12:00-12:50

20:00-20:5021:00-21:50

09:00-09:5008:00-08:5009:00-09:50

TimeW-DK-13W-DK-13W-DK-12


FIST-L-IOCL

FIST-L-IOCL

FIST-L-IOCL

FIST-L-PCL

FIST-L-PCL

FIST-L-PCL

W-DK-16W-DK-16


LocLLL

LLL

B

B

B

B

B

B

LL

LLL

Mode303030

303030

30

30

30

30

30

30

3030

303030

CapYYY

YYY

N

N

N

N

N

N

YY

YYY

Exam Staff01767 - SNHBM01817 - YML

0071 - WMFBWI01579 - HBAH

0071 - WMFBWI01579 - HBAH

01326 - MNFBAM1605 - FS

S0257 - RBAR

1685 - JR

Exam Schedule

Course Synopsis

Pre-Requisite

BSK1153

This course is designed to introduce the modern instrumental methods that are used to solve analytical problems in chemistry. A qualitative and quantitative analysis which is studied in Analytical Chemistry course will be further developed. The course will begin with the explanation of instrumentation methods concept and the tools of quantitative analysis. Students will expose to spectroscopy (AAS, AES, MS, UV/VIS, FTIR, X-RAY, and NMR) and deals with the methods of electroanalytical chemistry.

This course is designed to introduce the modern instrumental methods that are used to solve analytical problems in chemistry. A qualitative and quantitative analysis which is studied in Analytical Chemistry course will be further developed. The course will begin with the explanation of instrumentation methods concept and the tools of quantitative analysis. Students will expose to spectroscopy (AAS, AES, MS, UV/VIS, FTIR, X-RAY, and NMR) and deals with the methods of electroanalytical chemistry.

This course expose students to the handling of various materials and their laboratory preperations and characterizations. The students will acquire the skill and experimental techniques for the sysnthesis, determination of their properties and characterizations of some important materials discussed in the Material Chemsitry course.


This course deals with Semiconductor physics, Fermi Surfaces, Superconductivity, Dielectrics, Ferroelectric and Noncrystalline Materials to get insight on fundamental principles governing solid state devices

This course is designed to expose the concept of structure and scaling. There are seven (7) headlines in the course; atomic structure, bonds and crystal structure, defect structure and strengthening mechanisms,failure, diffusion, material properties (mechanical, electrical, magnetic & optic), economic, and environmental issues. Student will be taught in lecture room; and the assessments which include quiz,

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK2431/INSTRUMENTATIONMETHOD LABBAGI SESI PENGMABILAN 2011/2012 PERLU DIAMBIL SEKALI DENGAN BSK2442/INSTRUMENTATION METHOD

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK2193/INSTRUMENTATIONMETHOD

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

Year

BSP2153

BSP2163

BSP2422

BSP2432

Code

MATERIAL SCIENCE & TECHNOLOGY

COLLOID & SURFACE SCIENCE

MATERIAL SCIENCE & SOLID STATE LABORATORY

RHEOLOGY & COLLOID LAB

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2

Sem

01

01

02

Sec

FRITUE

MON

TUE

THU

Day

08:00-08:5013:00-13:5014:00-14:50

14:00-14:5015:00-15:5015:00-15:50

08:00-08:5009:00-09:5010:00-10:50

Time




Loc

LLL

LLL

BBB

Mode

303030

303030

303030

Cap

YYY

YYY

NNN

Exam Staff

01497 - MABJ

01009 - SKBM@LS0400 - QW

01497 - MABJ01671 - MHBM01733 - RBR

Exam Schedule

Course Synopsis

Pre-Requisite

test, assignment and final exam will be carried out throughout the semester. At the end of semester, students are expected should be able to explain, solve, analyze and develop new ideas during problem solving; related to material science and technology. Furthermore, students also should be able to demonstrate good ethics and professional skills.

The course contains two part i.e., (i) surface science and (ii) colloid. The first section discusses about behaviour of interfaces of solid-liquid, solid-gas, liquid-liquid and liquid gas; inclusive of isotherm of adsorption. The latter discusses about behaviour and properties of colloidal system e.g., surface tension, interfacial tension, and contact angle. Lectures will be conducted three hours per week; with two assignments throughout the semester. Learners are required to sit for two tests, and series of quizzes to ensure sufficient fundamental knowledge. Upon completion of the course, the learners should be able to (i) hypothesize alternative approaches to solve problems in respective field using fundamental approach, and (ii) demonstrate good ethics and professionalism during accomplishment of tasks.

This course introduces students to fundamentals of experiment in material science and solid state field; which includes mechanical, electrical and optical measurements. Students will experience hands on learning using related experimental set ups and methods, quantitative and qualitative characterization of materials, and composition of scientific report.Experiment demonstration, and safety talk is scheduled to be delivered by senior academician, and trained technical staff respectively; during second week of academic semester. Laboratory manual is given to each learner; which consists of theory, background of experiment, series of instructions, objectives, problem statement, and references. An online forum platform (accessible via kalam.ump.edu.my) is developed for discussions purposes.Learners are divided in group of nine; required to perform nine experiments, which will be assessed based on (i) peer review, (ii) technical report, and (iii) ability to manipulate instruments for characterizations (which will be carried out during a practical test).Learners are aimed to develop psychomotor skills in manipulation of instruments to characterize properties of the synthesized/prepared materials using various laboratory instruments and advanced machineries.

In this course, learners will study on material properties through laboratory experiments. This course consists of two related field of study, colloidal systems and rheology. Learning activities are focused on the practical and hands-on activities; inclusive of (i) manipulation of instruments to perform synthesis/preparation of materials, quantitative and qualitative characterization of materials, and (ii) composition of scientific report. Learners need to prepare, and characterize Newtonian and non-Newtonian fluids; melting temperature of polymer, surface tension, contact angle of fluid, colloidal behavior and hydrophobic and hydrophilic behavior. Experiment demonstration, and safety talk is scheduled to be delivered by senior academician, and trained technical staff respectively; during second week of academic semester. Laboratory manual is given to each learner; which consists of theory, background of experiment, series of instructions, objectives, problem statement, and references. An online forum platform (accessible via kalam.ump.edu.my) is developed for discussions purposes. The class is divided into groups. Each group will perform different experiment each week which will be assessed based on (i) peer review, (ii) technical report, and (iii) ability to manipulate instruments for characterizations (which will be carried out during a practical test. Learners are aimed to develop psychomotor skills in manipulation of instruments to characterize the prepared materials.

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

2

3

3

3

3

3

Year

BSP2432

BSB2193

BSB3113

BSB3472

BSB3482

BSB3492

Code

RHEOLOGY & COLLOID LAB

INDUSTRIAL MICROBIOLOGY

GENE TECHNOLOGY

GENE TECHNOLOGY LABORATORY

BIOPROCESS TECHNOLOGY LABORATORY

PLANT MAMMALIAN CELL TECHNOLOGY LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem01

01

01

01

01

SecTHU

MONTUE

TUE

WED

THU

THU

Day14:00-14:5015:00-15:5016:00-16:50

17:00-17:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5009:00-09:50

08:00-08:50

08:00-08:50

09:00-09:50

09:00-09:50

10:00-10:50

10:00-10:50

15:00-15:5016:00-16:5017:00-17:50

TimeFIST-L-BIFIST-L-BIFIST-L-BI



FIST-L-MCBPR1FIST-L-

MCBPR1FIST-L-

MCBPR1FIST-L-

MCBPR1FIST-L-

MCBPR1FIST-L-

MCBPR1

FIST-L-BPFIST-L-BPFIST-L-BP

LocBBB

LLL

LLL

B

B

B

B

B

B

BBB

Mode303030

303030

373737

35

36

35

36

35

36

313131

CapNNN

YYY

YYY

N

N

N

N

N

N

NNN

Exam Staff01660 - ASBS01664 - FHBZ

0525 - NSBA1683 - EAMS

01053 - NSBA01424 - MHBAR

01053 - NSBA01424 - MHBAR

01815 - ANMBR1896 - SSR

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces various industrial applications of microorganisms in traditional fermentation process and advanced contemporary applications such as productions of biological materials and vaccines, biopharmaceutical, bioemulsifier, biopolymers, and biodegradation. Discussion includes biotechnology unit operation, bioprocess design, process modulation, kinetics and analysis. In addition, students will be introduced to work flow and operation of an industry through a site-visit to a related industry.

Topics discussed include the advanced techniques in gene technology including application of polymerase chain reaction (PCR) and real-time PCR, recombinant technology, genomic and cDNA libraries, molecular markers, DNA hybridization, functional genomic and genetic engineering in plants andanimals. This course emphasize on the application of gene technology in agriculture, medical and forensic. Students are also trained to participate in group discussion and present on the application of gene technology and related ethical issues

Students will be exposed to the techniques in gene technology such as total DNA/RNA extraction, gene detection and analysis using conventional PCR contrasting with analysis using realtime PCR. In addition, DNA molecular marker techniques also will be also be covered in this course. Students will also be exposed to the application of bioinformatics softwares for gene analysis and sequence confirmation. The mini project included in this course exposed students to the essential workflow of molecular and gene analysis studies.

The course discuss on the basic operational in bioprocess technology, unit, dimension, mass transfer at the equilibrium phase, stoichiometry of microbial growth and product formation as well. This course explicates the connection between microbial growth, product formation, mass transfer and environment. Likewise, this course gives an overview of the bioprocess from raw material to product. Upstream and downstream processing will be discussed. This course explains the processes and techniques used for extraction and purification of a product from culture medium. Also, bioprocess consideration in using animal and plant cell cultures will discuss using different techniques.

This course introduce techniques and skills required in both plant and animal cell/tissue culture laboratories. Aseptic techniques and sterilization are emphasized in this course. For plant cell and tissue culture practicals, students are exposed to media preparation and several tissue culture techniques

INTAKE2013/2014

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

3

Year

BSB3492

BSB3563

BSK3103

BSK3143

BSK3153

BSK3163

Code

PLANT MAMMALIAN CELL TECHNOLOGY LABORATORY

BIOREMEDIATION

ORGANIC SPECTROSCOPY

UNIT OPERATION

ORGANIC CHEMISTRY PROCESS

INORGANIC CHEMISTRY PROCESS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

WED

MON

TUE

MON

TUE

MON

TUE

FRI

TUE

Day

15:00-15:5016:00-16:5017:00-17:50

15:00-15:5016:00-16:5015:00-15:50

08:00-08:5009:00-09:5014:00-14:50

10:00-10:5011:00-11:5010:00-10:50

08:00-08:5009:00-09:5015:00-15:50

Time

FIST-L-BPFIST-L-BPFIST-L-BP





Loc

BBB

LLL

LLL

LLL

LLL

Mode

303030

303030

303030

323232

333333

Cap

NNN

YYY

YYY

YYY

YYY

Exam Staff

01031 - MALBA01475 - TSH

01620 - MBAG1683 - EAMS

01814 - ANBM2057 - MSS

01767 - SNHBM01817 - YML

1870 - MNAS0447 - CSL

Exam Schedule

Course Synopsis

Pre-Requisite

including callus induction, organogenesis,shoot and root induction, and acclimatization of tissue cultured plntlets. While in anaimal cell practicals, students are exposed to the techniques of handling mammalian cells, preparation of primary cell culture, calculating viability of cells and also cell toxicity studies.

This course introduces various advanced applications of plants and microorganisms in evaluating whether bioremediation is a viable strategy for remediation of a contaminated site, factors that influence the rate and extent to which environmental contaminants are metabolized by microorganisms in the environment as well as bioremediation techniques for clean-up the mess according to bioremediation classifications as Biotransformation, Biodegradation and Mineralization. In addition, the student will be able to dealing with an effective innovative technology for treatment of a wide variety ofcontaminants. This technology includes phytoremediation (plants) and rhizoremediation (plant and microbe interaction). Rhizoremediation, which is the most evolved process of bioremediation, involves theremoval of specific contaminants from contaminated sites by mutual interaction of plant roots and suitablemicrobial flora.

This course deals with the four major instrumental methods such as ultra-violet/visible, infrared, mass spectroscopy and nuclear magnetic resonance spectroscopy. It provides a concise introduction to the physical background of each, describing how molecules interact with electromagnetic radiation or how they fragment when excited sufficiently, and how this inform ation may be applied to the determination of chemical structures of organic compounds. It also includes simple descriptions of instrumentation and emphasizes modern methodologies such as the Fourier transform approach to data analysis. Each chapter is related with a set of problems to be solved in the tutorial lectures to test the understanding of organic spectroscopy.

This course discusses material balance on steady and recycle states and material balance based on chemical processes. Emphasis will be placed on energy balance concept based on chemical processes including calculation of heats of reactions and application of the steam table. Also covered in this course are fluid pressure and fluid dynamics, liquid flow measurement, heat transfer and heat exchangers.

This course reviews the whole spectrum of todays most commonly used industrial organic chemicals. It explains their origins, uses, preparations. It answers questions of today of chemical industry, such as, what are the industrial chemicals and where do they come from? How are they made? What are the factors that affect their level of production and pricing? The course covers the sorces, their competitive process and commercial uses of main building blocks starting from 1 carbon structure to other cycle building blocks as well as other important industrial products such as organic pigments , oils and fats, soap & detergents etc.

Modern inorganic chemical processes in the framework of globalisation, sustainability and technical innovation; Major inorganic chemistry industries; Traditional and novel inorganic processes; New

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSK3451/UNIT OPERATION LAB

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

Year

BSK3163

BSK3462

BSK3472

BSK3513

BSK3523

Code

INORGANIC CHEMISTRY PROCESS

ORGANIC SPECTROSCOPY LABORATORY

UNIT OPERATION LABORATORY

PETROCHEMISTRY

OLEOCHEMISTRY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

Sec

MON

TUE

FRI

WED

MON

TUE

Day

16:00-16:5017:00-17:5008:00-08:50

15:00-15:50

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

10:00-10:50

14:00-14:5015:00-15:5009:00-09:50

Time


FIST-L-IOCL

FIST-L-IOCL

FIST-L-IOCL

FIST-L-UOL

FIST-L-UOL

FIST-L-UOL


Loc

LLL

B

B

B

B

B

B

LLL

Mode

303030

30

30

30

30

30

30

303030

Cap

YYY

N

N

N

N

N

N

YYY

Exam Staff

01464 - GPAM

01814 - ANBM2057 - MSS

01767 - SNHBM01817 - YML

0366 - MHBAR

Exam Schedule

Course Synopsis

Pre-Requisite

chemical science and engineering technology; Sophisticated information systems in product and process design and development; Manufacturing and operation; Future of inorganic chemical processes; R&D need for new process chemistry.

The aim of this course is to provide students with a basic understanding of spectroscopic analysis suitablefor the determination of the structure of organic molecules. The course will concentrate upon the most commonly used techniques in organic structure determination, i.e. infrared spectroscopy (IR), ultraviolet-visible (UV-Vis) spectroscopy and gas-chromatography-mass spectrometry (GC/MS). The amount of timedevoted to each technique in this course is meant to be representative of their current usage for structure determination

Laboratory experiments are designed and structured for the course is related to several unit operations in an open laboratory concept. Laboratory practice are based on pilot-scale apparatus i.e. tray drier, mixers, fixed and fluidised unit, batch and continuous distillation column unit, liquid-liquid extraction unit etc

This course gives an overview on related processes and issues involved in petroleum and petrochemical industry. The first part of the course will introduce the concept of petroleum refining including the main processes such distillation, reforming, cracking, coking and blending. The parameter affecting each process will be discussed. The characterization and analysis of various petroleum feedstocks and products using basic and advanced instruments will be introduce in this course. The second part of the course will cover the downstream processes to produce fine chemicals and other petro-based products from different feedstock i.e. C1 to C4 alkanes, olefins and aromatics hydrocarbon. Besides, this course will also introduce alternative hydrocarbon feedstocks other than petroleum including biobased feedstock.Lastly, some of the safety aspects as well as environmental and pollution prevention in petroleum refining and petrochemical industry will be discussed.

This course covers various aspects of oils and fats, including oleochemical derivatives. Oleochemicalcompounds are environmentally friendly chemicals that can be produced from raw material of oils andfats from plant, animal and petroleum by cracking process, or modification. In recent times, withdepleting oils from fossil origin, oils and fats of non-fossil origin have started to make great re-entriesinto various industries including the fuel sector. The advantage of such oils and fats is that theirsources are renewable. Research in the field of Oleochemistry has been progress rapidly in Malaysia.This allows our country to continue to emerge as a developed country that is competitive andcontinues to lead the global oleochemical industry. In this course, recent trends in research anddevelopment of Oleochemistry will be discussed.

KURSUS ELEKTIF BAGI PELAJAR TAHUN 3 KE ATAS SAHAJA


COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

3

Year

BSK3523

BSK3533

BSK3593

BSK3633

BSP2183

BSP2193

Code

OLEOCHEMISTRY

POLYMER CHEMISTRY

ENVIROMENTAL CHEMISTRY

MEDICINAL CHEMISTRY

SURFACE CHARACTERIZATION & ANALYSIS

RHEOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem01

01

01

01

01

SecTHU

TUE

THU

WED

FRI

THU

TUE

WED

THUTUE

Day16:00-16:5017:00-17:5011:00-11:50

09:00-09:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:5008:00-08:50

16:00-16:5017:00-17:5012:00-12:50

11:00-11:5008:00-08:5009:00-09:50

TimeV-BK-03V-BK-03V-BK-03





LocLLL

LLL

LLL

LLL

LLL

Mode343434

303030

363636

313131

303030

CapYYY

YYY

YYY

YYY

YYY

Exam Staff01769 - SBZS0447 - CSL

01747 - RABR

0071 - WMFBWI01817 - YML

01814 - ANBM1870 - MNA

S0400 - QW

Exam Schedule

Course Synopsis

Pre-Requisite

The course highlight the fundamental principles of polymer chemistry and technology. The discussion covers the reactions mechanism and types of polymers based on reactions category. The general characteristics of polymer, polymerization process, polymer synthesis, specific characteristic of polymer including thermal, morphological and reheolocal properties. The progress / development of industrial polymers using the advanced technologies. The role played by polymer in the universe, earth, living system and human society is realized and a better understanding of polymeric materials in daily life.

This course introduces the concepts of environmental science, environmental analysis, and environmental issues. It covers some fundamental aspects of the science of atmosphere, waters, and soil. This course covers environment quality guidelines used in Malaysia. It also covers the environmental monitoring strategies and analysis of inorganic and organic analyte in environment.

The medicinal chemistry course discusses the introduction of Medical plants, important source of drugs and role in drugs discovery. This course describes the Extraction of lead bioactive compounds, their chemistry, isolation and purification novel drugs, transform of simple drugs into bioactive compounds. This course focusing on the key concepts of drugs and their synthesis application human health. Med. Chem. course targeting the chemistry of drugs and their metabolism, and how a drug act in metabolic pathway. These contents of course have potential understanding about enzymes inhibitions and mechanism in drugs synthesis and application. Through a study of the selected enzymes inhibitors, the batter view of drugs mechanism could be predictable. Particular emphasis is placed on the antibacterial agents underlying mechanistic pathways and role of antibiotics. This course also focusing on the key concepts of Structure Activity Relationship of drugs and affects and importance. This course comprises about Nucleic acid, DNA and RNA and medicinally importance in genetic and role in mutation.

This course will provide an introduction to surface characterization techniques along with the analyses required for each instruments. Learning activities cover two main aspects of surface characterizations: (i) material structure, and (ii) chemical analysis. The first six chapters cover commonly used techniques for microstructure analysis including light microscopy, X-ray diffraction method, transmission and scanning electron microscopy, scanning tunnelling microscopy and atomic force microscopy. The final two chapterscover widely techniques for chemical analysis which are fluorescence X-ray spectroscopy, X-ray energy dispersive spectroscopy, ultraviolet-visible spectroscopy and photoluminescence.

Learning activities are focused on rheological concepts in daily life; along with definition some scientific terminologies such as (i) flow deformation, (ii) Newtonian and Non-Newtonian fluid behavior, (iii) viscometry characteristics, (iv) polymer rheology, and (v) food and surfactant behavior. The stated focus are planned to be delivered during lectures; which cover with industrial application (i.e., oil and gas production, food production, and packaging production). Industry visit to food and packaging based


KOD INI DIGUNAKAN OLEH SESI 2012/2013 SAHAJAKURSUS ELEKTIF BAGI PELAJAR TAHUN 3 KE ATAS SAHAJA

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

Year

BSP2193

BSP3123

BSP3133

BSP3143

BSP3442

Code

RHEOLOGY

POLYMER & COMPOSITE

NONDESTRUCTIVE TEST

METAL & ALLOY

POLYMER, COMPOSITE & CERAMIC LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

Sec

FRIMON

MON

TUE

MON

THU

MONTUE

Day

11:00-11:5013:00-13:5014:00-14:50

14:00-14:5015:00-15:5016:00-16:50

15:00-15:5016:00-16:5017:00-17:50

17:00-17:5009:00-09:5010:00-10:50

Time





Loc

LLL

LLL

LLL

LLL

Mode

303030

303030

303030

303030

Cap

YYY

YYY

YYY

YYY

Exam Staff

01660 - ASBS

01575 - NBS01747 - RABR2063 - JBI

01664 - FHBZ

01497 - MABJ01733 - RBR

Exam Schedule

Course Synopsis

Pre-Requisite

companies (e.g., Grandeur Chocolate Industries & Yakult (M) SDN BHD) is scheduled; to ensure sufficient industrial exposure to the learners. Assignment is given to further strengthen the understandingof the course. The activities incorporated in this course are to create an active participation (psychomotor/critical thinking & problem solving) during the lecture sessions. Learners need to sit for mid-term, final semester examinations, and four quizzes; to ensure sufficient theoretical and fundamental knowledge. Learners should be able to (i) hypothesize alternative approaches to solve problems using the knowledge of rheology, and characterizations in industry and research domains, and (ii) practice and cultivate entrepreneurial skills during presentation of idea; upon completion of the course.

This course is to give the knowledge and understanding on polymers and composite. On the polymers part, students will be exposed on polymer classification, polymer structure, polymerization reactions and also the glass transition temperature of the polymeric materials. Students also will learn on the manufacturing process of manufacture thermosetting and thermoplastic components and also their deformation, strengthening, stress-relaxation and fracture mechanisms. On the composite part, students will be exposed on composite material, the major constituents and various classification of composite. Students also will be teaching on the roles of the reinforcement phase and the matrix phase in composite,their manufacturing process and also the properties and application of the composite.

Non-destructive testing (NDT), also called non-destructive evaluation (NDE) and non-destructive inspection (NDI), is testing that does not destroy the test object. NDE is vital for constructing and maintaining all types of components and structures. The course contains a few focus techniques of NDT namely as, dye penetrant inspection, radiographic testing, electromagnetic testing and ultrasonic testing. Upon completion of this course, the students will be able to understand the principle, needs and the technique to conduct a simple testing. This course will elaborate on the theory behind each method, the production of the probes and the mechanism to detect them, the properties of materials to be tested, the test methods involved and the advantages and disadvantages of each method.

Metals and Alloys study requires a good understanding of fundamental knowledge of sciences; which involves investigation of chemical and physical properties of metallic elements, compounds and alloys. The course will cover metal-related technologies, including extraction methods used in industry and engineering, and metalworking processes such as casting, forging and sintering.

Learners should be able to (i) apply comprehensive knowledge, identify problems and formulate creative and innovative solutions in metals and alloys processing, and fabrications in industry, and (ii) practice empathy, responsibilities, integrity, and professionalism in their endeavors; upon completion of the course.

Practical and hands on approach of learning techniques for synthesis, and quantitative and qualitative characterization of polymer and composite as applied in industry. Focuses of laboratory activities are techniques to analyze the microstructure and mechanical properties. To establish student deductive skill, characterize in further analysis and data manipulation of raw data from advance instrumentation techniques, and also collective data approach in determining a particular material property.

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

4

4

4

Year

BSP3442

BSP3452

BSP4503

BSB3163

BSB4173

BSB4422

Code

POLYMER, COMPOSITE & CERAMIC LABORATORY

ADVANCE MATERIAL LABORATORY

THIN FILM TECHNOLOGY

PLANT AND MAMMALIAN CELL TECHNOLOGY

EXTRACTION AND BIOSEPARATION

EXTRACTION AND BIOSEPARATION LABORATORY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem01

01

01

01

01

SecTHU

THU

FRI

TUE

MON

WED

MON

TUE

Day08:00-08:5009:00-09:5010:00-10:50

14:00-14:50

15:00-15:50

16:00-16:50

10:00-10:5011:00-11:5014:00-14:50

08:00-08:5009:00-09:5008:00-08:50

14:00-14:5015:00-15:5014:00-14:50

TimeFIST-L-BIFIST-L-BIFIST-L-BI

FIST-L-OCL

FIST-L-OCL

FIST-L-OCL




LocBBB

B

B

B

LLL

LLL

LLL

Mode303030

30

30

30

606060

303030

606060

CapNNN

N

N

N

YYY

YYY

YYY

Exam Staff01575 - NBS2063 - JBI2278 - AGES

01009 - SKBM@L0936 - IIBM

S0400 - QW

01031 - MALBA01475 - TSH

01812 - HPK1896 - SSR

Exam Schedule

Course Synopsis

Pre-Requisite

Learners are introduced to practical and hands-on activities; inclusive of (i) manipulation of instruments to perform synthesis/preparation of materials, quantitative and qualitative characterization of materials, and (ii) composition of scientific report. Learners need to synthesis functional materials i.e., quantum dots, nanowires, nanoparticles, liquid crystals, organic dyes, organometallic frameworks, and solid polymer electrolytes; using wet chemical process, electrospinning machine, and microwave technique. Demonstration, and safety talk is scheduled to be delivered by senior academician, and trained technical staff respectively; during second week of academic semester. Laboratory manual is given to each learner;which consists of theory, background of experiment, series of instructions, objectives, problem statement, and references. An online forum platform (accessible via kalam.ump.edu.my) is developed for discussions purposes. Learners are divided in group of three; required to perform ten experiments, which will be assessed based on (i) peer review, (ii) technical report, and (iii) ability to manipulate instruments for characterizations (which will be carried out during a practical test). Learners are aimed to develop psychomotor skills in manipulation of instruments to characterize properties of the synthesized/prepared materials.

This course exposes students to overview the Thin Film Technology in various industry. This course will explain the preparation method of thin film and the properties of thin film such as optical properties, electrical properties, magnetic properties and mechanical properties. The reactions of thin film and several techniques for thin film characterization are discuss in details. Students will also learn the applications of thin film.

Topics will be discussed in this course includes concepts, techniques and applications of plant and mammalian cell culture; principle of totipotency; essential equipment of a tissue and cell culture facility; growth media preparation; methods for growing and store suspension and adhesion cultures; different celltype such as embriogenic culture, callus, independent cell, and stem cells; as well as benefits from clone reproduction in agriculture, livestock, medicine, and other related fields. Principle and benefit of cryo preservation and germplasm collection also will be discussed further.

This course introduces the basic principle of extraction, separation and purification of bioproducts together with theory and principle of related separation instrument. In extraction parts, students will be exposed on extraction methods of nucleic acids, proteins and metabolic compounds. While in bioseparation parts, students will be exposed on separation and purification principles, techniques including separation by liquid chromatography, filtration, precipitation, sedimentation, crystallization and drying process.

This course exposes students the principle of extraction, separation and purification of bioproducts together with related separation instrument. In extraction parts, students will be exposed on extraction

SUBJEK INI PERLU DIAMBIL SEKALI DENGAN BSB3441/PALNT AND MAMMALIAN CELL TECHNOLOGY LAB

COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level

4

4

Year

BSB4422

BSK4153

BSB3503

BSB3593

BSK3573

Code

EXTRACTION AND BIOSEPARATION LABORATORY

ADVANCE INSTRUMENTATION TECHNIQUE

BIOMANUFACTURING

BIOSENSOR TECHNOLOGY

FLAVOR AND FRAGRANCE CHEMISTRY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01

Sec

WED

FRI

THUWED

MON

TUE

THUWED

Day

08:00-08:5009:00-09:5010:00-10:5008:00-08:5009:00-09:5010:00-10:50

09:00-09:5016:00-16:5017:00-17:50

10:00-10:5011:00-11:5011:00-11:50

11:00-11:5011:00-11:5012:00-12:50

Time

FIST-L-BCFIST-L-BCFIST-L-BCFIST-L-BPFIST-L-BPFIST-L-BP




Loc

BBBBBB

LLL

LLL

LLL

Mode

303030303030

000

373737

303030

Cap

NNNNNN

YYY

YYY

YYY

Exam Staff

01615 - NBZ01812 - HPK

01812 - HPK1896 - SSR

01389 - CKF01464 - GPAM01579 - HBAH01737 - WNBWI0366 - MHBAR1605 - FS1870 - MNA2057 - MSS

2056 - RY

2104 - AK

Exam Schedule

Course Synopsis

Pre-Requisite

methods of nucleic acids, proteins and metabolic compounds. While in bioseparation parts, students will be exposed on separation and purification techniques.

This course is designed to produce graduates who have knowledge of advanced instrumentation involvedin chemical-related industries and sectors (i.e. oil and gas, material, bio-related, commercial testing laboratory, environment). Topics discussed in this course cover physical and chemical testing, surface analysis, trace element analysis, thermal analysis and molecular testing. Students will learn the theory of the selected advanced instrumentation techniques, their operation and apply them into different chemical-related applications. Upon completion, students should be able to interpret and analyse the data obtainedfrom each instruments

This course provides a brief description about process plant design and basic fundamental of Good Manufacturing Practice (GMP). It is important to know all processes in plant and distinguish between them. Nowadays, GMP is known as an essential backbone for compliance in good manufacturing practices. Therefore, students will learn how to design flowsheets in process plant and able to explain all processess that involved in manufacturing for example upstreaming, scale up and downstreaming process. Other than that, students will learn how to construct a feedback and feedforward system in biomanufacturing. Students also will be introduced to GMP, facilities related, documentation as well as will be exposed to important and related components in commercialization such as issues, biosafety, regulations, facilities and expertise needed in biotechnology industries.

This course discusses current concepts, terms and applications of biosensor technology. This course integrates knowledge from various fields such as genetic engineering, immuno techniques and protein engineering for the production of biosensor devices in multitude of applications such as medical, food analysis, clinical diagnostics and environmental monitoring. The course also focuses on the classification and the principles of the various types of biosensors, various measurements involved, biological materialsor bioreceptors, transducer descriptions, biosensor characteristics and their recent applications.

"This course is an introduction to aroma chemicals, essential oils, fragrances and flavour compositions forthe food, cosmetics and pharmaceutical industry. The present state-of-the-art technology, the future use of resources and approaches for the production of the respective chemical compounds will be discussed. Another section is devoted to the description of the renewable resources of flavours: spice plants, fruits from moderate to tropical climates, vegetables, fermented and heated plants. Analytical methods, such asgas chromatography coupled to human or electronic noses or to a mass spectrometer, will be outlined.


COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

Campus

DEGREE

Level Year

BSK3573

BSK3583

BSP3503

BSP3513

BSP4513

Code

FLAVOR AND FRAGRANCE CHEMISTRY

ELECTROCHEMISTRY

SOLAR CELL TECHNOLOGY

ELECTRONIC CERAMICS

CORROSION

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

Sec

MONTHU

THU

TUE

THUWED

THUWED

Day

12:00-12:5011:00-11:5012:00-12:50

14:00-14:5015:00-15:5012:00-12:50

11:00-11:5010:00-10:5011:00-11:50

12:00-12:5008:00-08:5009:00-09:50

Time





Loc

LLL

LLL

LLL

LLL

Mode

303030

303030

303030

323232

Cap

YYY

YYY

YYY

YYY

Exam Staff

0373 - SNBT

01389 - CKF

01009 - SKBM@L

2278 - AGES

Exam Schedule

Course Synopsis

Pre-Requisite

Consumer trends, legal and safety aspects will also be discussed. Novel renewable resources are sourced from biotechnology; enzymes, for example, bio-transform cheap substrates to produce flavours de novo"

This course gives an overview of electrode processes, showing the way in which the fundamental components of the subject come together in an electrochemical experiment. There are individual discussions of thermodynamics and potential, electron-transfer kinetics and mass transfer in electrochemical system. Concept from these basics areas are integrated together in treatments of variousmethods. The interfacial structure, adsorption and modified electrode will also be discussed. By masteringthe fundamental in electrochemical processes, their applications in various aspects will be discussed.

Learning activities are focused on (i) fundamental of photoelectric conversion (i.e., charge excitation, transportation, separation, and collection), (ii) mechanisms (i.e., electron injection efficiencies, energy loss, and multi exciton generation), (iii) fabrications, and (iv) characterizations of solar cell. The stated focus are planned to be delivered during lectures; which cover four main technologies (i.e., monocrystalline, thin film, dye sensitized, and quantum dots solar cell). Industry visit to solar cell-based companies (e.g., AUO Sunpower Sdn Bhd, RadTech Sdn Bhd, and HBE Gratings Sdn Bhd) is scheduled;to ensure sufficient exposure of Silicon-based solar cell processing in industry to the learners. A problem-based assignment is designed to encourage the learners to incorporate technopreneurial skills (e.g., identifying new materials for solar cell, proposing a business plan, and installation of solar cell during community service activity). Learners need to sit for mid-term, final semester examinations, and four quizzes (i.e., two offline quizzes during class, and two online-based quizzes); to ensure sufficient theoretical and fundamental knowledge. Learners should be able to (i) hypothesize alternative approaches to solve problems in solar cell fabrications, and characterizations in industry and research domains, and (ii) practise and cultivate entrepreneurial skills during presentation of idea; upon completionof the course.

This course introduces and discusses the types and properties of electronic ceramics. The course covers ceramic materials for such applications; i.e., conductor, magnetic materials, electro-optic materials, superconductor, pyroelectric and piezoelectric materials as well as their fabrication and characterizations. Industrial visit is planned to introduce students in depth understanding for electronic ceramics applications.Students will be assigned to have a topic of electronic ceramics application and give a presentation to incorporate with technopreneurial skills. Written test such as quizzes (both offline and online), mid-term test and final test will be given to evaluate the students learning.Upon completion of the course, the students are able to solve the basic problem of electronic ceramics development and applications as well the capability in analyzing and providing the alternative solution of problem regarding the electronic ceramics applications.

Learning activities are focused on (i) introduction to corrosion (i.e., main reasons to study corrosion), (ii) mechanism (i.e., polarization, passivation, and corrosion rate,) (iii) types of corrosion, and (iv) corrosion


COURSE TIMETABLE

19-DEC-16 09:21 AM


GAMBANG

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

4

Year

BSP4513

BSP4314

Code

CORROSION

FINAL YEAR PROJECT II

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01

Sec

MON

TUE

Day

10:00-10:5011:00-11:5013:00-13:50

Time


Loc

LLL

Mode

323232

0

Cap

YYY

N

Exam Staff

01733 - RBR

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

control (material selection, corrosion inhibitor, cathodic and anodic protection).

This course will be delivered via lectures; which begin with explanation on the principle of corrosion including related electrochemical reactions, polarization and passivity as well as applications of thermodynamics to corrosion and electrode kinetics. All types of corrosion namely aqueous and non-aqueous corrosion, atmospheric corrosion, biological corrosion, and corrosion in selected environments such as soil, concrete, marine and sulphur bearing solutions are discussed. Introduction on basic principleof corrosion control for all types of corrosion are also discussed.

A problem-based assignment is designed to develop learners¿ ability to analyze and carry out corrosion investigations, apply theoretical knowledge, and develop technical report writing skills. Learners need to sit for mid-term, final semester examinations, and four quizzes (i.e., two offline quizzes during class, and two online-based quizzes); to ensure sufficient theoretical and fundamental knowledge.

Learners should be able to apply comprehensive knowledge, identify problems and formulate creative andinnovative solutions to corrosion problems upon completion of the course.

This course is a continuation of BSP3023-Final Year Project I. Learning activities are directed on completion of individual research project (by advisor monitoring), thesis preparation and project presentation. The stated focus are planned to be delivered by active/engaged learning with advisor, practical laboratory work, self-reading and draft preparation. Students will gather suitable data to answer research objectives; handling data analysis and discussion prior thesis writing. Students are assessed based on complete draft of thesis; effective communications of their findings during oral presentation and log book arrangement. At the end of this term, each student is expected to submit a fully developed and presented project that reflects the student's command of the tools and processes of material technology knowledge.

COURSE TIMETABLE

19-DEC-16 09:19 AM

Faculty : FACULTY OF ENGINEERING TECHNOLOGY

GAMBANG

Campus

DEGREE

Level

1

1

1

1

2

Year

BTP1143

BTP1523

BTP1613

BTP1623

BPS2113

Code

ENVIRONMENTAL TECHNOLOGY

ELECTRICAL FUNDAMENTALS

INTRODUCTION TO PHARMACEUTICAL SCIENCE

MANUFACTURING & PROCESSING TECHNOLOGY

OCCUPATIONAL SAFETY AND HEALTH MANAGEMENT SYSTEM

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01L

01

01L

02

02L

01

02

01

02T

Sec

TUE

THU

TUE

WED

TUE

WED

MON

TUE

MON

THU

MON

THU

THU

Day

14:00-14:5015:00-15:50

11:00-11:5012:00-12:50

14:00-14:5015:00-15:50

14:00-14:5014:00-14:5015:00-15:5015:00-15:5014:00-14:5015:00-15:50

10:00-10:5011:00-11:5014:00-14:5015:00-15:50

16:00-16:5017:00-17:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5009:00-09:5010:00-10:50

11:00-11:5012:00-12:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

T-BK-01T-BK-01

T-BK-01T-BK-01

T-DK-06T-DK-06

ET-L-05T-DK-03ET-L-05T-DK-03T-DK-06T-DK-06

ET-L-05ET-L-05T-DK-03T-DK-03

T-BK-01T-BK-01

ETIM-S-01ETIM-S-01T-BK-02T-BK-02V-BK-02V-BK-02

T-BK-01T-BK-01T-BK-03T-BK-03T-BK-03T-BK-03

Loc

LL

BB

LL

BBBBLL

BBBB

LLLLLLLL

LLLLTT

Mode

4747

2323

3232

323232323232

32323232

3232323232323232

474747473030

Cap

YY

YY

YY

YYYYYY

YYYY

YYYYYYYY

YYYYYY

Exam Staff

0729 - MZBS2050 - MABA

0729 - MZBS2050 - MABA

0131 - MABMH2139 - YHN

0131 - MABMH

0131 - MABMH2139 - YHN

0131 - MABMH2139 - YHN

0729 - MZBS2050 - MABA

0729 - MZBS2112 - KM

01567 - RZBE

01567 - RZBE0319 - MABHR

Exam Schedule

Course Synopsis

Pre-Requisite

The primary objective of the course is to give students a foundation of knowledge and understanding of waste management. The course presents concept and techniques for testing and analysis of the waste. Practical experiments in the laboratory will also be conducted. Students will be exposed to the water & wastewater analysis, air pollution control and solid waste management.

Familiarise students with the principles of energy storage and transport in electric and magnetic circuits. The course will provide the knowledge and skills required to safely build electric circuits and to measure and analyse the currents, voltage and power in circuit.

This module aims to provide the student with an understanding of the stepwise manufacture of tablets and some other pharmaceutical dosage form

This course is designed to provide the student with an understanding of the equipment unit processes used in pharmaceutical industry and the organization of pharmaceutical manufacturing plant.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

3

Year

BPS2113

BTP2153

BTP2333

BTP2723

BPS3512

Code

OCCUPATIONAL SAFETY AND HEALTH MANAGEMENT SYSTEM

PHARMACEUTICAL FORMULATION METHODS

THERMODYNAMICS

INDUSTRIAL NETWORKS


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

02

01

01L

01

Sec

MON

WED

TUE

FRI

MON

FRI

MON

MON

TUE

MON

Day

12:00-12:5013:00-13:5012:00-12:50

11:00-11:5012:00-12:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:5010:00-10:5011:00-11:50

16:00-16:5017:00-17:5016:00-16:5017:00-17:50

18:00-18:50

Time

ZDK13ZDK13ZDK13

T-BK-02T-BK-02

T-DK-06T-DK-06T-DK-06T-DK-06T-DK-06T-DK-06T-DK-06T-DK-06

Z01-0006Z01-0006

FSK12FSK12

T-DK-02

Loc

LLL

LL

LLLLLLLL

LLBB

L

Mode

606060

4747

3232323232323232

47472323

60

Cap

YYY

YY

YYYYYYYY

YYYY

N

Exam Staff

2238 - MSBAH

0319 - MABHR2112 - KM

0115 - MSBAM0740 - RBH

0115 - MSBAM0729 - MZBS

2287 - MSA

2287 - MSA

01298 - NBA01300 - ABAS01333 - ARBI01450 - NBI01462 - NBMH01503 - JBZ0692 - MEBAJ1763 - ABI

08/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BPS1113 BPS1313

BPF2113

This course will expose the candidates to the latest and existing Occupational Safety and Health Management System (OSH-MS), the evolution and the elements in the systems that cater current requirement in OSH. The course also introduces the concepts, relationships and principles of managing the OSH function and the development of training procedures and practices to integrate that function into the organization.

This course aims to provide the student with an in-depth knowledge of formulation development, manufacture and process limitations of solid & liquid dosage forms, sustained release products, veterinaryproducts, aerosols and topical products

This course focuses on the application of the thermodynamics knowledge in various engineering systems.The subject covers the review and analysis of energy, gas power cycles, vapour power cycles, refrigeration cycles, gas mixtures, gas-vapour mixture, heat transfer mechanisms and heat exchanger configurations.

This subject aims to equip the student with the skills necessary understand various different network topologies and protocols which are encountered in the industrial environment. The students are also familiarised with hardware elements of a typical network system such as cabling, nodes, sensors, networkdevices and interfaces.

Final Year Project is intended to give an exposure to the students on the process of conducting academic research in their respective area of study such as Industrial Technology Management, Project Management, or Occupational Safety and Health. Final Year Project consists of Final Year Project I (BP*3512/3522) and Final Year Project II (BP*4514/4524).

This subject is intended to give an exposure to the students on the process of conducting academic research in their respective area of Occupational Safety and Health. The students are expected to prepare and present their research/project proposal

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

4

Year

BPS3623

BTP3353

BTP3363

BTP3742

BPS4514

Code

AIR POLLUTION CONTROL TECHNOLOGY

AUTOMATION SYSTEMS

MANUFACTURING SYSTEMS LEAN SIX SIGMA

TECHNOLOGY TRANSFER


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01T

01

Sec

TUE

WED

MON

TUE

THU

THU

Day

08:00-08:5009:00-09:50

12:00-12:50

12:00-12:50

13:00-13:50

13:00-13:50

14:00-14:5015:00-15:50

09:00-09:5010:00-10:5012:00-12:50

14:00-14:5015:00-15:50

Time

T-DK-02T-DK-02

FKPPT- L- 28

FKPPT- L- 28

FKPPT- L- 28

FKPPT- L- 28

T-BK-02T-BK-02

T-BK-02T-BK-02T-BK-02

T-BK-01T-BK-01

Loc

LL

B

B

B

B

LL

LLT

LL

Mode

6060

30

60

30

60

3030

303030

3030

Cap

YY

Y

Y

Y

Y

YY

YYY

YY

Exam Staff

01298 - NBA0181 - CKMFBCKY

0181 - CKMFBCKY2229 - RAK

01338 - MABMA0315 - MABM2250 - KRR

2262 - WBS

2262 - WBS

2187 - NHBO

Exam Schedule

Course Synopsis

Pre-Requisite

This course discusses the fundamental concepts of air pollution, monitoring and technologies for complying with air pollution legislation. Introduces classification and sources of air pollutants, their effects on human, and environment. Discusses the atmospheric meteorology such as atmospheric circulation pattern, stability conditions, and characteristics of stack plumes. Examines the plume dispersion and air quality monitoring to describe impact of process air emission on the environment. Determines the suitablecontrol technologies for air pollution. These concepts are used to study and solve problems such as source, amount of air pollutants, effects of air pollution on human health/environments, dispersion of pollutants and control technologies of air pollution

This course provides an overview of automation in the industry.The course also includes an introduction to automation equipment such as robots and sensors as well as mechanisms in automation such as Pneumatic and Hydraulic System. The application of automation in the pharmaceuticals manufacturing are introduced.Finally,laboratory experiences with automated technology will be anhanced.

Introduction to modern issues in lean manufacturing systems and parctice in lean tools. Topics include overview of manufacturing lean systems, quick changeover, total productive maintenance, pull/just-in-time/kanban, cellular manufacturing, kaizen, wastes identification, productivity measurement, plant layout and line balancing. At the end of the semester, the students should be having a basic understanding of design, operation and control of lean manufacturing systems and be able to use qualitative methods to model, analyze and optimize such systems.

Students shall obtain an understanding of the requirements and possible problem areas in technology transfer. Know the regulatory and production life cycle including raw material sourcing (assess to their physic-chemical properties) from bench top to large scale pilot plant. Expose to design protocols, documentations and execution of cleaning development, commissioning and validation that are necessaryfor technology transfer. Topics included: Product Life Cycle, Pilot-Plant Studies, Raw Material Sourcing, Cleaning Validation, Commissioning and Validation.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level

4

4

Year

BPS4514

BTP4253

BET1113

BET1213

BET1263

Code


BIO AND PHARMA ANALYTICAL TECHNIQUES

GREEN TECHNOLOGY FOR INFRASTRUCTURE FACILITIES

ENGINEERING PRACTICE 1

GEOLOGY AND GEOMECHANICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

03LD

01T

02T

01

01L

02L

Sec

MON

TUE

FRI

WED

MON

WED

THU

Day

18:00-18:50

14:00-14:5015:00-15:50

10:00-10:5011:00-11:5008:00-08:5009:00-09:50

11:00-11:5012:00-12:50

10:00-10:5011:00-11:50

08:00-08:5009:00-09:50

Time

T-DK-03

T-BK-02T-BK-02

ETIM-S-01ETIM-S-01ETIM-S-01ETIM-S-01

ETIM-S-01ETIM-S-01

ETIM-L-05ETIM-L-05

ETIM-L-05ETIM-L-05

Loc

L

LL

TTTT

LL

BB

BB

Mode

3

3030

18181919

3737

1818

1919

Cap

YY

YYYY

NN

NN

NN

Exam Staff

01298 - NBA01450 - NBI01462 - NBMH01503 - JBZ0833 - EHBS2238 - MSBAH

0319 - MABHR2187 - NHBO

0500 - IBM

0500 - IBM

01543 - NABM2288 - MNIS

01543 - NABM0500 - IBM2288 - MNIS

01543 - NABM0500 - IBM2288 - MNIS

Exam Schedule

Course Synopsis

Pre-Requisite

BPS3512 BUM2413 BPF2113

Final Year Project is intended to give an exposure to the students on the process of conducting academic reserach in their respective area of study such as Industrial Technology Management, Project Management, and Occupational Safety and Health. Final Year Project consists of FInal Year Project I and Final Year Project II. The students are expected to prepare and present their research/project proposal.

This module provides the theoretical foundation for analytical techniques used in material characterisation, pre-formulation development and Process Analytical Technology (PAT) applications. Apply the handling operation of selected analytical techniques used in pharmaceutical industry. Topics included: Spectroscopy, chromatography, particle analysis, thermal analysis, sensors, electron microscopy, microbiological testing, stability testing and metal and mineral trace analysis.

This course will expose to the students the concept and application of green technology for construction especially in the area of infrastructural facilities. The subject topics encompasses introduction to the greentechnology, elements of green construction, economic analysis on green construction, green project requirement and application of green technology in infrastructure facilities such as public building, road and highway, drainage, sewerage and water supply system. In addition, this course also introduces the use of Green Building Index in the assessment of green building. Students will

This course is the first of a series of Practice courses that are intended to enable students to acquire engineering and professional practice skills in the field of water and environment. Students will generally work in teams to assist with the building of group synergy such as team working and interactive thinking. The development of other professional practice skills, such as written and oral communication, is also encouraged in the engineering practice courses. In this introductory course, students will undertake practical work primarily in the areas of hydraulic and environment. In addition, students will be introduced to the library and computing facilities of the University and are expected to utilize these resources in the compilation of their reports.

This course provides an elementary introduction and the basic mechanics necessary for Geology and Geomechanics. The course aims to provide understanding the strength of rock and soil, exploring the stability of slopes, type of suitable shallow foundation and compressibility of soil. Those understanding

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BET1263

BET1303

BET1413

BET1474

Code

GEOLOGY AND GEOMECHANICS

APPLIED PHYSICS


INFRASTRUCTURAL INVESTIGATION (STUDIO 2)

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01L

02L

01

01L

01

01L

02

02L

Sec

MON

TUEWED

TUE

FRI

THU

MON

THU

TUE

WED

Day

09:00-09:5010:00-10:5013:00-13:5010:00-10:5011:00-11:50

16:00-16:5017:00-17:50

08:00-08:5009:00-09:5016:00-16:5017:00-17:50

11:00-11:5011:00-11:5012:00-12:5012:00-12:5010:00-10:5010:00-10:5011:00-11:5011:00-11:50

08:00-08:5008:00-08:5009:00-09:5009:00-09:5008:00-08:5008:00-08:5009:00-09:5009:00-09:50

Time

T-DK-03T-DK-03T-DK-03

ETIM-L-06ETIM-L-06

ETIM-L-06ETIM-L-06

T-DK-04T-DK-04ET-L-03ET-L-03

ETIM-L-04ETIM-L-06ETIM-L-04ETIM-L-06ETIM-L-04ETIM-L-06ETIM-L-04ETIM-L-06


Loc

LLLBB

BB

LLBB

LLLLBBBB

LLLLBBBB

Mode

4747472323

2424

37371818

2323232323232323

2424242424242424

Cap

YYYYY

YY

YYYY

Exam Staff

0657 - MFBI

0657 - MFBI0770 - MSBW

0657 - MFBI0770 - MSBW

2288 - MNIS

2288 - MNIS

0372 - ABZ0657 - MFBI

0372 - ABZ0657 - MFBI0764 - ZBZ0770 - MSBW

0372 - ABZ0657 - MFBI

0372 - ABZ0657 - MFBI0764 - ZBZ0770 - MSBW

Exam Schedule

Course Synopsis

Pre-Requisite

from the nature of rock and soils as engineering materials that applies to engineering Practice.

This course is intended to expose the central ideas and principles of physics to students requiring a general background in physics. It covers unit and measurements, kinematics, forces and Newton¿s law ofmotion, statics equilibrium, work, energy and power, fluid mechanics, electricity and magnetism.

This course includes practice modules covering aspects of Geology and Geomechanics. Practice requirements for each module included laboratory work in a team environment, field excursions and the preparation of individual reports on these practice activities. The qeological field excursion provides the student with in-situ activity. Identification the significant of engineering properties on soil and rock was main focus in this course . Students will be required to carry out soil tests according to Malaysian Standards to gauge various engineering properties in geomechanics.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BET1474

BET1613

BET2343

BET2344

Code

INFRASTRUCTURAL INVESTIGATION (STUDIO 2)


SPATIAL SCIENCE ENGINEERING

INFRASTRUCTURAL PLANNING (STUDIO 4)

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01L

02L

01

01L

01

01L

02L

Sec

MON

THU

TUE

TUE

WED

MON

THU

WED

FRI

THU

Day

16:00-16:5016:00-16:5017:00-17:5017:00-17:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5011:00-11:5012:00-12:5010:00-10:5011:00-11:50

11:00-11:5012:00-12:5014:00-14:5015:00-15:50

12:00-12:5012:00-12:5013:00-13:5013:00-13:5015:00-15:5016:00-16:50

12:00-12:5013:00-13:50

Time

ETIM-S-02T-DK-04

ETIM-S-02T-DK-04

ETIM-S-02ETIM-S-02ETIM-S-02ETIM-S-02ETIM-S-02ETIM-S-02ETIM-S-02ETIM-S-02

ETIM-L-07ETIM-L-07ETIM-L-07ETIM-L-07

ETIM-S-01T-DK-03

ETIM-S-01T-DK-03

ETIM-L-02ETIM-L-02

ETIM-L-02ETIM-L-02

Loc

LLLLBBBBBBBB

LLBB

LLLLBB

BB

Mode

373737371818181819191919

30303030

373737371818

1919

Cap

NNNNNNNNNNNN

YYYYYY

YY

Exam Staff

2049 - SBS

0764 - ZBZ2049 - SBS

0764 - ZBZ2049 - SBS

1768 - AK

0497 - MBBY1768 - AK

01543 - NABM

01543 - NABM0770 - MSBW

01543 - NABM0770 - MSBW

Exam Schedule

Course Synopsis

Pre-Requisite

Infrastructural Investigation (Studio 2) is a compulsory engineering technology course that must be carriedout for the award of the bachelor¿s degree of Engineering Technology (Infrastructure Management) whichis conducted in the first year of the study. The aims of the course are to develop student¿s professionalism and ethical responsibilities skills, effective communicating abilities with team members, effective team working skill, and awareness about sustainable environment using technical knowledge that have been learned to date. Although it is PBL by nature, lectures and e-learning sessions are conducted as to provide general guidance to the groups.

This course includes the practical aspect of engineering material theories that have been studied in the previous semester, particularly on the properties of reinforced concrete. Student will analyze the basic properties of reinforced concrete constituents, namely Portland cement, coarse aggregate, fine aggregate, and steel. Student will produce reinforced concrete based on the given study case and analyze its properties through series of material characteristic, destructive, and non-destructive test.

This course offers an introduction to the concepts, principles, and theories of Spatial Science Engineeringthrough the application of mapping tools such as Free Map Tools, Google Maps, Google Earth and ArcGIS software for spatial investigation. The course is composed into two components: lectures and labs. The lectures will discuss the concepts, principles, and theories behind mapping tools software (online/offline) and the labs will reinforce the concepts and principles through hands-on exercises and projects.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BET2344

BET2373

BET2422

BET3513

Code

INFRASTRUCTURAL PLANNING (STUDIO 4)

CONSTRUCTION ENGINEERING

FINANCIAL MANAGEMENT FOR DECISION MAKING

CONFLICT AND RISK MANAGEMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01L

02L

01

01L

02L

01

01L

02L

Sec

FRI

TUE

WED

FRI

THU

THU

TUE

WED

TUE

WED

MON

Day

08:00-08:5009:00-09:5008:00-08:5009:00-09:5012:00-12:5013:00-13:5015:00-15:5016:00-16:5012:00-12:5013:00-13:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:50

10:00-10:5011:00-11:50

14:00-14:5014:00-14:5015:00-15:5015:00-15:5008:00-08:5009:00-09:50

15:00-15:5016:00-16:50

Time

T-DK-02T-DK-02


T-DK-02T-DK-02

ETIM-L-07ETIM-L-07

ETIM-L-07ETIM-L-07

ETIM-S-03T-DK-05

ETIM-S-03T-DK-05

ETIM-L-03ETIM-L-03

ETIM-L-02ETIM-L-02

Loc

LLBBBBBBBB

LLBB

BB

LLLLBB

BB

Mode

47472323232324242424

47472323

2424

474747472323

2424

Cap

NNNNNNNNNN

YYYY

YY

YYYYYY

YY

Exam Staff

01571 - NBA

01571 - NBA0790 - NBPN

01571 - NBA0790 - NBPN

1768 - AK

0497 - MBBY1768 - AK

0497 - MBBY1768 - AK

01813 - LBMY0681 - MABO

01813 - LBMY0681 - MABO

01813 - LBMY0681 - MABO

Exam Schedule

Course Synopsis

Pre-Requisite

This course covers several topics related to planning aspects in infrastructure which is divided into three main categories, namely contract management and procurement, scheduling and monitoring, as well as cost estimating. Case studies and project-based tasks are introduced to understand the application of topics under these three categories in infrastructure projects.

This compulsory and basic subject will introduce the students to the world of construction industry. As an introduction, students are given information on the current situations in construction industries including the main person in-charge and their role, and also basic knowledge of construction work process. The students will be taught the fundamental knowledge of construction works and directly will contribute to the development of a strong and stable structure at the end of construction project. Students who are successfully complete this course will be equipped with basic and fundamental knowledge in construction engineering area.

This course is to develop thinking in financial management concepts. This will enable to the student to understand how organisation make important investment and financing decisions, and how they establish working capital policies. The course also lays a foundation for more complex financial topics that arise in additional elective courses in finance. This course in financial management describes the organisation and its operating environment; it will help any future technologist to understand how the finances of a company work, and how they will be interfacing with finance and decision making in a project.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BET3513

BET3593

BET3644

BET4042

BPS1313

Code

CONFLICT AND RISK MANAGEMENT

QUALITY PERFORMANCE MANAGEMENT

INFRASTRUCTURAL MANAGEMENT (STUDIO 6)

ENTREPRENEURSHIP FOR TECHNOLOGIES

OCCUPATIONAL SAFETY & HEALTH FUNDAMENTALS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01L

01

01L

01

01L

01

01T

Sec

TUE

WED

THU

FRI

TUE

FRI

THU

MON

WED

Day

14:00-14:5015:00-15:5008:00-08:5009:00-09:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:50

08:00-08:5009:00-09:50

10:00-10:5011:00-11:5011:00-11:5012:00-12:50

09:00-09:5010:00-10:5008:00-08:5009:00-09:50

Time

ETIM-S-02ETIM-S-02ETIM-L-02ETIM-L-02


ETIM-S-03ETIM-S-03

ETIM-L-03ETIM-L-03ETIM-L-03ETIM-L-03


Loc

LLBB

LLBB

LL

BBBB

LLTT

Mode

30303030

30303030

3030

30303030

30303030

Cap

YYYY

YYYY

NN

NNNN

Exam Staff

0681 - MABO

0681 - MABO0790 - NBPN

0162 - ZBZ

0162 - ZBZ

01813 - LBMY1768 - AK2288 - MNIS

01813 - LBMY0764 - ZBZ1768 - AK2288 - MNIS

0372 - ABZ

0372 - ABZ

Exam Schedule

Course Synopsis

Pre-Requisite

The course will introduce students to the nature and causes of conflicts and risk management Students will understand functions, strategies, and skills of negotiation. The course aims to guide students understand different types of theories of conflict escalation and management. It will enlighten students understand the relationships among power, rights and interests in the process of dispute resolution. A risk management is a problem analysis in a project. The principles, providing a risk methodology for the management of risk and highlighting where different treatment is needed according to the nature of a particular risk.

This course covers several topics related to quality and performance management, namely different systems used for assessing quality of infrastructure projects, methods of assessing overall construction project performance as well as different techniques applied in establishing and maintaining quality of infrastructure projects. Case studies and project-based tasks are introduced to understand the applicationof quality and performance in infrastructure projects.

The course will develop student¿s ability to develop a portfolio progress of an infrastructural project from schematic design through the detailed development of programmatic spaces, building assemblies, structural, infrastructure and environmental systems, mainternance and sustainability. This course also developed to introduce students to infrastructure management from a local government and non government perspective.

Evaluation of a business opportunity, conducting feasibility study of a business opportunity and producing a learning portfolio for the course

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BPS1313

BPS1343

BPS1353

BPS1363

BPS2323

Code

OCCUPATIONAL SAFETY & HEALTH FUNDAMENTALS

FIRE & BUILDING SAFETY

HAZARD RECOGNITION & RISK MANAGEMENT

INDUSTRIAL TOXICOLOGY

BEHAVIOR BASED SAFETY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01

Sec

TUEWED

MON

TUE

FRITHU

FRI

THU

FRITHU

Day

11:00-11:5010:00-10:5011:00-11:5016:00-16:5017:00-17:5016:00-16:50

10:00-10:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5009:00-09:50

11:00-11:5014:00-14:5015:00-15:50

Time

T-DK-04T-DK-06T-DK-06T-DK-01T-DK-01T-DK-03


ZDK13ZDK13

T-DK-06


Loc

LLLLLL

LLL

LLL

LLL

Mode

757575757575

363636

363636

363636

Cap

YYYYYY

YYY

YYY

YYY

Exam Staff

01450 - NBI

01462 - NBMH

01297 - NSBS

01821 - HBAA

01462 - NBMH

09/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BPS1313

This course introduces the principles and basic concepts of occupational safety and health. Students will be exposed to the history of occupational safety and health (OSH) development, acts and legislations in relation to OSH, the responsibilities and qualification of safety and health practitioner and professional ethics. The human bodies and its psychological functions and its relationship to workplace productivity willalso be discussed. Introduction to Occupational Hygiene is also discussed as a foundation for the next subjects. Some common safety and health hazards will be emphasized for better understanding.

This subject is aimed to give an understanding on the basic concept of Fire Prevention and ProtectionSystem including its application in buildings. The course will cover topics such as: Introduction to Basic principles of Fire , The components of Fire Safety, The (Protection) Active and (Prevention) Passive Fire safety System , The Life Cyclers of A Building, Loss Impact and Means of Escape During Emergencies. Upon completion of this course , the student will be able to cover the major topic areas within the field of fire hazard management and other sources of hazard, fire safety best practices and fire management system as well as emergency preparedness. Besides, the students will be able to learn the theory of combustion and causes of fire and the way to fight fire including the types and correct use of fire extinguishers. Students will also use a Live Fire Training Unit (LFTU) to learn how to use fire extinguishers correctly and safely

This course provides students with a basic understanding and appreciation of the principles of human body system and toxic effects of chemicals on the living organism, regulatory aspect, application of toxicology in industry and the effects of toxic substances on man and the environment. Topics include: disposition and metabolism of toxic substances, types of exposure and response, toxic responses of selected body systems, toxic mechanisms of drugs, industrial chemicals, food additives, pesticides, environmental pollutants, household products, toxicity testing and risk assessment.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BPS2323

BPS2333

BPS2343

BPS2353

Code

BEHAVIOR BASED SAFETY

TOXIC & HAZARDOUS WASTE MANAGEMENT

OCCUPATIONAL EPIDEMIOLOGY & DISEASE

EMERGENCY RESPONSE PREPAREDNESS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

Sec

MON

TUE

TUEWED

MON

TUE

Day

10:00-10:5011:00-11:5010:00-10:50

17:00-17:5012:00-12:5013:00-13:50

12:00-12:5013:00-13:5012:00-12:50

Time


T-DK-02FT-L-02FT-L-02


Loc

LLL

LLL

LLL

Mode

303030

606060

303030

Cap

YYY

YYY

YYY

Exam Staff

0833 - EHBS

01298 - NBA0794 - MFBMI

2238 - MSBAH

Exam Schedule

Course Synopsis

Pre-Requisite

BPS1443 BPS1363

This course will introduce usage of behavior-based safety as a tool for widespread involvement and change. The course will review the relationship between attitudes, culture, systems, and behavior; explainhow behavior-based safety fits into the hierarchy of control; and introduce four elements of the behavior-based safety process. Underlying concepts related to performance management and a powerful tool (ABC analysis) is learned and applied to understanding behavior and to developing a change plan. Overall, the course provides a clear understanding of how attitudes, cultures, and systems influence or affect behavior, and focuses on understanding how successful behavioral change efforts really work. Effective leadership and management are seen as the cornerstone to success in promoting safety culture. This course also will introduce current thinking on safety leadership and supervision models and strategies relevant to health and safety at work.

This course introduces the student to the physical, chemical and toxic properties of toxic and hazardous wastes which are the basis for their hazard classification, movement and distribution as well as their impacts on human health and the environment. The industries which generate toxic and hazardous wastewill be discussed. The management of these wastes which include handling, storage and transportation based on the regulations stipulated in the Environmental Quality Act, 1974 as well as other international regulations will be discussed. Understanding on the treatment and disposal processes will be emphasizedincluding pollution prevention and waste minimization strategies.

This course will emphasize on aspects of disease transmission and causation, measuring occurrence of disease, determining the cause of disease and estimating risk. The major types of epidemiologic study (cohort, case referent and cross-sectional) will be described. Threats to validity and issues in interpreting epidemiologic data such as bias, confounding factors, and random error will be discussed. Communicableand non-communicable diseases plus epidemiologic surveillance will be also discussed for preventing and controlling diseases. Students will also learn how to review published articles related to epidemiologicissues.Communicable and non-communicable diseases plus epidemiologic surveillance will be also discussed for preventing and controlling diseases. Students will also learn how to review a number of published articles related to epidemiologic issues.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BPS2353

BPS2363

BPS2374

BPS2633

Code

EMERGENCY RESPONSE PREPAREDNESS

ERGONOMICS

EXPOSURE MEASUREMENT TECHNIQUES & ANALYSIS

MARINE & OFFSHORE SAFETY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01A

01B

Sec

FRI

MON

TUE

TUE

WED

THU

Day

08:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5012:00-12:5012:00-12:5015:00-15:5015:00-15:50

10:00-10:5011:00-11:5010:00-10:50

08:00-08:5009:00-09:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

Time

T-DK-03W-DK-17T-DK-03W-DK-17T-DK-03W-DK-17T-DK-03W-DK-17T-DK-03W-DK-17T-DK-03W-DK-17

FT-L-02FT-L-02FT-L-02

T-DK-05T-DK-05FT-L-01FT-L-01FT-L-01FT-L-01FT-L-03FT-L-03FT-L-03FT-L-03

Loc

LLLLLLLLLLLL

LLL

LLBBBBBBBB

Mode

303030303030303030303030

303030

30303030303030303030

Cap

YYYYYYYYYYYY

YYY

NNNNNNNNNN

Exam Staff

0692 - MEBAJ

0833 - EHBS

01450 - NBI

01450 - NBI

01450 - NBI

Exam Schedule

Course Synopsis

Pre-Requisite

BPS1343

BPS2313 BPS1423

This course will provide student with basic understanding of Emergency and Disaster Management basedon its cycle. Managing a good emergency response is the most effective way to reduce the impact of a crisis on vulnerable populations. Student also will be exposed to management processes which involve units created to prepare for, respond to and recover from any emergency events. This is important to ensure the business continuity is achieved after facing certain type of disasters by man-made or natural cause. Specific topics on Business Continuity Management (BCM), Hazardous Materials (HAZMAT), Incident Command System (ICS) and Arahan 20 MKN also will be discussed.

This course provides a foundation for understanding the key concepts and principles related to ergonomics. The aim of ergonomics in industry is to increase productivity, and decrease accidents and illnesses by obtaining a good fit between the employer and the job. This course also examines the relationships between employer, work equipment and work environment. Case studies are also used to test student current knowledge and understanding of the way complex systems are designed and used.

This course is for advanced in depth study of the approaches to workplace and personel exposure sampling. Emphasis is on statistical sampling methods, passive monitoring, colorimetric devices, breathing zone, area sampling strategies, monitoring and surveillance techniques. Course work will include laboratory exercises and field work. This course is also designed to assist student in understanding the various instruments that are utilized in industrial hygiene and environmental studies and give them thechance to fully understand the way these instruments are calibrated and applied.

This course introduces student to Health, Safety and Environment (HSE) principles and practices in marine and offshore operations particularly in oil and gas industry. Marine and offshore safety covers upstream operations which include exploration, drilling, completion, production and transportation. The lifecycle of this industry will be covered from engineering, procurement, construction, hook-up, installation,commissioning, operation, maintenance and decommissioning. Topics include legal requirements, type ofhazards, accident cases, safety management and technical aspects. Discussion personnel safety and process safety issues will be emphasized. Safety Analysis tool such as Hazard Identification (HAZID) Analysis and Bow Tie Analysis will be introduced. Applicable international standards and codes such as International Convention for the Prevention of Pollution from Ships (MARPOL 73/78), Safety International

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BPS2633

BPS2653

BPS2663

BPS2713

BPS3313

Code

MARINE & OFFSHORE SAFETY

RADIATION & NUCLEAR SAFETY

WASTEWATER TREATMENT TECHNOLOGY

ENVIRONMETAL MANAGEMENT AND GREEN TECHNOLOGY

APPLIED MECHANICS FOR SAFETY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

Sec

THU

THU

WED

FRI

THU

MON

TUE

Day

10:00-10:5011:00-11:5012:00-12:50

09:00-09:5010:00-10:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:5008:00-08:50

Time


FT-L-02FT-L-02FT-L-02

FT-L-01FT-L-01T-DK-05T-DK-05


Loc

LLL

LLL

BBLL

LLL

Mode

303030

303030

30303030

303030

Cap

YYY

YYY

YYYY

YYY

Exam Staff

0692 - MEBAJ

2238 - MSBAH

01300 - ABAS

01297 - NSBS

Exam Schedule

Course Synopsis

Pre-Requisite

BPS3323

BPS3323

Convention for the Safety of Life at Sea (SOLAS), 1974 and International Management Code for the Safe Operation of Ships and for Pollution Prevention (ISM) and International Ship and Port Facility Security Code (ISPS) will be exposed to students.

This introductory course in the fundamentals of radiation and nuclear safety intended to meet the requirements required of all employee who receive, or might receive, a health care related occupational exposure while working in or near a controlled / restricted area. The course focuses on the need for every employee, both radiological workers and non-radiological workers, to play an active role in maintaining exposures to radiation and radioactive materials within regulatory limits and in compliance with regulatories control such as The International Basic Safety Standards for Protection Against Ionizing Radiation and for Safety of Radiation (BS), IAEA Safety Series no 115 (1996), Atomic Energy Licensing Act 1984 (Act 304). Topics include Fundamentals of Radiation and Radioactivity, Radiation Biology, Radiation Dose Limits and ALARA, Personnel Monitoring and others.

This course gives the students exposure to the physical, biological and chemical processes that are used in the treatment of wastewater. Process design calculation for specific processes will be stressed. Examples of the use of these processes in the manufacturing sector and agriculture including low waste zero discharged technology also will be discussed. The environmental laboratory is introduced to students the important of scientific analysis of the wastewater as part of environmental impact assessment. This is to curb the damaged done to the purity of water and to be able to reduce the level of pollution into the surrounding living space particularly involving the quality of river

This course will be covered the fundamental of environmental management, concept of green technology,principles and concepts about ecology and ecosystems, weather and human impacts on the environment and its management and pollution. Natural renewable and non-renewable resources and its management,current issues on the environment, including economics, global view and ethics comprise the materials of the course. The topics that will be discussed include issues related to green activities, trade, environment and development and roles that are played by the consumer, community, industry and government towards sustainable development. The students will be also introduced to the ISO 14000 series of Environmental Management Standards and environmental management tools which minimize and reduces the negative impact of human activities.

ELECTIVE 1 COMPULSORY

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BPS3313

BPS3323

BPS3343

BPS3353

BPS3713

BTE1112

Code

APPLIED MECHANICS FOR SAFETY

INDUSTRIAL SAFETY

ACCIDENT & INCIDENT INVESTIGATION

HUMAN FACTOR IN ENGINEERING

BUSINESS CONTINUITY PLAN

ELECTRICS & ELECTRONICS FUNDAMENTALS LAB

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

THU

TUE

MON

TUE

WED

FRI

WED

TUE

Day

16:00-16:5017:00-17:5014:00-14:50

14:00-14:5015:00-15:5016:00-16:50

10:00-10:5011:00-11:5010:00-10:50

08:00-08:5009:00-09:5008:00-08:50

15:00-15:5016:00-16:5017:00-17:50

Time



T-DK-02T-DK-02

FKPPT- L- 01B



Loc

LLL

LLL

LLL

LLL

LLL

Mode

606060

606060

606060

303030

303030

Cap

YYY

YYY

YYY

YYY

YYY

Exam Staff

01600 - NNBNH

1763 - ABI

01785 - MNBY

0833 - EHBS2238 - MSBAH

0692 - MEBAJ

Exam Schedule

Course Synopsis

Pre-Requisite

BPS1323

BPS2363

BPS2353

This course introduces a foundation in engineering science principles which will provide a systematic approach to problem solving in the field of occupational safety and health (OSH) problems such as accident and incident investigation, ergonomics, industrial safety, construction safety and etc. It goes beyond the core engineering science include all the material science, statics, dynamics, fluid mechanics, thermodynamics and heat transfer that can be included in course at this level. The emphasis on the integration of student`s understanding and the application aspects of all engineering science principles, supported with many examples, makes this course a very useful for practicing the OSH.

This subject is aimed to give an understanding on the basic concept of Fire Prevention and ProtectionSystem including its application in buildings. The course will cover topics such as: Introduction to Basic principles of Fire , The components of Fire Safety, The (Protection) Active and (Prevention) Passive Fire safety System , The Life Cyclers of A Building, Loss Impact and Means of Escape During Emergencies. Upon completion of this course , the student will be able to cover the major topic areas within the field of fire hazard management and other sources of hazard, fire safety best practices and fire management system as well as emergency preparedness. Besides, the students will be able to learn the theory of combustion and causes of fire and the way to fight fire including the types and correct use of fire extinguishers. Students will also use a Live Fire Training Unit (LFTU) to learn how to use fire extinguishers correctly and safely

This course introduces students with knowledge and technical skills in applying a basic accident investigation analysis. Various topics are covered including investigation techniques, data collection, notification and reporting, and also the corrective and preventive actions to prevent recurrences. Basically, the root cause analysis which commonly used in the industries will be adopted in order to give an opportunity to students for conducting the actual process of accident investigation.

Human Factors in Safety Engineering is concerned with ways of designing jobs, machines, operations, and work environments so they are compatible with human capacities and limitations.

This course is an extension with details regarding to emergency preparedness and response where it provides a foundation and guide to coordinated organizational emergency recovery during and after a disruptive occurrence. The best practices for planning and maintaining Business Continuity Management (BCM) programs is introduce to students where knowledge of these practices are essential to managers and planners of small companies, large corporations and public agencies in order to keep their organizations running after major disruptive events. The recovery time and recovery point objectives (RTO and RPO) also covered.

ELECTIVE 2 COMPULSORY

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTE1112

BTE1113

BTE2122

BTE2313

Code

ELECTRICS & ELECTRONICS FUNDAMENTALS LAB

ELECTRIC & ELECTRONICS FUNDAMENTALS

ELECTRICAL FUNDAMENTALS AND CIRCUIT ANALYSIS I LABORATORY


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01T

02

02T

01B

02B

Sec

FRI

THU

WED

THU

THU

WED

THU

TUE

THU

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5016:00-16:5017:00-17:50

10:00-10:5011:00-11:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:50

14:00-14:5015:00-15:5016:00-16:5017:00-17:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

Time

ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05

T-DK-01T-DK-01T-DK-05T-DK-05T-DK-05T-DK-05T-DK-04T-DK-04T-DK-03T-DK-03


Loc

BBBBBBBB

LLTTTTLLTT

BBBBBBBB

Mode

2525252525252525

25252525252525252525

3030303030303030

Cap

NNNNNNNN

YYYYYYYYYY

NNNNNNNN

Exam Staff

01332 - NZBJ

01332 - NZBJ

01789 - ANBAG

TBA

01789 - ANBAG

01665 - NHBR

01665 - NHBR

0628 - HABH

0628 - HABH

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces students to the fundamentals laboratory of DC and AC circuits and basic network laws and theorems. The students will be handling the basic measurement equipment to measure and analyse the parameter of the electrical circuits.

Basic science of electricity, introduction to instrumentation and measurement, work and energy theorem, basic electrical circuits and introduction to magnetism.

This course introduces the basic laboratory of DC and AC circuit analysis. The contents include Ohm's Law, Kirchhoff's Law, Mesh and Nodal analysis, Superposition Theorem, Thevinin and Norton equivalent of a complex circuit. The student will be handling measuring of capacitance, measure capacitor charge and discharge times, RL, RC circuits, Phase difference, measure power in various type of circuits.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTE2313

BTE3212

BTE3254

BTE3323

Code


ELECTRONICS I LABORATORY

MICROPROCESSORS AND INTERFACING

CONTROL SYSTEMS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

04

01

01

Sec

MON

TUE

MON

THU

MON

THU

TUE

FRI

TUE

Day

16:00-16:5017:00-17:5014:00-14:5015:00-15:5014:00-14:50

15:00-15:50

10:00-10:50

10:00-10:50

11:00-11:50

11:00-11:50

14:00-14:5015:00-15:5016:00-16:5017:00-17:5014:00-14:50

15:00-15:50

16:00-16:50

16:00-16:50

17:00-17:50

17:00-17:50

14:00-14:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5017:00-17:50

08:00-08:5009:00-09:50

Time

ET-L-02ET-L-02ET-L-02ET-L-02

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B

ET-L-02ET-L-02ET-L-02ET-L-02

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B

FKPPT- L- 01B


T-BK-03T-BK-03

Loc

LLBBL

L

B

B

B

B

LLBBL

L

B

B

B

B

BBBBBBBB

LL

Mode

2525252529

29

29

30

29

30

2525252529

29

29

30

29

30

2430243024302430

2222

Cap

YYYYY

Y

Y

Y

Y

Y

YYYYY

Y

Y

Y

Y

Y

NNNNNNNN

YY

Exam Staff

2048 - MHA

01556 - SBAM

01744 - RBMR

01789 - ANBAG

0628 - HABH

2048 - MHA

Exam Schedule

Course Synopsis

Pre-Requisite

Fundamental principles and concepts of C++ programming, with definition of data, expressions, control structure, functions, input and output, command line arguments, basic problem solving and programming techniques, structured programming ideas, fundamental algorithms and data structures.

This course introduces the basic of diode caharacteristics, half wave and full wave rectifiers, zener characteristics, zener voltage regulators, BJT characteristics, Common Emitter amplifier, Common Collector Amplifier, Common Base Amplifier.

This course in an introduction to a microprocessor/microcontroller. Students are exposed to the internal architecture of the microprocessor/ microcontroller, various instruction sets, and basic hardware design ofembedded systems.

This course introduces students to the control system technology, mathematical models of feedback systems. The students will be exposed to the transient and steady-state analysis, root locus, frequency

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTE3323

BTE3813

BTM1113

BTM2124

BTM2223

Code

CONTROL SYSTEMS

ENGINEERING TECHNOLOGY SENIOR DESIGN PROJECT I

BASIC MANUFACTURING PROCESSES

MACHINE PRODUCTION PROCESSES

ENGINEERING DYNAMICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

02

01

Sec

THU

TUE

MON

WED

MON

TUE

MON

Day

12:00-12:5013:00-13:5015:00-15:5016:00-16:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5014:00-14:5015:00-15:5016:00-16:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5014:00-14:5015:00-15:5016:00-16:50

14:00-14:5015:00-15:5016:00-16:50

08:00-08:5009:00-09:50

14:00-14:5015:00-15:5016:00-16:50

Time

T-DK-04T-DK-04T-BK-03T-BK-03

T-DK-02T-DK-02T-DK-02T-DK-02T-DK-02T-DK-02T-DK-02T-DK-02T-DK-02T-DK-03T-DK-03T-DK-03T-DK-03T-DK-03T-DK-03T-DK-03T-DK-03T-DK-03


T-DK-04T-DK-04


Loc

TTLL

LLLLLLLLLLLLLLLLLL

LLL

LL

LLL

Mode

22222222

222222222222222222222222222222222222

353535

4949

252525

Cap

YYYY

NNNNNNNNNNNNNNNNNN

YYY

YY

YYY

Exam Staff

2319 - WAJSA

0081 - HBM0131 - MABMH01556 - SBAM01625 - MRBRMA01665 - NHBR0181 - CKMFBCKY0483 - SBMN0777 - WHBWH1434 - ANAA2048 - MHA2139 - YHN2280 - AZBAHA

01686 - SNBMS

01600 - NNBNH

01552 - SABR

Exam Schedule

Course Synopsis

Pre-Requisite

response and analysis design of compensator

This course is designed to expose the students to a senior design project. They have to apply all the knowledge that they have learned in the programme to complete the senior design project. Each student will be supervised by at least one lecturer or two lecturers (main supervisor and co-supervisor). During thesenior design project I, the students will be able to do a literature survey and prepare a draft which contains objective of the project, problem statement, literature survey, solving techniques, methodology, expected result, treatment of results and list of reference publications. At the end of this subject, the students are required to present the draft in a short seminar which will be evaluated by a faculty's panel.

Introduction to the materials, techniques, and equipment of industrial manufacturing. Emphasis on laboratory demonstration and simulation activities such as machining, welding, casting, and forming operations.

This course intends to provide detailed study of conventional and contemporary methods of metal machining. Laboratory experience includes the fundamentals of machine tool setup and operation, precision measurement techniques, and machine tool safety, care and maintenance

This course intends to apply the knowledge of basic principles of engineering dynamics including kinetics and kinematics motion of a point in both one and two dimensions, velocity in 1 D and 2 D and break downinto components, methods of energy and momentum, Newton's Law of motion, vectors components and magnitudes as well as rigid body motion.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTM2234

BTM2314

BTM3134

BTM3234

Code

FLUID POWER TECHNOLOGY


MANUFACTURING COMPONENT DESIGN

MANUFACTURING COMPUTER APPLICATION

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

03

04

01

Sec

WED

TUE

THU

TUE

FRI

THU

MON

TUE

Day

10:00-10:5011:00-11:5009:00-09:5010:00-10:50

08:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

17:00-17:5018:00-18:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5016:00-16:5016:00-16:5017:00-17:5017:00-17:50

Time

T-BK-02T-BK-02T-BK-01T-BK-01

ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01ET-L-01

T-DK-05T-DK-05ET-L-02

ETIM-L-02ET-L-02

ETIM-L-02ET-L-02

ETIM-L-02ET-L-02

ETIM-L-02

Loc

LLLL

BBBBBBBBBBBBBBBBBBBB

LLBBBBBBBB

Mode

25252424

1925192519251925252525252525252525252525

18181818181818181818

Cap

YYYY


YYYYYYYYYY

Exam Staff

2308 - NK

01738 - NBMM

0741 - KABAH

0520 - MMBAR

0741 - KABAH

0741 - KABAH

01401 - MFBAA2250 - KRR

Exam Schedule

Course Synopsis

Pre-Requisite

This course consists fundamental of fluid mechanics and fluid power system. Fundamental of fluid mechanics including properties of fluid, fluid in static and fluid in motion. Fluid power system including fluid power principles, devices, materials, hydraulic and pneumatic systems with emphasis on pumps, compressors, motors, and actuators.

This course is a basic and advanced computer aided drafting in two dimensions. CAD tools required to document engineering designs. This subject is designed to introduce to the student the principle of computer-aided design including drafting, drawing, dimensioning, tolerances and commands.

Design of motion components for the manufacturing industry, including the study of components like gears, cams, and linkages, and their applications. Course also includes introduction to finite-element applications and the usage of common FEA programs. Students will learn the basics behind the usage of ANSYS, and the common applications. Students will learn modeling, constraints, loading, limitations, using help and look-up menus, and various other topics.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTM3234

BTM3343

BTM3364

BTM3523

BTM3813

Code


COMPUTER INTEGRATED MANUFACTURING

NUMERICAL CONTROL SYSTEMS

PROGRAMMABLE LOGIC CONTROLLERS


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01

01

01

Sec

MON

MON

FRI

MON

WED

MON

WED

Day

10:00-10:5011:00-11:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

14:00-14:5015:00-15:5016:00-16:50

08:00-08:5009:00-09:50

14:00-14:5015:00-15:5010:00-10:5011:00-11:50

Time

T-DK-04T-DK-04



T-DK-03T-DK-03

T-BK-01T-BK-01T-DK-02T-DK-02

Loc

LL

BBBBBBBB

LLL

LL

BBLL

Mode

4949

2525252525252525

222222

1818

18181818

Cap

YY

YYYYYYYY

YYY

NN

YYYY

Exam Staff

0315 - MABM0777 - WHBWH

0777 - WHBWH

0777 - WHBWH

2262 - WBS

0144 - MABS0386 - RBG2262 - WBS

01332 - NZBJ

01625 - MRBRMA

Exam Schedule

Course Synopsis

Pre-Requisite

Overview of computer hardware, software, and processing concepts related to the control of manufacturing tasks. Emphasis on use of integrated software packages in the solution of a variety of manufacturing problems. Laboratory assignments in automation control, real time data sampling, and creation of user interfaces.

Study of computer integrated manufacturing systems utilized by industry, including robotics, computer-aided manufacturing, computer-aided design/drafting, computer-aided testing/inspection, and computer-aided process planning.

A study of the principles, techniques and applications of computer numerically controlled machine tools. Gand M code programming of industrial machines, tooling systems and an introduction to Computer Aided Manufacturing (CAM) systems will be covered.

Basic concepts and skills needed to install, program, and apply programmable electronic controllers in industry. Discrete and analog input/output (I/O) devices and ladder logic will be studied, including basic and intermediate PLC functions. Experiments in operation, programming, and industrial applications with emphasis on discrete I/Os.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTM3813

BTP2232

BTP2323

BTP2543

BTP3833

Code


CONTAMINATION CONTROL & CLEAN ROOM

FLUID MECHANICS

CONTROL INSTRUMENTATION

OSH IN PHARMA INDUSTRY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

01

02

01

Sec

THU

WED

TUE

THU

WED

WED

WED

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5014:00-14:5015:00-15:5016:00-16:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5014:00-14:5015:00-15:5016:00-16:50

16:00-16:5017:00-17:50

16:00-16:5017:00-17:50

12:00-12:5013:00-13:50

12:00-12:5013:00-13:50

11:00-11:5012:00-12:50

Time

T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01T-BK-01

T-BK-01T-BK-01

T-BK-01T-BK-01

T-DK-04T-DK-04

T-DK-03T-DK-03

T-BK-01T-BK-01

Loc

LLLLLLLLLLLLLLLLLL

LL

LL

LL

LL

LL

Mode

303030303030303030303030303030303030

3232

3232

3232

3232

4747

Cap

NNNNNNNNNNNNNNNNNN

YY

YY

YY

YY

YY

Exam Staff

01450 - NBI01552 - SABR01600 - NNBNH0181 - CKMFBCKY0315 - MABM2250 - KRR

2112 - KM2116 - PR

2112 - KM

0740 - RBH2230 - NBY

01738 - NBMM0740 - RBH

0144 - MABS2280 - AZBAHA

Exam Schedule

Course Synopsis

Pre-Requisite

This course is designed to expose the students to a senior design project. They have to apply all the knowledge that they have learned in the programme to complete the senior design project. Each student will be supervised by at least one lecturer or two lecturers (main supervisor and co-supervisor). During thesenior design project I, the students will be able to do a literature survey and prepare a draft which contains objective of the project, problem statement, literature survey, solving techniques, methodology, expected result, treatment of results and list of reference publications. At the end of this subject, the students are required to present the draft in a short seminar which will be evaluated by a faculty's panel.

This module aims to provide the student with in-depth knowledge to understand and work clean room environment with clear concepts in contamination control

This module will introduce students to the principals of fluid mechanics. Students will apply these principles to the solution of engineering problems such as pipe sizing and the selection of system components such as valves and pumps. The module goal is to enable the student to develop the knowledge and analytical skills in solving practical problems of fluid mechanics, through applications to system design and performance studies.

This course introduces the fundamental concepts and principles of measurement and manipulation of process signals. The operation of analogue and digital sensors, and actuators is addressed. Programmable logic controllers are introduced. In addition, provides the tools to analyse and design systems to control process plant and the consumption of energy in various systems.

This course intended to provide students with fundamental knowledge of safety and health in industry,

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTP3833

BTP3843

BTP4673

BTU1123

BTU2113

BTU2123

Code

OSH IN PHARMA INDUSTRY

WATER TECHNOLOGY & HVAC SYSTEM

PHARMA PROJECT I

INDUSTRIAL PSYCHOLOGY

RESEARCH METHOD

QUALITY MANAGEMENT SYSTEM

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01T

01

01

02

01

Sec

MON

THU

WED

WED

FRITHU

MON

TUE

Day

11:00-11:5012:00-12:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:50

14:00-14:5015:00-15:5016:00-16:50

17:00-17:5016:00-16:5017:00-17:50

16:00-16:5017:00-17:5017:00-17:50

Time


T-BK-01T-BK-01




Loc

LLTT

LL

LLL

LLL

LLL

Mode

9999

99

222222

262626

606060

Cap

YYYY

YY

NNN

YYY

NNN

Exam Staff

2285 - SABMS

2285 - SABMS

0144 - MABS2230 - NBY2285 - SABMS

0115 - MSBAM01567 - RZBE2050 - MABA2112 - KM2116 - PR2187 - NHBO2230 - NBY2285 - SABMS

01766 - DBK

01297 - NSBS01821 - HBAA

05/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

particularly in pharmaceutical industry, as well as the law and regulation that one industry should comply to in order to ensure a safe workplace environment. Students will also be taught on hazards identification and the assessment of it through proper safety management

This module aims to provide the student with the theoretical and practical fundamentals of water technology and Heating, Ventilation and Air Conditioning (HVAC) System. The chapters cover pharmaceutical water characteristics and quality. For engineering section, the students will learn about unit operations involved in producing pharmaceutical grade water. This module also covers the theoretical, application and operation of HVAC system

This course is designed to expose the students to a final year project known as Pharma Project I. They have to apply all the knowledge that they have learned in the program to complete the project. Each student will be supervised by at least one lecturer or two lecturers (main supervisor and co-supervisor). During the Pharma Project I, the students should be able to write a project proposal consisting of objective of the project, problem statement, literature survey, solving techniques, methodology, expected result, project scheduling and costing. At the end of this subject, the students are required to present the draft in a short seminar which will be evaluated by a faculty's panel.

This course aims to expose students with research methodology and its application in conducting research projects. Topics to be covered include identification of research problem, construct research objective, review the literature and propose appropriate methods. This course also allows students to prepare a proposal for conducting academic research in their field of study.

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTU2123

BTU2413

BTV2314

BTV3413

BTV3433

BTV3443

Code


MANAGEMENT INFORMATION SYSTEM

GREEN TECHNOLOGY

INDUSTRIAL QUALITY CONTROL

ENGINEERING ECONOMY

DISASTER PREPAREDNESS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03B

01

01

01

02

Sec

TUEWED

THU

TUE

MON

TUE

THU

WED

THU

Day

11:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5015:00-15:50

08:00-08:50

09:00-09:50

10:00-10:5011:00-11:50

10:00-10:5011:00-11:5012:00-12:50

10:00-10:5011:00-11:5012:00-12:5014:00-14:5015:00-15:5016:00-16:50

Time


FKPPT-01A

FKPPT-01A

T-DK-03T-DK-03


T-BK-03T-BK-03T-BK-03T-DK-04T-DK-04T-DK-04

Loc

LLLLLL

B

B

LL

LLL

LLLLLL

Mode

262626262626

18

18

4949

181818

303030484848

Cap

YYYYYY

Y

Y

YY

YYY

YYYYYY

Exam Staff

01577 - FBM

2222 - WMNSBMD

0512 - HBHS0277 - KJ

2079 - LS

2140 - AY

01738 - NBMM

2229 - RAK

Exam Schedule

Course Synopsis

Pre-Requisite

The course will provide students with a comprehensive understanding and focuses on quality management principles, performance management and quality improvement alongside relevant tools, techniques, models and frameworks. It is suitable for undergraduates who require to develop knowledge,understanding and business management skills in the fields of quality management and process improvement.

This course aims to provide firm understanding on the significance role of information systems in today's organization in particular in managing organizational most valuable assets - its data and information. The discussion sessions shall covers four major topics; Information Systems and its applicability in modern enterprise and organization including its strategic competitive advantage as well as ethical issues involved; Information technology infrastructure and security issues; Information system applicability for digital age; building and managing information systems for organizational use. Hands on activity on the usage of office automation system and designing relational database shall be cover in lab sessions.

Introduction to environmentally friendly engineering and technological advances and new technologies that utilize green principles and green transportation. Course includes topics in new areas of green manufacturing and materials used today and planned for the future, including the operation and manufacture of solar cells and the production of wind, thermal, and hydroelectric power. Topics will vary depending upon new trends in industry. Several experiments related to green technology were exposed inthis subject.

Fundamental concepts and principles of quality and continuous improvement in manufacturing and service industries, developed by the various quality gurus (Deming, Juran, Feigenbaum, Ishikawa etc.). The use of control charts and statistical tools to determine stability and capability of processes to produce quality product. Defining and quantifying the various forms of quality costs.

This course introduces concept of life cycle cost, interest and equivalent. Formula and factors for single and multiple cash flow. Method for investment assessment and alternative comparison and project evaluation using cost worth ratio, inflation and cash flow method

This module will introduce students to human and natural disaster, source of disaster and Hazard management. The topics include the emergency response plan and procedure, communication, training and abatement as they related to hazardous waste operation, chemical spills, hazardous material recognition, risk assessment, monitoring and personal protective equipment level. The module goal is to

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

Campus

DEGREE

Level Year

BTV3443

BTV3453

BTV3463

BTV3714

BTV3813

Code

DISASTER PREPAREDNESS

ENERGY AUDITING

ENERGY MANAGEMENT

INTRODUCTION TO GEOGRAPHIC INFORMATION SYSTEM


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

02

02

01

01

Sec

MON

WED

THU

FRI

TUE

MON

TUE

THU

TUE

Day

15:00-15:5016:00-16:5017:00-17:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:50

10:00-10:5011:00-11:50

10:00-10:5011:00-11:5008:00-08:5009:00-09:50

16:00-16:5016:00-16:5017:00-17:5017:00-17:5014:00-14:5015:00-15:50

Time



T-BK-02T-BK-02

T-BK-02T-BK-02

T-BK-03T-BK-03

ETIM-S-02ETIM-S-02

ET-L-02ET-L-02ET-L-02ET-L-02T-DK-05T-DK-05

Loc

LLL

LLBB

BB

LL

LLBB

BBBBLL

Mode

303030

20202020

1818

1818

25252525

192519252525

Cap

YYY

YYYY

YY

YY

YYYY

NNNNNN

Exam Staff

01601 - ABAA

01541 - RBZ

01541 - RBZ0520 - MMBAR

01166 - MTBCK0181 - CKMFBCKY

0181 - CKMFBCKY

01541 - RBZ

01598 - PSBR

Exam Schedule

Course Synopsis

Pre-Requisite

enable the student to apply the disaster plan to the community.

Basics of Energy Auditing, Energy Accounting and Analysis and understanding the utility bill for buildings and industrial plants including the use and application of survey/measurement instruments will be discussed. The auditing of building envelops, electrical systems, HVAC systems and energy efficiency improvement and operation of industrial boiler systems will be highlighted in this course.

This subject is designed to emphasize the importance of energy in human's life by reviewing the national and global energy scenario. The students will be exposed to the principle of Sustainable Energy Management System (SEMS) and make them capable to setup the system at real application. The content of this subject consists of fundamental of energy and energy management, energy policies and legislations, energy efficiency and conservation programs and methodology of SEMS implementation based on Asean Energy Management Scheme (AEMAS).

This course offers an introduction to the concepts, principles and theories behind Geoprahic Information Systems and Science (GIS) with emphasis on the nature of geogprahic information, data models and structures for storing geographic information, geographic data input, data manipulation and simple spatial analysis and modeling teachniques.

The course is composed of two components: lecturers and labs. The lecturers will discuss the concepts, principles, and theories behind GIS and the labs will reinforce the concepts and principles through hands-on exercises and projects. Students must be clear that this is not a class on any specific GIS software. It is a course on the underpinning theory and concepts in GIS. However, students will be exposed to the major commercial GIS software packages of ArcGIS in their labs.

This course is designed to expose the students to a senior design project. They have to apply all the knowledge that they have learned in the programme to complete the senior design project. Each student will be supervised by at least one lecturer or two lecturers (main supervisor and co-supervisor). During thesenior design project I, the students will be able to do a literature survey and prepare a draft which contains objective of the project, problem statement, literature survey, solving techniques, methodology,

COURSE TIMETABLE

19-DEC-16 09:19 AM


GAMBANG

PEKAN

Campus

DEGREE

DEGREE

Level Year

BTV3813

BTE2123

BTE2213

BTE3143

Code


ELECTRICAL FUNDAMENTALS AND CIRCUIT ANALYSIS I

ELECTRONICS I

ELECTRIC MACHINES AND TRANSFORMERS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

01

Sec

FRI

THU

FRI

MON

WED

MON

TUE

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5014:00-14:5015:00-15:5016:00-16:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5012:00-12:5013:00-13:5014:00-14:5015:00-15:5016:00-16:50

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

12:00-12:50

13:00-13:50

14:00-14:50

15:00-15:50

10:00-10:50

11:00-11:50

Time

T-DK-05T-DK-05T-DK-05T-DK-05T-DK-05T-DK-05T-DK-05T-DK-05T-DK-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05ET-L-05

FKP-B-BK-03

FKP-B-BK-03

FKP-A-BK-05

FKP-A-BK-05

FKP-A-BK-05

FKP-A-BK-05

FKP-A-BK-05

FKP-A-BK-05

FKP-F-BK-06

FKP-F-BK-06

FKP-F-DK-02

FKP-F-DK-02

Loc

LLLLLLLLLLLLLLLLLL

T

T

L

L

T

T

L

L

L

L

T

T

Mode

303030303030303030303030303030303030

24

24

24

24

24

24

24

24

48

48

48

48

Cap

NNNNNNNNNNNNNNNNNN

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Exam Staff

01541 - RBZ01598 - PSBR0181 - CKMFBCKY0885 - NISBM2087 - SMA

01665 - NHBR

1763 - ABI

2139 - YHN

Exam Schedule

Course Synopsis

Pre-Requisite

expected result, treatment of results and list of reference publications. At the end of this subject, the students are required to present the draft in a short seminar which will be evaluated by a faculty's panel.

This course introduces the engineering methods of DC circuit analysis. The contents include Mesh and Nodal analysis, Source Transformation, and 4 main network Theorems: Superposition, Thevenin, Norton and Maximum Power Transfer theorems. It also includes the basic of DC transients in capacitors and inductors, and their relationship with electromagnetism concepts. Introduction to AC fundamentals and impedance concept of RLC circuits are also covered.

This course introduces the fundamental concepts and principles of transformer and varioustypes of electrical machines. It is intended for students to understand fundamental aspectsof rotating electrical machines. The first part of the course is a quick review of someelectromagnetism fundamental while the following will deal with the transformers and

COURSE TIMETABLE

19-DEC-16 09:19 AM


PEKAN

Campus

DEGREE

Level Year

BTE3143

BTM1213

BTM2124

BTM2314

BTM3234

Code

ELECTRIC MACHINES AND TRANSFORMERS


MACHINE PRODUCTION PROCESSES



Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

04

Sec

MON

THU

TUE

WED

WED

Day

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

09:00-09:50

10:00-10:50

11:00-11:50

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

Time

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-06

FKP-F-DK-02

FKP-F-DK-02

FKP-F-DK-02

FKP-F-BK-06

FKP-F-BK-06

FKP-F-DK-04

FKP-F-DK-04

FKP-F-DK-04

FKP-F-DK-04

Loc

L

L

T

T

L

L

L

L

L

L

L

L

L

Mode

48

48

48

48

35

35

35

48

48

25

25

25

25

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

N

Exam Staff

1434 - ANAA

01600 - NNBNH

01600 - NNBNH

01686 - SNBMS

01686 - SNBMS

Exam Schedule

Course Synopsis

Pre-Requisite

different types of electrical machines.

This course introduces the force vector algebra, equilibrium of forces on particle, equilibriumof forces on single rigid body and simple force analysis on simple frames and machinestructures (multi-rigid bodies) and problems involving dry friction.

This course intends to provide detailed study of conventional and contemporary methods of metal machining. Laboratory experience includes the fundamentals of machine tool setup and operation, precision measurement techniques, and machine tool safety, care and maintenance

This course is a basic and advanced computer aided drafting in two dimensions. CAD tools required to document engineering designs. This subject is designed to introduce to the student the principle of computer-aided design including drafting, drawing, dimensioning, tolerances and commands.

COURSE TIMETABLE

19-DEC-16 09:19 AM


PEKAN

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

4

Year

BTM3234

BPS4534

BET4893

BET4899

BPS4323

BPS4538

BTE2132

BTE2133

Code


INDUSTRIAL TRAINING REPORT


INDUSTRIAL TRAINING ATTACHMENT

OCCUPATIONAL SAFETY & HEALTH MANAGEMENT SYSTEM

INDUSTRIAL TRAINING

ELECTRIC FUNDAMENTALS AND CIRCUIT ANALYSIS II LABORATORY

ELECTRICAL FUNDAMENTALS AND CIRCUIT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

02

02A

02B

01

01L

01L

01

01

GMI

Sec

FRI

TUE

THU

Day

10:00-10:50

11:00-11:50

08:00-08:5009:00-09:5010:00-10:5011:00-11:5008:00-08:5009:00-09:5010:00-10:5011:00-11:50

Time

FKP-F-BK-05

FKP-F-BK-05

E11-F12AE11-F12AE11-F12AE11-F12AE11-F12AE11-F12AE11-F12AE11-F12A

Loc

L

L

BBBBBBBB

Mode

48

48

2424242424242424

60

30

30

60

60

30

Cap

Y

Y

YYYYYYYY

N

Y

N

N

Exam Staff

0315 - MABM

0315 - MABM0777 - WHBWH

0315 - MABM0777 - WHBWH

TBA

TBA

TBA

TBA

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

BPS1313

Overview of computer hardware, software, and processing concepts related to the control of manufacturing tasks. Emphasis on use of integrated software packages in the solution of a variety of manufacturing problems. Laboratory assignments in automation control, real time data sampling, and creation of user interfaces.

During the placement, students are expected to keep a log book, in which they make a regular entries describing the work they are undertaking. Then Students need to provide industrial training report to describe their technical and personal development during their placement. the industrial training report need to hand in to the university supervisor for evaluation. Students need to do presentation as well at theend of their placement for assessment.

This course will expose the candidates to the latest and existing Occupational Safety and Health Management System (OSH-MS), the evolution and the elements in the systems that cater current requirement in OSH. The course also introduces the concepts, relationships and principles of managing the OSH function and the development of training procedures and practices to integrate that function into the organization.

This course aims to give chances for the student to practise and apply their knowledge and skills that theygain during their study. During the placement, we expect students to keep a log book, in which they make a regular entries describing the work they are undertaking. Student are supervised by industrial and university supervisors to guide and ensure they can do their work as good as possible and achieve the objective for this course.

Tis coyrse provides the basic concepts and engineering methods of AC circuits. The contacts include applications of Mesh and Nodal analysis, Superposition and Source Transformation Theorams, Thevenin and Norton Theorem. Resonen circuit, Filters, Bridges and Balanced 3- phase circuits are also covered

This module provides the basic concepts and engineering methods of AC circuits. The contents include

COURSE TIMETABLE

19-DEC-16 09:19 AM


NO TIMETABLE

Campus

DEGREE

Level Year

BTE2133

BTE4723

BTE4733

BTE4743

BTE4913

BTE4919

BTM2324

BTM2413

BTM2424

Code

ELECTRICAL FUNDAMENTALS AND CIRCUIT ANALYSIS II

ADVANCED ELECTRONICS CIRCUITS

SENSORS TECHNOLOGY

POWER ELECTRONICS


INDUSTRIAL TRAINING

COMPUTER AIDED MODELLING

PROPERTIES OF MATERIALS

STRENGTH OF MATERIALS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

GMI

GMI

GMI

GMI

01

01

GMI

GMI

GMI


30

30

30

30

30

30

30

30

30

Cap

Y

Y

Y

Y

N

N

N

Y

Y

Exam Staff

TBA

TBA

TBA

TBA

TBA

TBA

TBA

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

BTE2123

applications of Mesh and Nodal analysis, Superposition and Source Transformation Theorems, Thevenin and Norton Theorem. Resonant circuit, Filters, Bridges and Balanced 3-phase circuits are also covered.

This module will introduce students to the structural and functional principles of sensors used for various physical and derived quantities and how to use them to measure these quantities.

The primary objective of the course is to give students a foundation of knowledge, understanding, analysis and design of power electronics circuits for conversion and control of electrical energy. The course presents concepts, fundamentals analysis tools, practical consideration for design, and a range of power electronics applications. Practical experiments in the laboratory will also be conducted. Students will be exposed to the power converter, PWM switching techniques, DC and induction motor drives.

In Industrial Training the students should gain insight into industrial practice, in order to visualize the tasksand possibilities of their later occupation work. All students are required to indergo and industrial training for a certain period that has been agreed by the faculty during last semester of the academic year. The performance of each student during the periods of his/her industrial training is ecaluated by the faculty staff, and the representatives from emploter organization.

In Industrial Training the students should gain insight into industrial practice, in order to visualize the tasksand possibilities of their later occupation work. All students are required to indergo and industrial training for a certain period that has been agreed by the faculty during last semester of the academic year. The performance of each student during the periods of his/her industrial training is ecaluated by the faculty staff, and the representatives from emploter organization.

This course consists of two parts which are design process and design modelling. Design modelling includes migrating from 2-D to 3-D CAD systems, Wire-frame, surface and solid modeling techniques using a popular design package, and also rapid prototyping.

This course intends to provide the details of engineering materials, their history, structures, properties, applications. This knowledge will be further useful to make intelligent selection of materials for different applications.

This course intends to provide mechanics of deformable bodies with emphasis on principles of stress andstrain, shear and bending moment, torsion, buckling, failure criteria and design concepts

COURSE TIMETABLE

19-DEC-16 09:19 AM


NO TIMETABLE

Campus

DEGREE

Level Year

BTM4514

BTM4713

BTM4723

BTM4733

BTM4913

BTM4919

BTU1112

BTU1113

Code

AUTOMATED MANUFACTURING SYSTEM

LEAN MANUFACTURING SYSTEM

ADVANCED MANUFACTURING PROCESS

ERGONOMICS


INDUSTRIAL TRAINING

PHYSICS LABORATORY

PHYSICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

GMI

GMI

GMI

GMI

01

01

GMI 1GMI 2

01


30

30

30

30

30

30

3030

2

Cap

Y

Y

Y

Y

N

N

NN

Y

Exam Staff

TBA

TBA

TBA

TBA

TBA

TBA

TBATBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

Study of automated manufacturing systems utilized by industry, including robotics, computer-aided manufacturing, computer-aided design and manufacturing, computer-aided inspection, and system integration using PLC's, sensors, DAQ systems and other automation components. Emphasis on laboratory experiences with automated technology.

Introduction to modern issues in lean manufacturing systems and practice of lean tools. Topics include overview of lean manufacturing systems, quick changeover, total productive maintenance, pull/just-in-time/kanban, cellular manufacturing, kaizen, wastes identification, productivity measurement, plant layout,and line balance. At the end of the semester the students should be having a basic understanding of the design, operation and control of lean manufacturing systems and be able to use quantitative methods to model, analyze, and optimize such systems.

This course intends to provide the details of the advanced metal casting processes, advanced machining processes, advanced welding processes theory and practices as well as other high technology processes.

This course provides a foundation for understanding the key concepts and principles related to ergonomics. The aim of ergonomics in industry is to increase productivity, and decrease accidents and illnesses by obtaining a good fit between the employer and the job. This course also examines the relationships between employer, work equipment and work environment. Case studies are also used to test student current knowledge and understanding of the way complex systems are designed and used.

This laboratory introduces the students with the application of physics concept in engineering devices such as Free Fall, Bernoulli's Law, Hydrostatic Pressure And Electric Field. The concepts of physics introduced related in mechanics or dynamics motion and basic concepts of electrical area. The students will learn how to run the experiment with referring to the basic concepts of physics during the lab hours.

Physics is about the fundamental natural laws governing our universe. Taken as a whole, physics can be considered as the behaviour of just two fundamental quantities (space-time and mass-energy) in the presence of just four fundamental forces (gravitational, electromagnetic and strong and weak nuclear forces). Using physics, a small set of profound natural laws thus can be used to make sense of the complexities of the natural world, as well as the design and operation of our technology. Physics can be divided into different fields of study, with "classical physics" covering mechanics, acoustics, thermodynamics, electromagnetism and optics, and "modern physics" encompassing relativity and the quantum mechanics of light of matter. This course examines the conceptual basis of statics, dynamics, electric and magnetism. In this course students are provided with an introduction to key concepts, and obtain practice with relevant problem solving.

NOTE:GROUP 01A FOR BTVGROUP 02B FOR BTEGROUP 03C FOR BTM

COURSE TIMETABLE

19-DEC-16 09:19 AM


NO TIMETABLE

Campus

DEGREE

Level Year

BTU1212

BTV4913

Code

CHEMISTRY LAB


Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

GMI 1GMI 2

01


3030

30

Cap

NN

N

Exam Staff

TBATBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

In chemistry laboratory the students are responsible to conduct the basic physical, organic chemistry and analytical instrument experiments such as solubility &miscibility (1), chemical equilibrium (2), buffer and pH changes (3), calorimetry (4), gravimetric (5), Limiting reactant (6), Reaction rate (7), Extraction with solvent (8),UV-VIS spectrometer (9), and Melting Point (10). At the end of experiments, the students should be able to inculcate the critical thinking and able to work in safe working condition.

In industrial training the students should gain insight into industral practise, in order to visualize the tasks and possibilities of their later occupation work. all students are required to undergo and industrial training for a certain period that has been agreed by the faculty during last semester of the academic year. The performance of each student during the periods of his/her industrial training is evaluated by the faculty staff and the representative frrom employer organization

NOTE:GROUP 01A FOR BTVGROUP 02B FOR BTEGROUP 03C FOR BTM

COURSE TIMETABLE

19-DEC-16 09:17 AM

Faculty : FACULTY OF MANUFACTURING ENGINEERING

PEKAN

Campus

DEGREE

Level

1

1

1

Year

BFF1102

BFF1113

BFF1123

Code

STATICS

ENGINEERING MATERIALS

DYNAMICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

Sec

THU

TUE

THU

TUE

THU

TUE

THU

TUE

Day

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

Time

FKP-F-PBL-02FKP-F-PBL-02FKP-F-PBL-02FKP-F-PBL-02FKP-F-PBL-02FKP-F-PBL-02FKP-F-PBL-02FKP-F-PBL-02

FKP-F-DK-02

FKP-B-M-01

FKP-F-DK-02

FKP-F-DK-02

FKP-F-DK-02

FKP-B-M-01

FKP-F-DK-02

FKP-F-DK-02

Loc

L

L

L

L

L

L

L

L

L

B

L

L

L

B

L

L

Mode

45

45

45

45

45

45

45

45

45

45

45

45

45

45

45

45

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Exam Staff

0639 - MABMA

0639 - MABMA

01822 - RBAA

01822 - RBAA

05/06/2017 - AM

05/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces force vector algebra, equilibrium of forces on particle, equilibrium of forces on single rigid body and force analysis on simple frames and machine structures (multi-rigid bodies) and problems involving dry friction. Furthermore, analysis of centroid and moment of inertia will also be discussed.

This course introduces the fundamental concepts of engineering materials which includes the structure of materials, mechanical and physical properties of materials, binary phase diagrams, TTT diagram, heat treatment, applications and current developments of metal, polymer, ceramic, composite and advanced materials. Also, basic understanding on the environmental degradation of engineering materials.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

1

1

1

1

Year

BFF1123

BFF1303

BFF1502

BFF1602

Code

DYNAMICS

ELECTRICAL/ELECTRONICS ENGINEERING

PROJECT MANAGEMENT

TECHNICAL DRAWING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

02

Sec

MON

WED

THU

TUE

THU

TUE

MON

WED

Day

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

Time


FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

Loc

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

Mode

45

45

45

45

45

45

45

45

40

40

40

40

60

60

60

60

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

N

Exam Staff

0224 - WABWY

0224 - WABWY

1549 - A

01742 - MYBA

01742 - MYBA

06/06/2017 - PM

07/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BFF1102 BFM1102

This course covers rigid body kinematics and kinetics of 2D planar motions. By the of the course, the students are able to analyze the position, velocity and acceleration of a 2D planar mechanism. Furthermore, by applying either the principles of force-acceleration, impulse-momentum or work-energy, the students are able to solve the kinetics of a 2D planar motion. This course also requires the students todesign a 2D planar mechanism that performs a specific function.

This course introduces DC resistive network analysis, AC network analysis, diodes, bipolar junction transistors (BJT), operational amplifier (op-amp) and digital logic circuits

This course embraces a broad basic overview and principles of project management which has become central to operations in manufacturing enterprises throughout the three primary processes of managing projects; initialization, planning and scheduling, and execution.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

1

1

1

Year

BFF1602

BFF1801

BFF1811

Code

TECHNICAL DRAWING

MACHINING 1

MACHINING 2

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

Sec

MON

WED

FRI

MON

TUE

FRI

Day

08:00-08:50

09:00-09:50

10:00-10:50

08:00-08:50

09:00-09:50

10:00-10:50

08:00-08:50

09:00-09:50

10:00-10:50

14:00-14:50

15:00-15:50

16:00-16:50

14:00-14:50

15:00-15:50

16:00-16:50

08:00-08:50

09:00-09:50

10:00-10:50

Time

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-A-M-04

FKP-A-M-04

FKP-A-M-04

FKP-A-M-04

FKP-A-M-04

FKP-A-M-04

FKP-A-M-04

FKP-A-M-04

FKP-A-M-04

Loc

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

Mode

35

35

35

35

35

35

35

35

35

35

35

35

35

35

35

35

35

35

Cap

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff

01560 - IBI

0568 - MNBOZ

01560 - IBI

01193 - YBS

01193 - YBS

2297 - MNBMT

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces fundamental knowledge and skill of technical drawing for engineers. Both hand sketching and CAD approach will be used in this course. Student will be exposed with Fundamental of Engineering Graphic Language; Layout and Lettering; Technical Sketching; Geometric Constructions; Basic and Advanced Dimensioning; Orthographic Drawing; Section and Auxiliary Views; Geometric Dimensioning and Tolerance (GDT); and 2D Parametric Drawing Construction. This course also preparing the student to create and interpret working technical drawing according to ISO standards.

This course introduces student basic technique to perform manual production techniquesby selecting and using appropriate hand tools and perform basic turning process and operation according to the given dimensions, specifications and tolerances.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

1

1

1

1

2

Year

BFF1811

BFF1921

BFF1922

BFM1313

BFF1133

Code

MACHINING 2


ENGINEERING ECONOMY

FUNDAMENTAL OF ELECTRICAL ENGINEERING


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

01

02

01

Sec

MON

FRI

WED

MON

WED

FRI

THU

TUE

Day

14:00-14:50

15:00-15:50

16:00-16:50

08:00-08:50

09:00-09:50

10:00-10:50

08:00-08:50

09:00-09:50

10:00-10:50

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

15:00-15:50

16:00-16:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

Time

FKP-A-M-05

FKP-A-M-05

FKP-A-M-05

FKP-A-M-05

FKP-A-M-05

FKP-A-M-05

FKP-A-M-05

FKP-A-M-05

FKP-A-M-05

FKP-F-DK-02

FKP-F-DK-02

FKP-F-DK-02

FKP-F-DK-02

FKP-F-BK-05

FKP-F-BK-05

FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02

Loc

B

B

B

B

B

B

B

B

B

L

L

L

L

L

L

L

L

L

L

Mode

35

35

35

35

35

35

35

35

35

80

80

75

75

10

10

45

45

45

45

Cap

N

N

N

N

N

N

N

N

N

N

N

Y

Y

Y

Y

Y

Y

Y

Y

Exam Staff

01074 - SBB

01074 - SBB

01074 - SBB

AP0004 - MABP

1807 - II

TBA0001 - ES(

2044 - AAO

05/06/2017 - PM

07/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course introduces student basic application of the measuring instruments, milling process and surface grinding.

This course introduces the engineering profession, local industries sector, issues in local industries, ethics and public responsibility, engineer and law, and contract law.

This course introduces concept of life cycle cost, interest and equivalent. Formula and factors for single and multiple cash flow. Method for investment assessment and alternative comparison and project evaluation using cost worth ratio, inflation and cash flow method

This course introduces DC resistive network analysis, AC network analysis, transient analysis for DC, steady state sinusoidal analysis for AC, the fundamental of electrical (DC and AC) machines and design real-world electrical circuits.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

2

2

2

Year

BFF1133

BFF2003

BFF2223

Code



FLUID MECHANICS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

02

03

Sec

THU

TUE

MON

WED

FRI

THU

TUE

MON

THU

MON

THU

Day

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

17:00-17:50

18:00-18:50

20:00-20:50

21:00-21:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

Time

FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-02

Loc

L

L

L

L

L

L

L

L

L

L

L

L

B

B

B

B

B

B

B

B

B

B

B

B

Mode

35

35

35

35

35

35

35

35

10

10

10

10

30

30

30

30

30

30

30

30

30

30

30

30

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff

2111 - AAI

2111 - AAI

TBA0001 - ES(

1994 - NLS

2115 - NUA

2115 - NUA

06/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BFF1102 BFF1113

This course introduces the concept of stress, strain and mechanical properties of materials under axial, torsion, bending, transverse shear and combined loadings in elastic structural members. Plane stress transformation is also included.

This course introduces input and output, variables, constants, arithmetic operations and mathematical functions, user-defined functions, loops, selection making decision and repetitive construct, array and data structure. The programming language used for the course is C/C++ language.

This course introduces properties of fluid, concept of pressure and its application, stability of floating bodies, fluid in motion analysis, fluid momentum analysis, flow measurement devices, fluid friction in

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

2

2

2

Year

BFF2223

BFF2233

BFF2423

Code

FLUID MECHANICS

THERMODYNAMICS


Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

Sec

THU

TUE

THU

TUE

THU

TUE

THU

TUE

Day

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

Time


FKP-F-PBL-01FKP-F-PBL-01FKP-F-PBL-01FKP-F-PBL-01FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02FKP-G-BAP-02

Loc

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

Mode

35

35

35

35

35

35

35

35

35

35

35

35

35

35

35

35

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Exam Staff

01680 - NBR

01680 - NBR

TBA0001 - ES(

TBA0001 - ES(

13/06/2017 - AM

13/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

piping system and dimensional analysis.

This course focuses on the application of the thermodynamics knowledge in various engineering systems. The subject covers the review and analysis of energy, concepts of thermodynamics laws andentropy, heat engines, refrigerators and heat pumps cycles.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

2

2

2

2

Year

BFF2423

BFF2433

BFF2513

BFF2523

Code


ADVANCED MANUFACTURING PROCESSES

MANUFACTURING SYSTEM

QUALITY ENGINEERING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

01

Sec

MON

WED

MON

THU

SAT

THU

TUE

THU

TUE

Day

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

Time

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-02

FKP-F-BK-02

FKP-F-BK-02

FKP-F-BK-02

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

Loc

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

Mode

35

35

35

35

35

35

35

35

10

10

10

10

45

45

45

45

35

35

35

35

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Exam Staff

2114 - NF

2114 - NF

TBA0001 - ES(

0298 - MZBS

2052 - MAG

09/06/2017 - AM

14/06/2017 - PM

15/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BFF1113

BFF1113

This course covers processes in manufacturing of metal casting, forming and shaping, joining and surfacetechnology. .

This course focuses on an advanced machining, polymers, composites and ceramics processing. Advance technology in manufacturing including nano-technology, semiconductor manufacturing, reverse engineering and rapid prototyping technology. are also covered in this course.

The course provides in-depth understanding of manufacturing system components, facilities, the different types and functions of manufacturing systems. Layout designing of various manufacturing systems. Identification of relationship between production quantity and product variety, complexity, and strategies. Deals with methods of the performance measurement, design, production and assigning resources in manufacturing systems considering material handling to achieve the strategic goals by increasing flexibility, productivity and reducing lead time.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

2

2

2

Year

BFF2523

BFF2612

BFF2623

Code

QUALITY ENGINEERING

COMPUTER AIDED ENGINEERING DESIGN

CAD/CAM/CAE

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

03

Sec

THU

TUE

MON

WED

FRI

Day

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

10:00-10:50

08:00-08:50

09:00-09:50

10:00-10:50

08:00-08:50

09:00-09:50

10:00-10:50

Time

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

Loc

L

L

L

L

B

B

B

B

B

B

B

B

B

Mode

35

35

35

35

30

30

30

30

30

30

30

30

30

Cap

Y

Y

Y

Y

N

N

N

N

N

N

N

N

N

Exam Staff

01742 - MYBA

2213 - KS

2213 - KS

2213 - KS

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BUM2413

BFF1602

This course introduces the concept of basic quality tools, fundamental of statistics, control charts for variables, fundamental of probability, control charts for attributes and acceptance sampling systems.

This course introduces 3D surface solid modelling which emphasized on the drawing, functioning and organizing the model. Further course content included part assembly, animation and basic FEA application. Students experience the practical learning through the CAD software.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

2

2

2

2

Year

BFF2623

BFF2801

BFF2821

BFM2013

Code

CAD/CAM/CAE

ELECTRICAL/ELECTRONICS LAB

MECHANICS LAB

PROGRAMMING FOR ENGINEERS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

03

01

01

02

Sec

THU

TUE

FRI

MON

THU

TUE

MON

THU

FRI

Day

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

15:00-15:50

16:00-16:50

14:00-14:50

15:00-15:50

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

14:00-14:50

15:00-15:50

16:00-16:50

14:00-14:50

15:00-15:50

16:00-16:50

08:00-08:50

09:00-09:50

10:00-10:50

Time

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-01

FKP-B-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-B-M-06

FKP-B-M-06

FKP-B-M-06

FKP-B-M-10

FKP-B-M-10

FKP-B-M-10

FKP-B-M-10

FKP-B-M-10

FKP-B-M-10

Loc

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

Mode

10

10

10

10

10

10

10

10

10

10

10

10

30

30

30

30

30

30

30

30

30

Cap

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff

2052 - MAG

2055 - MO

2055 - MO

01383 - SBP

01189 - ASBS

01189 - ASBS

Exam Schedule

Course Synopsis

Pre-Requisite

BFF1612

This course introduces to develop students a degree of competencies in the CAD/CAM principle, application, and integration that applied in the modern manufacturing system. Through the selected computer assisted simulation software interface (CATIA), emphasizes will be given on the application ofvarious prismatic (2-axis) and surface (3-axis) machining strategies plus the manual programming fundamentals

This course introduces practical electrical and electronics circuits. Students shall analyze, synthesize and build electrical power, digital electronic and electromechanical systems.

This lab introduces principles of engineering and solid mechanics through practical experiments. The covered areas are for principles of statics, dynamic and mechanics of materials.

This course introduces the parallel/serial interfacing techniques between PC and external circuit built with the components such as LEDs, motors (DC/stepper), thermometer etc. using C/C++ programming language. Besides the intermediate level of programming techniques such as pointers, dynamic memory

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

2

2

2

2

3

Year

BFM2013

BFM2303

BFM2313

BFM2831

BFF3103

Code

PROGRAMMING FOR ENGINEERS

ANALOG ELECTRONICS

DIGITAL ELECTRONICS

FUNDAMENTAL OF ELECTRICAL ENGINEERINGLAB

VIBRATIONS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

MON

THU

THU

TUE

THU

TUE

FRI

MON

WED

Day

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

10:00-10:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

Time

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-B-BK-05

FKP-B-BK-05

FKP-B-BK-05

FKP-B-BK-05

FKP-B-M-06

FKP-B-M-06

FKP-B-M-06

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

Loc

B

B

B

B

L

L

L

L

L

L

L

L

B

B

B

L

L

L

L

Mode

30

30

30

30

45

45

45

45

35

35

35

35

35

35

35

65

65

65

65

Cap

N

N

N

N

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

Y

Y

Y

Y

Exam Staff

01802 - AFBAN

2044 - AAO

01568 - ZBMYS0065 - MABMR

01383 - SBP

0215 - ARBY

08/06/2017 - AM

15/06/2017 - AM

07/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BFF2003

BFM1313 BFF1303

BFF1123 MEC1392

allocation, data structures (links, stacks, and queues), and graphical user interface (WIN32 GUI) are also introduced to fit the purpose. By the end of semester, the students apply the interfacing techniques in a mechatronics-based project.

This course introduces active device characteristics, amplifier circuits, operatiaon amplifier circuits, waveform generators, filter circuits and other operational amplifier applications

This course is designed to introduce the basic principle of digital systems and digital circuit design with analysis. Lecture and practical will cover the following: Algebra Boolean, Numbering system, Basic Logic Gate, Combinational Logic Circuit Design, Bi-stable Memory Devices and Sequential Circuits Design.

This course introduces practical electrical circuits. Students shall analyze, synthesize and build circuits using passive devices and diode.

This course introduces the fundamental of vibration, free vibration (Single Degree of Freedom - SDOF System), harmonically excited vibration (SDOF System), general excited vibration (SDOF System), two degree of freedom (TDOF System), and vibration control.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

3

Year

BFF3123

BFF3203

BFF3242

BFF3302

BFF3503

Code

MACHINE DESIGN

HEAT TRANSFER

HEAT TRANSFER

SENSOR AND INSTRUMENTATION SYSTEMS

PRODUCTION ENGINEERING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

02

Sec

MON

WED

THU

TUE

THU

TUE

MON

TUE

MON

THU

Day

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

Time

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-B-M-04

FKP-B-M-04

FKP-F-BK-05

FKP-F-BK-05

FKP-B-M-04

FKP-B-M-04

Loc

L

L

L

L

L

L

L

L

L

L

L

L

L

L

B

B

L

L

B

B

Mode

50

50

50

50

15

15

15

15

50

50

50

50

30

30

30

30

30

30

30

30

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

N

N

N

N

N

Exam Staff

2080 - DMN

01773 - ZBK

01773 - ZBK

0503 - NBMY

0503 - NBMY

06/06/2017 - PM

07/06/2017 - AM

07/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BFM1102 BFF1102

BFF2233

BFF2233

BFF2801 BFM2831

This course focuses on the fundamentals of component design - free body diagrams, force flow concepts,failure theories, and fatigue design, with application to fasteners, springs, bearings, gears, shafts, clutches, and brakes. It explains the basics of mechanics, strength of materials, and materials properties on how to apply these fundamentals to specific machine components design.

The course covers the modes of heat transfer in a model of heat transfer system

The course covers the modes of heat transfer in a model of heat transfer system.

This course covers instrumentations system including instrumentation principles, measurement techniques and data analysis for a particular sensor and measurement situation.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

3

Year

BFF3503

BFF3523

BFF3563

BFF3603

BFF3613

Code

PRODUCTION ENGINEERING

PRODUCTION PLANNING AND CONTROL

PROCESS AUDITING TECHNIQUES

PLASTICS PRODUCT DESIGN

SHEET METAL PRODUCT DESIGN

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01

Sec

THU

TUE

SAT

MON

WED

THU

TUE

MON

WED

Day

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

12:00-12:50

13:00-13:50

14:00-14:50

15:00-15:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

Time

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-02

FKP-F-BK-02

FKP-F-BK-02

FKP-F-BK-02

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

Loc

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

L

B

B

B

B

Mode

45

45

45

45

10

10

10

10

35

35

35

35

15

15

15

15

15

15

15

15

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

N

N

N

N

N

Exam Staff

0298 - MZBS

TBA0001 - ES(

1807 - II

S0391 - ABMA

01158 - MAHBS

09/06/2017 - AM

08/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

This course covers the knowledge on Production Engineering (PE) to perform product development activities, process measurement and planning in order to manufacture product which meets the customer requirements at a competitive price.

The topics covered in the course are production and operations strategy, forecasting techniques, deterministic inventory planning and control, stochastic inventory planning and control, aggregate production planning, and master production scheduling.

This course introduces the concept of basic internal auditing program i.e. step-by-step to be an effective auditor; establish audit program; implement audit execution; analyse audit findings and prepare audit report for Quality Management Systems (QMS); Environmental Management System (EMS) and relevant management systems.

This course will introduce the knowledge and technology of plastic development.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

Year

BFF3613

BFF3622

BFF3632

BFF3801

Code

SHEET METAL PRODUCT DESIGN

COMPUTER AIDED MANUFACTURING

DESIGN OF JIGS & FIXTURES

THERMAL-FLUID ENGINEERING LAB

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

02

03

01

Sec

MON

WED

THU

TUE

FRI

MON

THU

TUE

MON

THU

Day

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

15:00-15:50

16:00-16:50

14:00-14:50

15:00-15:50

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

Time

FKP-A-BK-05

FKP-A-BK-05

FKP-A-BK-05

FKP-A-BK-05

FKP-B-MK-02

FKP-B-MK-02

FKP-B-MK-01

FKP-B-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

Loc

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

B

L

L

L

L

Mode

15

15

15

15

20

20

20

20

20

20

20

20

20

20

20

20

40

40

40

40

Cap

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff

0671 - ZBH

2052 - MAG

2055 - MO

2055 - MO

0568 - MNBOZ

Exam Schedule

Course Synopsis

Pre-Requisite

BFF1602 BFF2612 BFF1612

BFF1801 BFF1811 BFF2612

The course introduces fundamental knowledge of sheet metal product design

This course introduces to develop students a degree of competencies in the CAD/CAM principle, application, and integration that applied in the modern manufacturing system. Through the selected computer assisted simulation software interface (CATIA), emphasizes will be given on the application of various prismatic (2-axis) and surface (3-axis) machining strategies plus the manual programming fundamentals.

This course starts with the important concept of jigs and fixtures in manufacturing for locating and work-holding devices. The course covers important elements in designing jigs and fixtures such as the principles of locating and supporting, Poka Yoke, clamping and positioning, fixture body design, tooling forNC, drilling, milling, turning and grinding fixtures, assembly and joining fixture.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

3

3

3

3

3

Year

BFF3801

BFM3002

BFM3003

BFM3303

BFM3313

Code

THERMAL-FLUID ENGINEERING LAB

COMPUTER SIMULATION

ARTIFICIAL INTELLIGENCE SYSTEM

ELECTRICAL DRIVE SYSTEM

ELECTRICAL POWER AND MACHINES

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01

Sec

TUE

FRI

MON

WED

FRI

MON

FRI

WED

Day

14:00-14:50

15:00-15:50

16:00-16:50

08:00-08:50

09:00-09:50

10:00-10:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

08:00-08:50

09:00-09:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

Time

FKP-B-M-08

FKP-B-M-08

FKP-B-M-08

FKP-B-M-08

FKP-B-M-08

FKP-B-M-08

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-B-M-04

FKP-B-M-04

FKP-B-M-04

FKP-B-M-04

Loc

B

B

B

B

B

B

B

B

B

B

L

L

L

L

B

B

B

B

Mode

30

30

30

30

30

30

30

30

30

30

35

35

35

35

35

35

35

35

Cap

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Y

Y

Y

Y

Exam Staff

S0423 - FFBK

S0423 - FFBK

2196 - MAH

0215 - ARBY

01741 - MABZ 05/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BFF2223 BFF2233

BFM2831 BFF2801

This lab intriduces practical application of basic thermal-fluid principiles and the covered areas are the practical applications of pure substance, first law and second law of thermodynamics, refrigeration cycle, conduction heat transfer, Bernoulli's theorem, flow trajectories over rigid body, friction losses in pipes, flowmeasurements, fluid pressure and boundary layers.

This course introduces simulation software MATLAB (Simple operations, matrices and vectors, functions, plot, programming and symbolic calculation) and Simulink (functional principle of Simulink, designing a block diagram, solving differential equation, starting simulink systems from matlab and importing plots to word and power points)

This course introduces expert system, fuzzy logic, artificial newral network, evalutional programming and hybrid artificial intelligence.

This course begins by introducing the basic electrical drive system components. The modelling and equivalent system of the dc motor and induction motor will be derived. This will lead to the design of the drive system using flux controlled, voltage controlled, controlled rectifier, chopper controlled, scalar control.

This course introduces the fundamental concepts of electric machinery and power systems. Emphasis is given on the understanding of the principles and the analysis of three-phase circuits, transformers, synchronous machines (generator and motor), induction motor as well as DC machines. This course aims

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

3

3

3

4

Year

BFM3313

BFM3323

BFM3403

BFF4103

Code

ELECTRICAL POWER AND MACHINES

POWER ELECTRONICS

FLUID DRIVE SYSTEM

CONTROL SYSTEM ENGINEERING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

Sec

THU

TUE

MON

WED

MON

WED

Day

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

Time

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-B-M-05

FKP-B-M-05

FKP-B-M-05

FKP-B-M-05

Loc

L

L

L

L

L

L

L

L

B

B

B

B

Mode

35

35

35

35

35

35

35

35

35

35

35

35

Cap

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

N

Exam Staff

2005 - ABPAM

01599 - FBMT

01816 - ASBAG

13/06/2017 - PM

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

to develop the ability in visualising physical configurations, constructing meaningful mathematical models in solving engineering problems whilst inculcating analytical rigour, and engineering judgement.

This course introduces students to the fundamentals of power electronics. Emphasis will be made on the power converter operations and analysis of its steady-state performances. This course also exposes students to some basic converters design.

This course introduces fundamental knowledge and skill of hydraulic and pneumatic system for engineers. Both design and development approach will be used in this course. Student will be exposed with Fundamental of Fluid Power; Pneumatic system; Hydraulic system and Programmable Logic Controller. Laboratory management and 5S implementation is essential for the lab session.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

4

4

4

4

Year

BFF4103

BFF4513

BFF4563

BFF4573

Code

CONTROL SYSTEM ENGINEERING

LEAN PRODUCTION SYSTEM

PRODUCTION LINE MANAGEMENT

SIX SIGMA

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

Sec

THU

TUE

THU

TUE

MON

WED

THU

TUE

Day

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

Time

FKP-F-BK-05

FKP-B-M-03

FKP-F-BK-05

FKP-F-BK-05

FKP-F-BK-06

FKP-B-M-03

FKP-F-BK-06

FKP-F-BK-06

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

FKP-F-BK-04

Loc

L

B

L

L

L

B

L

L

L

L

L

L

L

L

L

L

Mode

45

45

45

45

45

45

45

45

15

15

15

15

15

15

15

15

Cap

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

Y

N

N

N

N

Exam Staff

TBA0001 - ES(

TBA0001 - ES(

TBA0001 - ES(

S0279 - MPBHM

06/06/2017 - AM

14/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BFM3002 BFF2801

This subject will cover the analysis of the system¿s stability and performance of the control system by using the time domain and frequency domain approaches. Conventional controller such as PID controller will be used to improve the transient and steady state performances in the time domain approach. In the frequency domain approach, the bode plot method will be utilised. The lead, lag and led-lag compensators are introduced in improving the performance of the control system using the frequency approach

This course introduces the role of lean production system in a manufacturing environment. The concept ofvalue adding and waste elimination through implementing lean production system. Using the basic principle of Pull system to promote waste elimination, various Lean tools would be introduced which include value stream mapping, Pull System & Kanban, Cellular Manufacturing and Heijunka.

This course introduces the basic approach to effectively managing production line from receiving the manufacturing order to producing the required quantity, meeting the quality requirements, delivering on-time and realizing the product with optimal cost.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

Campus

DEGREE

Level

4

4

4

4

4

Year

BFF4573

BFF4623

BFF4643

BFF4911

BFM4503

Code

SIX SIGMA

MOLD 2

MANUFACTURING PROCESS PLANNING

ENVIRONMENT SAFETY & HEALTH

ROBOTICS FOR ENGINEERS

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

Sec

THU

TUE

THU

TUE

FRI

TUE

TUE

Day

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

16:00-16:50

17:00-17:50

Time

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-F-BK-03

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-A-MK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-BK-01

FKP-F-DK-02

FKP-F-DK-02

Loc

L

L

L

L

B

B

B

B

L

L

L

L

L

L

Mode

15

15

15

15

15

15

15

15

45

45

45

45

80

80

Cap

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff

S0278 - MSBO

01158 - MAHBS

01599 - FBMT

01516 - NNBJ

Exam Schedule

Course Synopsis

Pre-Requisite

BFF4603

BFF2523 BFF2423 BFF3622

BFF3543 BFF2403 BFF2623BFF2503

In this program, students will be able to use all tools, technics and concepts learned in the introduction program to solve problem in Six Sigma methodology. Students will be doing hands-on Six Sigma project and deployment from Define phase until Control phase.

In this course students will fabricate the components of the mould according to the detail drawing and process planning, assemble the mould components, inject the product as well as analyze the quality of the final plastic product

This course required students to design and develop an effective manufacturing process planning and it shall include complex engineering problems and design systems, components or processes integrating core areas and meeting specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations.

This course covers the topics on industrial safety and health regulations, accident causation phenomenon, accident investigation, accident analysis, industrial hazard, industrial hygiene and managing safety and health.

COURSE TIMETABLE

19-DEC-16 09:17 AM


PEKAN

NO TIMETABLE

Campus

DEGREE

DEGREE

Level

4

4

3

4

Year

BFM4503

BFM4733

BFM3333

BFF3906

BFM4902

Code

ROBOTICS FOR ENGINEERS

MECHATRONICS SYSTEM DESIGN

MICROCONTROLLER SYSTEM

INDUSTRIAL TRAINING


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

Sec

THU

TUE

THU

TUE

THU

TUE

Day

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

Time

FKP-B-M-05

FKP-B-M-05

FKP-B-M-05

FKP-B-M-05

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-MK-01

FKP-B-M-05

FKP-B-M-05

FKP-B-M-05

FKP-B-M-05

Loc

B

B

B

B

L

L

L

L

B

B

B

B

Mode

35

35

35

35

45

45

45

45

35

35

35

35

60

60

Cap

N

N

N

N

N

N

N

N

N

N

N

N

N

N

Exam Staff

01741 - MABZ

0224 - WABWY

S0065 - MABMR

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

BFM2013

This course provides an overview of robot mechanisms, kinematics, motion kinematic, dynamics, and planning control. Topics include robotic system overview, rotational matrices, translational matrices, homogeneous and composite matrices, D-H algorithm representation, Lagrange-Euler formulation, and robot planning. At the end of the course, students shall design the robot, together with the complete mathematical modelling to implement the theories that have been learnt.

This course requires the students to design and develop a computer-controlled manufacturing machine. Itintegrates the knowledge of software, mechanical and electronic design to control a manufacturing process. Students are required to design and develop a machine in group as well as performing individualengineering roles.

This course is an introduction to microcontroller system and embedded devices. Students are exposed to microcontroller concept and design of embedded devices. These include design fundamental, peripheral interfacing technique, serial communication, interrupt subsystem and timing subsystem.

The industrial training must be completed in an industrial firm. The students work on current projects of the firm in the development, production or distribution process. The projects deal with manufacturing or related fields and allow the practical application of university knowledge. The training delivers insight into the future professional life.

This course focuses on the investigative research oriented approach to engineering studies. Students are expected to develop techniques in literature review, perform individual analysis and judgement and show capability of being assessed independently. The application of project management element as a mediumfor conducting and integration all expertise areas during the course is highly encouraged. Upon completion of this course student will proceed to Final Year Project 2 (FYP2) to fulfill the overall Final Year Project requirement.

COURSE TIMETABLE

19-DEC-16 09:17 AM


NO TIMETABLE

Campus

DEGREE

Level

4

Year

BFM4914

Code


Course Name Remark

SEM 2 16/17

Sem

01


60

Cap

N

Exam Staff

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

BFM4902 BFM4902

This course is a continuation of the research work from FYP1. Student needs to conduct investigation based on the proposed research methodology. Students have to complete the course by submitting the thesis with formal presentation and a written report. Students will be assessed on the ability to work independently.

COURSE TIMETABLE

21-DEC-16 09:22 AM

Faculty : FACULTY OF INDUSTRIAL MANAGEMENT

GAMBANG

Campus

DEGREE

Level

1

1

1

1

1

Year

BPF1113

BPF1123

BPF1213

BPF1223

BPP1113

Code

PRINCIPLES OF MANAGEMENT

INDUSTRIAL PSYCHOLOGY

PRINCIPLES OF ECONOMICS

INTRODUCTION TO COST ACCOUNTING

PROJECT MANAGEMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

02

01

02

01

02

Sec

THUWED

MON

TUE

MON

TUEFRITHU

THUWED

MON

TUE

MON

TUE

FRI

THU

Day

08:00-08:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:50

14:00-14:5015:00-15:5014:00-14:5017:00-17:5016:00-16:5017:00-17:50

08:00-08:5008:00-08:5009:00-09:5010:00-10:5011:00-11:5010:00-10:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:5016:00-16:5017:00-17:5016:00-16:5017:00-17:50

Time

T-DK-01T-DK-01T-DK-01ZDK11ZDK11ZDK11


ZDK12ZDK12ZDK12


ZDK12ZDK12ZDK12ZDK12ZDK12ZDK12ZDK12ZDK12

Loc

LLLLLL

LLLLLL

LLLLLL

LLLLLLLL

Mode

606060606060

757575494949

606060606060

6060606060606060

Cap

YYYYYY

YYYYYY

YYYYYY

YYYYYYYY

Exam Staff

0511 - SABAG

0511 - SABAG

2342 - MGBA

01766 - DBK

2330 - SP

1846 - LY

2234 - SKT

2234 - SKT

07/06/2017 - AM

05/06/2017 - PM

07/06/2017 - PM

05/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

Principles of management aim to provide students with information and knowledge on theoretical management and applied practiced in managing a successful organization. Students will discuss the major principles of management known as POLC: Planning, Organizing, Leading and Controlling. Contemporary issues and global challenges for future managers will also be discussed to equipped students with current trends and best practices in managing a successful organization.

The Industrial Psychology course introduces students to the principles of behaviors as it exists at the workplace.

This course is designed to introduce students to key concepts used in microeconomics and macroeconomics, and to facilitate a basic understanding of economic phenomena. The goals will help students to understand fundamental concepts and tools so that students can use them to analyse various economic issues at the national and international levels. This course is primarily concerned with Malaysian economy and will help them understand how economy works.

To introduce students to the concepts and terminilogy of accounting and financial reporting for modern business enterprises. They will also learn to use accounting information to make conclusions about business activities and to communicate these conclusions to others, basic accounting concepts, how accounting information reflects basic activities of businesses and organizations and how accounting information is used to make decisions about these entities.

This course provides foundation and conceptual framework of project management. Students will be exposed to various body of knowledge and institutions in promoting project management in particular Project Management Institute (PMI). Throughout the semester, students will have opportunity to discuss various topics; project integration, project initiation, organizational influence to project performance, project manager's role, project management context and project management process groups. Last but not least, students will also have the opportunity to explore various methods and approaches of project

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

1

1

2

2

2

2

Year

BPP1113

BPT1113

BPF2113

BPF2123

BPF2213

BPF2413

Code

PROJECT MANAGEMENT

OPERATION & PRODUCTION IN INDUSTRIAL MANAGEMENT

RESEARCH METHODOLOGY


INTRODUCTION TO FINANCE


Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

02

01

02

01

02

Sec

MON

THU

FRI

TUE

FRITUE

MON

TUE

TUEWED

THU

TUE

FRITUE

MON

TUE

Day

08:00-08:5009:00-09:5009:00-09:50

15:00-15:5016:00-16:5016:00-16:50

08:00-08:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5017:00-17:50

11:00-11:5010:00-10:5011:00-11:5014:00-14:5015:00-15:5015:00-15:50

08:00-08:5008:00-08:5009:00-09:5016:00-16:5017:00-17:5017:00-17:50

Time



ZDK12ZDK12ZDK12ZDK12ZDK12ZDK12



Loc

LLL

LLL

LLLLLL

LLLLLL

LLLLLL

Mode

606060

606060

606060606060

494949494949

606060606060

Cap

YYY

YYY

NNNNNN

YYYYYY

YYYYYY

Exam Staff

2189 - SBO

2045 - SS

2045 - SS

01756 - FBM

01577 - FBM

2222 - WMNSBMD

01611 - NBS

01611 - NBS

13/06/2017 - PM

13/06/2017 - AM

06/06/2017 - AM

09/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

documentation and project management softwares.

The subject intended to provide an understanding on the operational aspects of management techniques.It will focus on the nature of operations management and its impact on competitiveness, and the role of operations manager.

This subject is intended to give an understanding and knowledge on the methodology of research and its application when conducting research projects. The topics to be covered are: Introduction to Research; Research topic, research question and research design; Reviewing the Literature; Sampling and measurement; Observation; Research instruments; Analysing Data, Completing the Research Project.

The course will provide students with a comprehensive understanding and focuses on quality management principles, performance management and quality improvement alongside relevant tools, techniques, models and frameworks. It is suitable for undergraduates who require to develop knowledge,understanding and business management skills in the fields of quality management and process improvement.

With recent spate of companies experiencing financial difficulties, the issue of sound financial management is now more important than ever. This course enable students to appreciate and understandthe financial isuues faced by an organization's management and the cativities undertaken by the organization to have an effective financial management. It examines relevant issues including financial strategy, debt and equity management, the key drivers of shareholders value, risk and return concept in investment, and capital budgeting as vehicles to evaluate investment choices.

This course aims to provide firm understanding on the significance role of information systems in today's organization in particular in managing organizational most valuable assets - its data and information. The discussion sessions shall covers four major topics; Information Systems and its applicability in modern enterprise and organization including its strategic competitive advantage as well as ethical issues involved; Information technology infrastructure and security issues; Information system applicability for digital age; building and managing information systems for organizational use. Hands on activity on the

STUDENT SHOULD FOLLOW THE SECTION THAT HAS BEEN GIVEN: 01 =BPP/PROJECT MANAGEMENT , 02 = BPT / INDUSTRIAL TECHNOLOGY MANAGEMENT,

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

2

2

Year

BPF2413

BPP2113

Code


PROJECT PLANNING & CONTROL

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

02

02A

02B

03

03A

03B

04A

04B

01

01A

01B

Sec

WED

THU

FRI

THU

MON

TUE

TUE

THU

MON

WED

THU

MON

TUE

WED

Day

10:00-10:5011:00-11:50

10:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

14:00-14:5015:00-15:5014:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

10:00-10:5010:00-10:5011:00-11:5011:00-11:5014:00-14:50

15:00-15:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

10:00-10:5011:00-11:5010:00-10:50

11:00-11:50

10:00-10:50

11:00-11:50

Time

ZDK11ZDK11

FKPPT-01A

FKPPT-01A

FKPPT-01A

FKPPT-01A

ZDK12ZDK12FKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01ABKO03BKO04BKO03BKO04FKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01A

ZDK13ZDK13FKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01A

Loc

LL

B

B

B

B

LLB

B

B

B

LLLLB

B

B

B

B

B

B

B

LLB

B

B

B

Mode

5050

25

25

25

25

505025

25

25

25

3232323225

25

7

7

0

0

0

0

606026

26

25

25

Cap

YY

Y

Y

Y

Y

YYY

Y

Y

Y

YYYYY

Y

Y

Y

Y

Y

Y

Y

YYY

Y

Y

Y

Exam Staff

0512 - HBHS0277 - KJS0417 - BMMA

S0417 - BMMA

S0417 - BMMA

0512 - HBH

S0277 - KJ

S0277 - KJ

0512 - HBH

S0417 - BMMA

S0277 - KJ

1856 - AJO

1856 - AJO

2360 - KFBA

2360 - KFBA

2360 - KFBA

06/06/2017 - PM

14/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BPP1113

usage of office automation system and designing relational database shall be cover in lab sessions.

The aim of this course is to expose students to frameworks and processes that are useful in project planning and control. At the end of this course students will be able to apply SMART principles to a project. They will be aware of the wider issues of planning and control in relation to project management.

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

2

2

2

2

2

Year

BPP2123

BPP2223

BPT2113

BPT2123

BPT2413

Code

PROJECT PORTFOLIO MANAGEMENT

PROJECT COST & BUDGET MANAGEMENT

LEGAL AND ETHICAL ISSUES

SUPPLY CHAIN MANAGEMENT

PRINCIPLES OF CAD/CAM

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

01A

01B

Sec

MON

TUE

MON

TUE

FRITHU

FRITHU

MON

TUE

WED

Day

14:00-14:5015:00-15:5014:00-14:50

14:00-14:5015:00-15:5014:00-14:50

10:00-10:5010:00-10:5011:00-11:50

10:00-10:5010:00-10:5011:00-11:50

08:00-08:5009:00-09:50

08:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

Time

ZDK13ZDK13ZDK13

ZDK14ZDK14ZDK14

ZDK12ZDK12ZDK12

ZDK11ZDK11ZDK11

ZDK13ZDK13

FKPPT- L-08

FKPPT- L-08

FKPPT- L-08

FKPPT- L-

Loc

LLL

LLL

LLL

LLL

LL

B

B

B

B

Mode

606060

606060

606060

606060

6060

30

30

30

30

Cap

YYY

YYY

YYY

YYY

NN

N

N

N

N

Exam Staff

2333 - AIBNH

0512 - HBH

0487 - WNHBWMZ

FP0003 - NBB

01380 - MZZBB2222 - WMNSBMD

01380 - MZZBB

01380 - MZZBB

15/06/2017 - AM

16/06/2017 - AM

16/06/2017 - PM

16/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BPP1113

BPP1113

This course aims to provide a bird-eye's view in managing all projects within the organization. Students will have opportunity to obtain firm understanding on project portfolio management (PPM). Improving resource utilization and planning and making right decision at the right time about adding new projects or continues with the current one are the key topics. Establishing proper methods in evaluating, selecting and prioritizing organizational resources to the projects shall be discuss extensively. Appropriate tools andtechniques shall be practice in class to assists student in evaluating project that is aligned with corporate strategies and return on investment goals. At the end, students are able to develop necessary skills in monitoring resource utilization, cost and projects across the portfolio.

This subject is intended to introduce students the first step in successfully managing a project's costs is tohave a project budget that realistically reflects the costs for executing the project. Project Cost & Budget Management addresses the identification, elaboration, planning, development and management of the project budget. Using best practices students learn how to develop a project cost estimate, project budgetand the project budget baseline. In addition, students practice the preparation of a spending profile that supports variance analysis and corrective action using earned value management (EVM). Students gain an effective skill set for developing and controlling the project budget baseline

This course is intended to introduce the legal and ethical issues pertaining to business and organization. Students examine such issues as personnel law and obligations; negotiations; contract management; constitutional rights of individuals; legal liability of professionals and organizations; legal compliance; and ethical standards.

The subject is intended to introduce the strategic role of a supply chain from vendor to customer and the methods used to manage these supply chains. This course will provide the students with knowledge and business management skills focusing in continuous planning, developing, controlling, informing and monitoring of actions within and between supply chain links so that an integrated supply process results which meets overall strategic goals.

The subject is intended to provide students with introduction and theoretical understanding of computer-aided technologies used in design (CAD) and manufacturing. Students are exposed to various problem solving techniques as well as hands-on experience and project-based approach in the aspects of industrial product design and development

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

2

3

3

3

3

Year

BPT2423

BPF3113

BPP3113

BPP3133

BPP3143

Code

STATISTICAL PROCESS CONTROL

MANAGING HUMAN CAPITAL

CHANGE MANAGEMENT

CONTRACT AND PROCUREMENT MANAGEMENT

PROJECT RISK MANAGEMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

02

01

01

Sec

FRI

THU

TUE

THUTUE

FRITHU

FRITHU

FRI

THU

Day

08:00-08:5009:00-09:5008:00-08:50

09:00-09:50

10:00-10:50

11:00-11:50

11:00-11:5010:00-10:5011:00-11:5015:00-15:5014:00-14:5015:00-15:50

09:00-09:5008:00-08:5009:00-09:50

10:00-10:5010:00-10:5011:00-11:5011:00-11:5011:00-11:5011:00-11:50

Time

ZDK14ZDK14

FKPPT- L-08

FKPPT- L-08

FKPPT- L-08

FKPPT- L-08


ZDK12ZDK14ZDK14

BKO03BKO04BKO03BKO04BKO03BKO04

Loc

LLB

B

B

B

LLLLLL

LLL

LLLLLL

Mode

606030

30

30

30

606060606060

606060

606060606060

Cap

YYY

Y

Y

Y

YYYYYY

YYY

YYYYYY

Exam Staff

01368 - HBZ

01368 - HBZ

01368 - HBZ

2272 - SP

2272 - SP

2360 - KFBA

2092 - ZSBA

14/06/2017 - PM

05/06/2017 - AM

13/06/2017 - PM

15/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BPP2113 BPP2223

The subject is designed to introduce methods for data collection, quality tools and control chart construction and interpretation, and statistical diagnosis for process control and improvement. The course blends statistical process control (SPC) and principles of statistics for quality control and process improvement purpose. It also covers process capability analysis and acceptance sampling methods.

This course is an introduction to the human resource management (HRM) function and related elements and activities to examine the role of the human resource professional as a strategic partner in managing today's organizations. Key functions such as recruitment, selection, development, appraisal, retention, compensation, and labor relations are examined. Implications of legal and global environments are appraised and current issues such as diversity training, sexual harassment policies, and the rising cost of benefits are analyzed. Emphasis is placed on the modern day importance of HRM at the corporate level as well as the view of HRM from the perception of both management and subordinate employees.

In this course, student will identify ways to solve problems related to change on the job, including recognizing, anticipating, and effectively managing change. Student will also define change management,identify change-management strategies, define the psychological process of moving through change, identify ways of preparing for change, and explore ways to embrace change on an ongoing basis.

This course develops an understanding on the concepts and practices in contract and procurement management. The discussion involved strategies applied during procurement processes and contract negotiation as one of the project management activities. Procurement solution options, procurement decision model, problem solving approach by considering project activities, risk allocation and responsibility will be discuss during the class sessions. At the end of teh course, students will be equipped with the skills and necessary knowledge in negotiating and successfully managing the contract and procurement processes for a project.

This course develops student with necessary knowledge and skills in managing risk and becoming good project manager. Project managers are required to possess a wide range of knowledge and skills,

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

3

Year

BPP3143

BPP3213

BPP3413

BPP3613

BPT3113

Code

PROJECT RISK MANAGEMENT

ESTIMATING & SCHEDULING

PROJECT MANAGEMENT TOOLS

STAKEHOLDER MANAGEMENT

MANAGEMENT OF TECHNOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01A

01B

01

Sec

MON

TUE

FRITHU

FRI

MON

TUE

MON

TUE

Day

16:00-16:5016:00-16:5017:00-17:5017:00-17:5017:00-17:5017:00-17:50

09:00-09:5008:00-08:5009:00-09:50

10:00-10:5011:00-11:5010:00-10:50

11:00-11:50

12:00-12:50

13:00-13:50

16:00-16:5017:00-17:5017:00-17:50

Time


ZDK11ZDK13ZDK13

ZDK14ZDK14FKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01A

ZDK13ZDK13ZDK13

Loc

LLLLLL

LLL

LLB

B

B

B

LLL

Mode

606060606060

606060

606030

30

30

30

505050

Cap

YYYYYY

YYY

NNN

N

N

N

YYY

Exam Staff

2189 - SBO

2092 - ZSBA

2333 - AIBNH

2333 - AIBNH

2333 - AIBNH

2315 - MWAK

07/06/2017 - PM

13/06/2017 - AM

07/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

BPP2113 BPP2223

BPP2223

BPP2113

including time management, budget analysis, interpersonal and communication skills as well as risk management competencies. In this course, students will be exposed to the Project Life Cycle in assessing risk management process. The discussion will cover input and output from risk identification, quantification, response development as well as risk control.

Realistic schedules and budgets for every project is crucial and perhaps one of the most challenging aspects in project planning. This to ensure that project could be delivered within teh agreed time, reasonable cost and manageable constraints. On the other hand, studies show that majority of projetcs finish "Late" or "Over Budget". Such scenarios make project managers and his team fail in the eyes of key stakeholder, unable to deliver as what is expected by their clients and less support to the business objectives. Further, attempting to meet impossible deadlines and budgets leads to unplanned product shortfalls that cause long term support and utilization problems.

As a matter of fact, this course attempts to explain the importance of estimation and scheduling process in the project planning. The discussion will focus on approach and strategies in developing viable schedules and cost estimation which is influence the business success projects, products and organizations.

Project Management Tools course aims to endow students with knoweldge as well as practical experiences in managing a project using selected project management software. The ultimate goal of thiscourse is to show how elements of project management can be made more predicatable and scientific through the use of structured system and integrated tools. Selected project management tools/software will be introduced during the lab session to grant student with necessary knowledge and skills in dealing with stages of the project life cycle, how to work within organizational and cost constraints, manage resource and project team effectively.

Business is about how customers, suppliers, employees, financiers (stockholders, bondholders, bank etc), communities, the media and managers interact and create value. In this subject, concrete principles and practical techniques for managing stakeholder relationships in order to ensure a firm¿s survival, reputation and success will be learnt.

This subject is intended to give an understanding on the concept of technology management and its application to an organization particularly business firm. The topics to be covered are : Introduction to

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

3

3

3

3

Year

BPT3113

BPT3123

BPT3133

BPT3153

Code

MANAGEMENT OF TECHNOLOGY

INDUSTRIAL LOGISTICS

PROCUREMENT IN INDUSTRIAL MANAGEMENT

CREATIVITY AND INNOVATION

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

02

01

01

01

01A

01B

Sec

THU

WED

MON

TUE

THU

WED

THU

WED

FRI

FRI

THU

Day

10:00-10:5010:00-10:5010:00-10:5010:00-10:5011:00-11:5011:00-11:5014:00-14:5014:00-14:5015:00-15:5015:00-15:5015:00-15:5015:00-15:50

08:00-08:5008:00-08:5009:00-09:5009:00-09:5009:00-09:5009:00-09:50

08:00-08:5009:00-09:5009:00-09:50

08:00-08:5008:00-08:5009:00-09:5009:00-09:5010:00-10:5010:00-10:50

11:00-11:5011:00-11:50

14:00-14:5014:00-14:50

15:00-15:5015:00-15:50

Time

BKO03BKO04BKO03BKO04BKO03BKO04BKO03BKO04BKO03BKO04BKO03BKO04


ZDK11ZDK11ZDK11

BKO03BKO04BKO03BKO04BKO01

FKPPT- L-08

BKO01FKPPT- L-

08BKO03

FKPPT- L-08

BKO03FKPPT- L-

Loc

LLLLLLLLLLLL

LLLLLL

LLL

LLLLBB

BB

BB

BB

Mode

606060606060606060606060

606060606060

606060

606060603030

3030

3030

3030

Cap

YYYYYYYYYYYY

YYYYYY

YYY

NNNNNN

NN

NN

NN

Exam Staff

01662 - PFBMT

01662 - PFBMT

01756 - FBM

01608 - MGBM

01659 - SRBR

01659 - SRBR

01659 - SRBR

05/06/2017 - PM

09/06/2017 - AM

09/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

Management of Technology, The Role of Technology in the Creation of Wealth, Critical Factors in Managing Technology, Technology Life Cycles, The Process of Technological Innovation, Business Strategy and Technology Strategy, Competitiveness, Technology Planning and Technology Transfer.

This course will cover tools and techniques used in the industrial logistics operations. It focuses on logistics system which includes inventory management, transportation and shipping, material management, warehousing, logistics information technology framework, international logistics and logistics system control.

This subject is aimed to provide the students with the understanding of procurement management in industrial sector. It focuses on the management of the Procurement, Purchasing Procedures and System Contracting, Order Management, Supplier Selection and Evaluation, Price/Cost Analysis, Negotiation Strategies, Relationship Management and E-Procurement

This subject is intended to help students develop or enhance their own creativity, to understand the relationship between creativity and innovation, and finally, to explore how business organisations foster and inhibit creativity for competitiveness and commercialisation.

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

3

3

4

4

4

Year

BPT3413

BPT3423

BPP4113

BPP4123

BPT4413

Code

OPTIMIZATION METHODS

PRODUCTION PLANNING AND CONTROL

PROJECT COMMUNICATION & NEGOTIATION

CONTRACT LAW

MANUFACTURING TECHNOLOGY

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01B

01

01A

01B

01

01

Sec

MON

TUE

FRI

THU

MON

FRI

TUE

WED

TUE

WED

Day

08:00-08:5009:00-09:5008:00-08:50

09:00-09:50

08:00-08:50

09:00-09:50

16:00-16:5017:00-17:5016:00-16:50

17:00-17:50

16:00-16:50

17:00-17:50

08:00-08:5009:00-09:5008:00-08:50

08:00-08:5009:00-09:5008:00-08:50

Time

ZDK11ZDK11FKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01A

ZDK13ZDK13FKPPT-

01AFKPPT-

01AFKPPT-

01AFKPPT-

01A

ZDK14ZDK14ZDK14

ZDK13ZDK13ZDK13

Loc

LLB

B

B

B

LLB

B

B

B

LLL

LLL

Mode

606030

30

30

30

606030

30

30

30

101010

101010

Cap

YYY

Y

Y

Y

YYY

Y

Y

Y

YYY

YYY

Exam Staff

0973 - SBM

0973 - SBM

0973 - SBM

2330 - SP

2330 - SP

2330 - SP

2272 - SP

2315 - MWAK

15/06/2017 - PM

13/06/2017 - AM

08/06/2017 - AM

06/06/2017 - AM

Exam Schedule

Course Synopsis

Pre-Requisite

The course will expose and develop skills in the theory, algorithms, and application of optimization techniques. Optimization methodologies include linear programming, network optimization, integer programming, decision trees, and dynamics programming. The methods have application to logistics, manufacturing, transportation, marketing, project management, and finance.

The subject covers planning and controlling of production in production and operation management; concepts of JIT, MRP, MRPII, ERP, production system design, analytical techniques and concepts of production and process control in industrial management.

This subject is intended to introduce communication and negotiation skills for project management. It focuses on project communication management, documentation, performance reporting, information distribution, administration closure, project management bottleneck, communication plan, managing conflict and negotiation in project and negotiation ethics in project management environment.

This course will provide students and future project managers with essential understanding and knowledge of principles, techniques and requirements for effective project contract management. Students will be given opportunity to analyze various contract law definitions and implications, what types of contract exists and the effect of statutory law on any contractual agreements. In addition, this course will also inculcate the crucial elements in preparing a good contract, tips for understanding contractual material as well as traps and pitfalls of contract drafting. On top of that, contract law also scrutinize the "exit door" when things does not go well, offering options for assessing damages and remedies for contract breach as well as contractual implication.

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

4

4

4

Year

BPT4413

BPT4423

UGE2002

Code

MANUFACTURING TECHNOLOGY

MANUFACTURING DESIGN

TECHNOPRENEURSHIP

Course Name Remark

SEM 2 16/17

SEM 2 16/17

Sem

01

01A

01

01A

01B

01C

Sec

MON

TUE

THU

MON

WED

TUE

Day

08:00-08:5009:00-09:5010:00-10:5011:00-11:50

14:00-14:50

15:00-15:50

14:00-14:50

15:00-15:50

12:00-12:50

13:00-13:50

14:00-14:50

15:00-15:50

Time

BKO01BKO01

ET-WS-01ET-WS-01

W-DKU-S-01

W-DKU-S-01

FKPPT- L-08

FKPPT- L-08

FKPPT- L-08

FKPPT- L-08

FKPPT- L-08

FKPPT- L-08

Loc

LLBB

L

L

B

B

B

B

B

B

Mode

10101010

10

10

10

10

0

0

0

0

Cap

NNNN

N

N

N

N

N

N

N

N

Exam Staff

01577 - FBM

01380 - MZZBB01577 - FBM

0973 - SBM

0973 - SBM

0973 - SBM

0973 - SBM

Exam Schedule

Course Synopsis

Pre-Requisite

The subject is intended to introduce manufacturing processes as used by industries to transform raw material to a final product: covering basic principles in metal forming, casting, joining and machining processes. The subject also covers other essential processes such as bulk deformation processes, powder metallurgy and surface treatments.Besides theoretical learning, students are also will be exposed to the practical experiences related to basic manufacturing works which are common to the production industries.

The subject is intended to give an in-depth understanding of the entire process of new product development, as it should operate within a modern manufacturing company which encompassing both thedesign and development, not only of the visual appearance of products but also design for manufacturing,design to meet market needs, design for cost reduction, design for reliability and design for environmentalfriendliness.

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

Campus

DEGREE

Level

4

Year

UGE2002

BPP2533

BPT2633

BPT3633

Code

TECHNOPRENEURSHIP

CONSTRUCTION TECHNOLOGY

LEAN MANAGEMENT

INDUSTRIAL PROJECT MANAGEMENT

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01G

02G

03G

04G

05G

06G

01

01

Sec

MON

MON

TUE

TUE

WED

THU

THUTUE

TUE

WED

Day

10:00-10:50

11:00-11:50

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

16:00-16:50

17:00-17:50

08:00-08:50

09:00-09:50

16:00-16:50

17:00-17:50

12:00-12:5012:00-12:5013:00-13:50

12:00-12:5013:00-13:5012:00-12:50

Time

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

W-DKU-S-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-K-01

W-DKU-S-01

W-DKU-S-01

ZDK12ZDK12ZDK12

T-DK-01T-DK-01ZDK11

Loc

L

L

L

L

L

L

L

L

L

L

L

L

LLL

LLL

Mode

60

60

60

60

60

60

60

60

60

60

60

60

606060

606060

Cap

N

N

N

N

N

N

N

N

N

N

N

N

YYY

YYY

Exam Staff

0843 - ABHA

0843 - ABHA

0843 - ABHA

0843 - ABHA

0073 - WKABWAM

0073 - WKABWAM

2124 - NSBZ

01608 - MGBM

08/06/2017 - PM

08/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

This course intends to provide an understanding of fundamentals of entrepreneurship.The topic includes assessing economic environment for new business ventures application of technology in entrepreneurship, regulations governing business entities in Malaysia, financial assistances and technical supports from various agencies business plan, marketing plan, business operational plan and financing plan. students will be exposed to various case successful entrepreneurs, locally and internationally.

This course focuses on the knowledge of construction technology. The course begins with the construction work organizations and site preparations works. Then, students will be exposed with the design aspects and construction methods for buildings. It includes selected topics on substructure and superstructure works, which give fundamental concepts of the structure of a building. The topics include the construction of frames, walls, floors and roofs. It also covers the construction of stairs, doors and windows including associated glass and glazing, water supply, drainage and external works associated to a building.

This course introduces the key concepts in lean manufacturing such as continuous improvement, just-in-time, standardization, kanban, single minute exchange of dies (SMED) and others. Lean focuses on eliminating waste in processes, waste being anything that impedes the flow of product as it is being transformed in the value chain. The course will examine the socio-technical interactions within a modern manufacturing organization and develop skills and processes for implementing changes for achieving agile manufacturing and global competitiveness.

ELECTIVE SUBJECT FOR PROJECT MANAGEMENT STUDENTS

COURSE TIMETABLE

21-DEC-16 09:22 AM


GAMBANG

PEKAN

NO TIMETABLE

Campus

DEGREE

DEGREE

DEGREE

Level

4

3

3

4

Year

BPT3633

UGE2002

BPP3522

BPT3512

BPP4524

Code

INDUSTRIAL PROJECT MANAGEMENT

TECHNOPRENEURSHIP




Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01P

02P

03P

04P

05P

06P

01

01

Sec

THU

TUE

MON

MON

TUE

THU

THU

MON

Day

16:00-16:5016:00-16:5017:00-17:5017:00-17:5016:00-16:5016:00-16:50

16:00-16:50

17:00-17:50

08:00-08:5009:00-09:5016:00-16:5017:00-17:5010:00-10:50

11:00-11:50

14:00-14:5015:00-15:5014:00-14:5015:00-15:50

Time


FKP-F-DK-04

FKP-F-DK-04


FKP-F-DK-04

FKP-F-DK-04

E00DK2E00DK2E22BK5E22BK5

Loc

LLLLLL

L

L

LLLLL

L

LLLL

Mode

606060606060

60

60

6060606060

60

60606060

90

88

Cap

YYYYYY

N

N

NNNNN

N

NNNN

N

N

Exam Staff

2315 - MWAK

01180 - MBM

0517 - IRBT

0517 - IRBT

0517 - IRBT

0517 - IRBT

01180 - MBM

TBA

TBA

13/06/2017 - PM

Exam Schedule

Course Synopsis

Pre-Requisite

BPF2113

BPF2113

This subject is intended to help students develop their capability to make effective and efficient project management decisions. Students in this course will be introduced to the importance of projects, as well as, to the use of project management processes to successfully manage projects. These skill will be needed to help the students to propose, plan, secure resources, control budget and lead teams efficetively

This course intends to provide an understanding of fundamentals of entrepreneurship.The topic includes assessing economic environment for new business ventures application of technology in entrepreneurship, regulations governing business entities in Malaysia, financial assistances and technical supports from various agencies business plan, marketing plan, business operational plan and financing plan. students will be exposed to various case successful entrepreneurs, locally and internationally.

This course will expose the students on the process of conducting academic research in order to provide the skills and ability in carrying out research project in the area of their study. The covered areas for FinalYear Project 1 are: (i) problem background, (ii) problem statement, (iii) research objectives, (iv) research questions, (v) research framework, (vi) literature reviews, and (vii) research methods.

This course will expose the students on the process of conducting academic research in order to provide the skills and ability in carrying out research project in the area of their study. The covered areas for FinalYear Project 1 are: (i) problem background, (ii) problem statement, (iii) research objectives, (iv) research questions, (v) research framework, (vi) literature reviews, and (vii) research methods.

ELECTIVE 2 FOR BPT STUDENT

COURSE TIMETABLE

21-DEC-16 09:22 AM


NO TIMETABLE

Campus

DEGREE

Level

4

4

4

4

4

Year

BPP4524

BPP4528

BPP4534

BPT4514

BPT4534

BPT4538

Code


INDUSTRIAL TRAINING




INDUSTRIAL TRAINING

Course Name Remark

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

SEM 2 16/17

Sem

01

01

01

01

01

01


10

80

80

10

85

85

Cap

N

N

N

N

N

Exam Staff

TBA

TBA

TBA

TBA

TBA

TBA

Exam Schedule

Course Synopsis

Pre-Requisite

BPP3522

BPT3512

This course will expose the students on the process of conducting academic research in order to provide the skills and ability in carrying out research project in the area of their study. The covered areas for FinalYear Project II are: (i) development of research instruments for data collection, (ii) carrying out data collection, (iii) analysing data collected, (iv) interpreting data, (v) writing reports.

This course aims to give chances for the students to practise and apply their knowledge and skills that they gain during their study. During the placement, we expect students to keep a log book, in which they make a regular entries describing the work they are undertaking. Students are supervised by industrial and university supervisors to guide and ensure they can do their work as good as possible and achieve the objective for this course.

During the placement, we expect students to keep a log book, in which they make a regular entries describing the work they are undertaking. Then, students need to provide industrial training report to describe their technical and personal development during their placement. The industrial training report needs to be submitted to the university supervisor. Students need to do final presentation for assessment.

This course will expose the students on the process of conducting academic research in order to provide the skills and ability in carrying out research project in the area of their study. The covered areas for FinalYear Project II are: (i) development of research instruments for data collection, (ii) carrying out data collection, (iii) analysing data collected, (iv) interpreting data, (v) writing reports.

During the placement, we expect students to keep a log book, in which they make a regular entries describing the work they are undertaking. Then, students need to provide industrial training report to describe their technical and personal development during their placement. The industrial training report needs to be submitted to the university supervisor. Students need to do final presentation for assessment.

This course aims to give chances for the students to practise and apply their knowledge and skills that they gain during their study. During the placement, we expect students to keep a log book, in which they make a regular entries describing the work they are undertaking. Students are supervised by industrial and university supervisors to guide and ensure they can do their work as good as possible and achieve the objective for this course.

student course catalog

Documents