attachment no. …. to programme of education...

Attachment no. …. to Programme of Education

1. Description

Indicate connection with University’s mission and its development strategy: the

knowledge acquired in the course of the studies is not only to bear fruit in the

graduate’s future professional career, but also to shape an enterprising and

creative person ready to face new challenges.

PROGRAMME OF STUDIES

Number of semesters: 7 Number ECTS points necessary to obtain qualifications: 210

Prerequisites (particularly for second-level studies):The basis for admission to

study is the ENROLMENT INDEX. Its value is determined by selected results of the

secondary school-leaving examination. The ENROLMENT INDEX is the sum of the

points scored in the qualifying subjects (mathematics, physics, the Polish language,

a modern foreign language), calculated in accordance with the applicant admission

rules passed by the Senate. The enrolment index threshold value is set depending on

the number of applicants.

Upon completion of studies graduate obtains

professional degree of: inżynier

1st/ 2nd * level qualifications

Possibility of continuing studies: 2nd level

Graduate profile, employability:

The 1st-level-studies main-field-of-study Automation and Robotics graduates are prepared for

creative engineering work relating to the design and operation of automated machines and work

processes, robots and manipulators. Specialists from the Faculty of Electronics are engaged in this

educational process. The curriculum is based on general courses (information science,

mathematics, physics, foreign languages) and blocks of main-field-of-study courses (mechanics,

design fundamentals, manufacturing fundamentals, automation fundamentals, electronic-cybernetic

courses). Ultimately the graduate is formed through specialist courses (e.g. advanced control

methods, optimization theory and methods, artificial intelligence methods and techniques, PLCs,

etc.). During her/his studies the student takes part in educational trips and industrial training. The

studies culminate in a diploma dissertation. The Automation and Robotics graduates will be able to

find employment in all the branches of industry, especially in the machine and equipment building

industry, scientific-research institutions and design offices. Having graduated in this main field of

study, the engineer will constitute a “bridge” between the mechanical engineer-technologist’s skills

and those of the electronic engineer-control system designer. The graduates are prepared to

undertake 2nd level studies.

2. Fields of science and scientific disciplines to which educational effects apply:

3. Concise analysis of consistency between assumed educational effects and labour market needs

4. List of education modules:

4.1. List of obligatory modules:

4.1.1 List of general education modules

4.1.1.1 Liberal-managerial subjects module (min. …6... ECTS points):

lec cl lab pr sem ZZU CNPS totalBK

classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031004W Ergonomics and safety 1 K1AIR _W13, K1AIR _W17 15 60 2 1,2 T z KO Ob.

2. ARM031005W Management Essentials 1 K1AIR_W15 15 30 1 0,6 T z KO Ob.

3. ARM031030W Ecology in industrial manufacturing 1 K1AIR _W21 15 30 1 0,6 T z K Ob.

4. ARM031036W Quality Management Systems 2 K1AIR_W15 30 60 2 1,2 T z K Ob.

Total 5 0 0 0 0 75 180 6 3,6

4.1.1.2 Foreign languages module (min. .......... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting

Course/group of courses

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code

Name of course/group of courses (denote

group of courses with symbol GK)

Weekly number of hours Field-of-study

educational effect

symbol

Technological sciences / Mechanical engineering (leading discipline), Mechanics

The educational effects apply to not only transport, but also, because of the demands of modern industry, to mechanical engineering, automation and robotics,

mechatronics, and information science and technologies. By achieving the educational effects the graduate will be able to find an attractive and interesting job in all

the branches of industry as well as to set up her/his own business. This work on the educational effects was reported and discussed at the meetings of the

Mechanical Engineering Faculty Council whose members include representatives of industrial plants from Poland, especially from Lower Silesia and the

neighbouring provinces.

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.1.1.3 Sporting classes module (min. .... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

4.1.1.4 Information technologies module (min. .2... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031003W Information technology 2K1AIR _W12, K1AIR_W14,

K1AIR _U1630 60 2 1,2 T z PD Ob.

Total 2 0 0 0 0 30 60 2 1,2

Altogether for general education modulesTotal number of

ZZU

hours

w ć l p s

7 0 0 0 0

Total number of hoursTotal number of

CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

105 240 8 4,8

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.1.2 List of basic sciences modules

4.1.2.1 Mathematics module


classes1

universit

y-wide4 practical

5kind

6type

7

1. MAP001039W Algebra and Analytic Geometry 2 K1AIR _W01, K1AIR _K05 30 60 2 1,5 T E O PD Ob.

2. MAP001039C Algebra and Analytic Geometry 1 K1AIR _U06, K1AIR _K05 15 60 2 1,0 T z O P PD Ob.

3. MAP001091W Mathematical analysis 3 K1AIR _W01, K1AIR _K05 45 150 5 3,0 T E O PD Ob.

4. MAP001091C Mathematical analysis 2 K1AIR _U02, K1AIR _K05 30 90 3 2,0 T z O P PD Ob.

5. ARM031010W Ordinary differential equations 2 K1AIR _W01, K1AIR _U01 30 60 2 1,2 T E K Ob.

6. ARM031010C Ordinary differential equations 1 K1AIR _U01, K1AIR _U07 15 60 2 1,4 T z P K Ob.

7. MAP001092W Complex Functions 1K1AIR _W01, K1AIR _K04,

K1AIR _K0515 60 2 1,2 T E O PD Ob.

8. MAP001092C Complex Functions 1K1AIR _U01, K1AIR _U06,

K1AIR _U07, K1AIR _K01,

K1AIR _K04, K1AIR _K05

15 60 2 1,4 T z O P PD Ob.

9. MAP004702W Probability Theory 2 K1AIR _W01, K1AIR _K05 30 90 3 2,0 T E O K Ob.

10. ARM031017W Statistic for Engineers 1K1AIR _W01, K1AIR_W14,

K1AIR _W17, K1AIR _K04,

K1AIR _K06

15 30 1 0,6 T z PD Ob.

11. ARM031017P Statistic for Engineers 1

K1AIR _W01, K1AIR_W14,

K1AIR _W17, K1AIR _U01,

K1AIR _U02, K1AIR _U04,


15 30 1 0,7 T z P PD Ob.

Total 11 5 0 1 0 255 750 25 16

4.1.2.2 Physics module


classes1

universit

y-wide4 practical

5kind

6type

7

1. FZP001067W Physics 2

K1AIR _W02, K1AIR _W11,


K1AIR _K01, K1AIR _K02,


K1AIR _K07

30 90 3 2 T E O PD Ob.

2. FZP001067C Physics 1




K1AIR _K07

15 60 2 1 T z O P PD Ob.

3. FZP001067L Physics 1K1AIR _U10, K1AIR _K01,


K1AIR _K07

15 30 1 1 T z O P PD Ob.

Total 2 1 1 0 0 60 180 6 4

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.1.2.3 Chemistry module


classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031002W Chemistry 2



K1AIR _K04,


30 60 2 1,2 T z PD Ob.

Total 2 0 0 0 0 30 60 2 1,2

4.1.2.4 Informatics module


classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031007W Programming I 1K1AIR _W12, K1AIR _U02,

K1AIR _U1615 30 1 0,6 T z K Ob.

2. ARM031007C Programming I 1K1AIR _W12, K1AIR _U16,

K1AIR _U0215 30 1 0,7 T z P K Ob.

3. ARM031007P Programming I 1K1AIR _W12, K1AIR _U02,

K1AIR _U1615 60 2 1,4 T z P K Ob.

4. ARM031014W Software Engineering II 1 K1AIR _W13 15 60 2 1,2 T z K Ob.

5. ARM031014P Software Engineering II 2K1AIR _U03, K1AIR _K01,

K1AIR _K0530 90 3 2,1 T z P K Ob.

6. ARM031019P Software Engineering III 2K1AIR _U02, K1AIR _U03,



30 90 3 2,1 T z P K Ob.

7. ARM031035W Real-time systems and computer networks(GK) 2 K1AIR _W12 30 30 1 0,6 T z (W) K Ob.

8. ARM031035P Real-time systems and computer networks (GK) 1K1AIR _K03, K1AIR _U01,

K1AIR _U08, K1AIR _U1415 30 1 0,7 T z P K Ob.

Total 4 1 0 6 0 165 420 14 9,4

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.1.2.5 Basic Courses module


classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031001W Engineering graphics - descriptive geometry 1 K1AIR _W03, K1AIR _K06 15 30 1 0,6 T z PD Ob.

2. ARM031001C Engineering graphics - descriptive geometry 2 K1AIR _U03, K1AIR _K06 30 60 2 1,4 T z P PD Ob.

3. ARM031008W Materials Science I 2





K1AIR _K04

30 60 2 1,2 T z PD Ob.

4. ARM031008L Materials Science I 1




K1AIR _K05

15 60 2 1,4 T z P PD Ob.

5. ARM031009W Mechanics I 2 K1AIR _W01, K1AIR _W02 30 60 2 1,2 T E PD Ob.

6. ARM031009C Mechanics I 2 K1AIR _U02, K1AIR _U07 30 60 2 1,4 T z P PD Ob.

7. ARM031006W Engineering Graphics: Engineering Drawing (GK) 1 K1AIR _W03 15 30 1 0,6 T z PD Ob.

8. ARM031006P Engineering Graphics: Engineering Drawing (GK) 2





30 60 2 1,4 T z (P) P PD Ob.

9. ARM031012W Materials Science II 2





30 90 3 1,8 T E PD Ob.

10. ARM031012L Materials Science II 1K1AIR _U03, K1AIR _U12,

K1AIR _K03, K1AIR _K0415 60 2 1,4 T z P PD Ob.

11. ARM031013W Mechanics II 2K1AIR _W02, K1AIR _K01,


K1AIR _K05

30 90 3 1,8 T z PD Ob.

12. ARM031013C Mechanics II 2




K1AIR _K05

30 60 2 1,4 T z P PD Ob.

13. ARM031016W Strength of materials I 2 K1AIR _W02 30 90 3 1,8 T z PD Ob.

14. ARM031016C Strength of materials I 2K1AIR _U12, K1AIR _K01,


15. ARM031018W Technical thermodynamics 1


K1AIR _W20, K1AIR _K01,


K1AIR _K12

15 30 1 0,6 T z K Ob.

16. ARM031018L Technical thermodynamics 1K1AIR _U09, K1AIR _U10,

K1AIR_K09, K1AIR _K1215 60 2 1,4 T z P K Ob.

17. ARM031022W Strength of materials II 2K1AIR _W02, K1AIR _K01,

K1AIR _K04, K1AIR _K0730 60 2 1,2 T E PD Ob.

18. ARM031022L Strength of materials II 1K1AIR _U12, K1AIR _K01,


Total 15 8 4 2 0 435 1080 36 23,4

Altogether for basic sciences modules:Total number of

ZZU

hours

lec cl lab pr sem

19 12 5 8 0660 1650 55 36,3

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting



CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.1.3 List of main-field-of-study modules

4.1.3.1 Obligatory main-field-of-study modules


classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031011W Advanced functional materials 1





15 30 1 0,6 T z K Ob.

2. ARM031011S Advanced functional materials 1





15 30 1 0,7 T z P K Ob.

3. ARR031301W Principles of Circuit Theory 1K1AIR _W02, K1AIR _W11,


K1AIR _K06

15 30 1 0,6 T z K Ob.

4. ARR031301C Principles of Circuit Theory 1K1AIR _U09, K1AIR _K01,

K1AIR _K03, K1AIR _K0615 30 1 0,7 T z P K Ob.

5. ARE001030W Electronic circuits 2 K1AIR _W10 30 30 1 0,6 T z K Ob.

6. ARE001030L Electronic circuits 1K1AIR _U08, K1AIR _U09,


K1AIR _K05

15 60 2 1,4 T z P K Ob.

7. ARM031015W Fundamentals of Automatic Control 3 K1AIR _W01, K1AIR _W09 45 90 3 1,8 T E K Ob.

8. ARE001030P Electronic circuits 1K1AIR _U07, K1AIR _U08,


9. ARM031020L Fundamentals of Automatic Control 2K1AIR _U07, K1AIR _U08,


K1AIR _K03

30 60 2 1,4 T z P K Ob.

10. ARM031000W Laser systems 2 K1AIR _W02, K1AIR _W07 30 60 2 1,2 z K Ob.

11. ARM031021W Manufacturing techniques -- chipless forming 2K1AIR _W04, K1AIR _W07,

K1AIR _W1330 90 3 1,8 T E K Ob.

12. ARR033201W Electrical drives 1 K1AIR _W11 15 30 1 0,6 T z K Ob.

13. ARR033201L Electrical drives 1K1AIR _U07, K1AIR _U08,



15 60 2 1,4 T z P K Ob.

14. ARM031023W Fundamentals of Machine Design I 3




K1AIR _U04

45 90 3 1,8 T E K Ob.

15. ARM031023P Fundamentals of Machine Design I 1K1AIR _U01, K1AIR _U03,


K1AIR _K03

15 60 2 1,4 T z P K Ob.

16. ARM031024W Theory of Machines and Mechanisms 2 K1AIR _W06 30 90 3 1,8 T E K Ob.

17. ARM031024P Theory of Machines and Mechanisms 2 K1AIR _U07 30 30 1 0,7 T z P K Ob.

18. ARM031025W Fundamentals of algorithms and signal processing. 2 K1AIR _W10 30 60 2 1,2 T z K Ob.

19. ARM031026W Systems of decision support 1 K1AIR _W16 15 30 1 0,6 T z K Ob.

20. ARM031026P Systems of decision support 1 K1AIR _U15 15 60 2 1,4 T z P K Ob.

21. ARM031027L Manufacturing techniques -- chipless forming 2K1AIR _W07, K1AIR _U03,


K1AIR _U22

30 60 2 1,4 T z P K Ob.

22. ARM031027P Manufacturing techniques -- chipless forming 1






15 30 1 0,7 T z P K Ob.

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

Number of

hours

23. ARM031028W Production Technics - Machining 2K1AIR _W07, K1AIR _K03,


K1AIR _K12

30 90 3 1,8 T E K Ob.

24. ARM031028L Production Technics - Machining 1




K1AIR _K12

15 30 1 0,7 T z P K Ob.

25. ARM031029W Fundamentals of Machine Design II 1K1AIR _W06, K1AIR _U01,



15 30 1 0,6 T z K Ob.

26. ARM031029L Fundamentals of Machine Design II 1K1AIR _W06, K1AIR _U01,



15 30 1 0,7 T z P K Ob.

27. ARM031029P Fundamentals of Machine Design II 2K1AIR _W06, K1AIR _U01,



30 30 1 0,7 T z P K Ob.

28. ARM031031L Fundamentals of algorithms and signal processing. 1K1AIR _W01, K1AIR _U11,

K1AIR _K0315 30 1 0,7 T z P K Ob.

29. ARM031032W Design of Manufacturing Processes 1K1AIR _W07, K1AIR _K03,

K1AIR _K0415 60 2 1,2 T E K Ob.

30. ARM031032P Design of Manufacturing Processes 2K1AIR _U02, K1AIR _U03,


31. ARM031033W Basics of robotics and automation 2 K1AIR _W08, K1AIR _W09 30 60 2 1,2 T E K Ob.

32. ARM031033L Basics of robotics and automation 2K1AIR _U07, K1AIR

_U2230 30 1 0,7 T z P K Ob.

33. ARM031034W Hydraulic and pneumatic systems 1K1AIR _W01, K1AIR _W02,

K1AIR _K0515 30 1 0,6 T z K Ob.

34. ARM031034L Hydraulic and pneumatic systems 1K1AIR _U07, K1AIR _U09,

K1AIR_U27, K1AIR _K0515 30 1 0,7 T z P K Ob.

Total 27 1 12 10 1 765 1650 55 35,1

Altogether (for main-field-of-study modules):Total number of

ZZU

hours

lec cl lab pr sem

27 1 12 10 1

4.1.4 List of Speciality Modules

4.1.4.1 Speciality Courses module


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

Altogether (for Speciality Courses modules):Total number of

ZZU

hours

lec cl lab pr sem

0 0 0 0 00 0 0 0

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting



CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

765 1650 55 35,1

No.Course/group of

courses code




educational effect

symbol

Number of

hours


CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

4.2 List of optional modules

4.2.1 List of general education modules

4.2.1.1 Liberal-managerial subjects modules (min. …2... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031040W War History and Progress in Engineering 2

K1AIR_W14, K1AIR _U01,



K1AIR _U01

30 60 2 1,2 T z KO W

Total 2 0 0 0 0 30 60 2 1,2

4.2.1.2 Foreign languages module (min. .......... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

1. JZL100400BK Foreign languages B2 4



K1AIR_U26, K1AIR_K02,

K1AIR_K05, K1AIR_K12

60 60 2 1,5 z O P KO W

2. JZL100400BK Foreign languages B2 4



K1AIR_U26, K1AIR_K02,

K1AIR_K05, K1AIR_K12

60 90 3 2,5 z O P KO W

Total 0 8 0 0 0 120 150 5 4

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.2.1.3 Sporting classes module (min. .... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

1. WFW000000BK Sport 2 K1AIR _K12 30 30 1 1 T z O P KO W

Total 0 2 0 0 0 30 30 1 1

4.2.1.4 Information technologies module (min. .... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

Altogether for general education modulesTotal number of

ZZU

hours

lec cl lab pr sem

2 10 0 0 0


CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

180 240 8 6,2

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.2.2 List of basic sciences modules

4.2.2.1 Mathematics module (min. .... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

4.2.2.2 Physics module (min. .... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

4.2.2.3 Chemistry module (min. .... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

4.2.2.4 Informatics module:


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

Altogether for basic sciences modules:Total number of

ZZU

hours

lec cl lab pr sem

0 0 0 0 0


CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

0 0 0 0

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

4.2.3 List of main-field-of-study modules

4.2.3.1 Major Courses module:


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

4.2.3.2 Degree Profile module:


classes1

universit

y-wide4 practical

5kind

6type

7

1. ARM031101P 3D Parametric Design 2K1AIR_KE_U02, K1AIR _U13,

K1AIR _K02 30 60 2 1,4 z P K W

2. ARM031102W Sensors and measuring systems 2 K1AIR _W05, K1AIR _W10 30 30 1 0,6 z K W

3. ARM031102L Sensors and measuring systems 1



K1AIR_KE_K01, K1AIR _K03,

K1AIR _K05

15 60 2 1,4 z P K W

4. ARM031104W Manufacturing machines 1K1AIR _W06, K1AIR _K05,

K1AIR _K0615 30 1 0,6 T z K W

5. ARM031104L Manufacturing machines 1K1AIR _U09, K1AIR _K05,

K1AIR _K0615 60 2 1,4 T z P K W

6. ARM031105W Discrete time systems 2 K1AIR _W09 30 30 1 0,6 T z K W

7. ARM031105L Discrete time systems 2K1AIR _U14, K1AIR _U16,

K1AIR _K03, K1AIR_K0530 60 2 1,4 T z P K W

8. ARM031103W Fluid Mechanics (GK) 1K1AIR_KE_W01, K1AIR _K01,

K1AIR _K03, K1AIR _K1015 30 1 0,6 T z(w) K W

9. ARM031103C Fluid Mechanics (GK) 1K1AIR_KE_U03, K1AIR _K01,

K1AIR _K03, K1AIR _K1015 30 1 0,7 T z P K W

10. ARM031110S Diploma proseminar 1K1AIR_W14, K1AIR_KE_U05,

K1AIR_KE_U06, K1AIR _K0315 30 1 0,7 T z P K W

11. ARM031106W CAD/FEM 1 K1AIR_KE_W03 15 30 1 0,6 T E K W

12. ARM031106P CAD/FEM 1 K1AIR_KE_U04 15 60 2 1,4 T z P K W

13. ARM031107W Metrology of geometrical quantites 2K1AIR _W05, K1AIR _K05,

K1AIR _K0630 30 1 0,6 T z K W

14. ARM031107L Metrology of geometrical quantites 1K1AIR _U09, K1AIR _U10,


K1AIR _K06

15 60 2 1,4 T z P K W

Number of

hours

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


Degree Profile: CONSTRUCTIONAL-OPERATIONAL

Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours

15. ARM031108W Basics of microcontrollers 1K1AIR _W12, K1AIR _K03,

K1AIR _K05 15 30 1 0,6 T z K W

16. ARM031108L Basics of microcontrollers 1K1AIR _K03, K1AIR _U16,

K1AIR _K0515 30 1 0,7 T z P K W

17. ARM031109P Pre-final project 3

K1AIR _U01, K1AIR_KE_U02,


K1AIR_KE_U05,



K1AIR_KE_K01,


45 120 4 2,8 T z P K W

18. ARM031113S Diploma seminar 1K1AIR_KE_U05,

K1AIR_KE_U06, K1AIR_U2015 30 1 0,7 T z P K W

19. ARM031111W Machinery and transportation means 2 K1AIR_KE_W04 30 60 2 1,2 T z K W

20. ARM031111L Machinery and transportation means 1 K1AIR_KE_U27 15 30 1 0,7 T z P K W

21. ARM031112WFundamentals of industrial vehicle control systems

design2 K1AIR_KE_W06, K1AIR _K01 30 30 1 0,6 T z K W

22. ARM031112LFundamentals of industrial vehicle control systems

design1

K1AIR_KE_U03, K1AIR _U16,

K1AIR_KE_K01, K1AIR _K0215 30 1 0,7 T z P K W

1 15 30 1 0,6 T z K W

1 15 60 2 1,4 T z P K W

23. ARM031120W Technology in Medicine 1K1AIR _W06, K1AIR_W04,

K1AIR_KE_W06, K1AIR _W13,

K1AIR _W17

24. ARM031120L Technology in Medicine 1K1AIR _U03, K1AIR _U04,

K1AIR _U10, K1AIR_KE_K01,

K1AIR _K05

25. ARM031121W Biomedical Engineering 1 K1AIR _W13, K1AIR _W17

26. ARM031121L Biomedical Engineering 1


K1AIR _U09, K1AIR _U10


K1AIR _K05

ARM031151BK BLOK WYBIERALNY:

27. ARM031202W Hydromechanics (GK) 1K1AIR_PT_W01, K1AIR _K01,

K1AIR _K03, K1AIR _K1015 30 1 0,6 T z(w) K W

28. ARM031202C Hydromechanics (GK) 1K1AIR_PT_U03, K1AIR _K01,

K1AIR _K03, K1AIR _K1015 30 1 0,7 T z P K W

29. ARM031203W Sensors in manufacturing systems 1K1AIR _W05, K1AIR _W10,

K1AIR_PT_K01, K1AIR _K0615 30 1 0,6 T z K W

30. ARM031203L Sensors in manufacturing systems 1K1AIR _U09, K1AIR _U10,

K1AIR _U11, K1AIR_PT_K01,

K1AIR _K06

15 60 2 1,4 T z P K W

31. ARM031204P 3D modeling 2K1AIR_PT_W04,

K1AIR_PT_U03, K1AIR _U13,

K1AIR _K02

30 60 2 1,4 T z P K W

32. ARM031205W Laser Technology 1K1AIR_PT_W01,

K1AIR_PT_W03,

K1AIR _W07

15 30 1 0,6 T z K W

33. ARM031205L Laser Technology 1 K1AIR_PT_U01, K1AIR_PT_U02 15 60 2 1,4 T z P K W

34. ARR031201W Theory and control systems 2 K1AIR _W09 30 30 1 0,6 T z K W

35. ARR031201L Theory and control systems 2K1AIR _U14, K1AIR _U16,

K1AIR _K0530 60 2 1,4 T z P K W

36. ARM031210S Diploma proseminar 1K1AIR _U01, K1AIR_PT_U05,


K1AIR_U19

15 30 1 0,7 T z P K W

37. ARM031206W CAD/FEM in modeling of manufacturing processes 1K1AIR_PT_W02,

K1AIR_PT_W03,

K1AIR_PT_W04

15 30 1 0,6 T E K W

38. ARM031206P CAD/FEM in modeling of manufacturing processes 1K1AIR_PT_U02,

K1AIR_PT_U03,

K1AIR _U07, K1AIR_PT_K01

15 60 2 1,4 T z P K W

39. ARM031207W Metrology in manufacturing techniques 2K1AIR _W05, K1AIR_PT_K01,

K1AIR _K03, K1AIR _K0530 30 1 0,6 T z K W

40. ARM031207L Metrology in manufacturing techniques 1K1AIR _U10, K1AIR _U11,

K1AIR_PT_K01, K1AIR _K03,

K1AIR _K05

15 60 2 1,4 T z P K W

41. ARM031208W Programmable Logic Controllers 1 K1AIR _W09 15 30 1 0,6 T z K W

42. ARM031208L Programmable Logic Controllers 1K1AIR _U16, K1AIR _K01,

K1AIR _K0315 30 1 0,7 T z P K W

43. ARM031209P Pre-final project 3




K1AIR_PT_K01, K1AIR _K02,


45 120 4 2,8 T z P K W

44. ARM031213S Diploma seminar 1K1AIR_W18, K1AIR _U01,

K1AIR_PT_U05, K1AIR _K03,

K1AIR _K06

15 30 1 0,7 T z P K W

45. ARM031211W HMI Interfaces and SCADA Systems 2 K1AIR _W09, K1AIR_PT_K01 30 30 1 0,6 T z K W

46. ARM031211L HMI Interfaces and SCADA Systems 1 K1AIR _U14, K1AIR_PT_K01 15 30 1 0,7 T z P K W

Degree Profile: DESIGN-TECHNOLOGICAL

47. ARM031212W Processing of plastics 1K1AIR _W07, K1AIR _U01,


K1AIR _K05

15 30 1 0,6 T z K W

48. ARM031212L Processing of plastics 1K1AIR _W07, K1AIR _U01,


K1AIR _K05

15 30 1 0,7 T z P K W

49. ARM031201W Dynamics of machines 2 K1AIR _W05, K1AIR _W06 30 30 1 0,6 T z K W

1 15 30 1 0,6 T z K W

1 15 60 2 1,4 T z P K W

51. ARM031220W Product quality inspection 1 K1AIR_PT_W05

52. ARM031220L Product quality inspection 1 K1AIR_PT_U01

53. ARM031221W Coordinate measuring technique 1K1AIR_PT_W05,

K1AIR_PT_K01,


54. ARM031221L Coordinate measuring technique 1K1AIR_PT_U04,

K1AIR_PT_K01,


Degree Profile: CO 15 1 9 6 2 495 1050 35 23,4

Degree Profile: DT 15 1 9 6 2 495 1050 35 23,4

Altogether for main-field-of-study modules:Total number of

ZZU

hours

lec cl lab pr sem

15 1 9 6 2

4.2.4 List of specialization modules

4.2.4.1 Specialization subjects (e.g. whole specialization) modules (min. .... ECTS points):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

4.2.4.2 Optional specialization courses module (min. …pkt ECTS):


classes1

universit

y-wide4 practical

5kind

6type

7

Total 0 0 0 0 0 0 0 0 0

Altogether for specialization modules:Total number of

ZZU

hours

lec cl lab pr sem

0 0 0 0 0


CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

0 0 0 0

Number of

hours

Number of

ECTS points

Form2

of

course/g

roup of

courses

Way3 of

crediting


Number of

ECTS pointsForm

2

of

course/g

roup of

courses

Way3 of

crediting


No.Course/group of

courses code




educational effect

symbol

No.Course/group of

courses code




educational effect

symbol

Number of

hours


CNPS hours

Total number of

ECTS points

Number of

ECTS points for

BK classes1

495 1050 35 23,4

ARM031251BK Optional courses:

4.3 Training module (Faculty Council resolution on principles of crediting training – attachment no. …)

Number of ECTS points for BK

classes1

6

4.4 Diploma dissertation module

Character of diploma dissertation

The engineering diploma dissertation has a character useful for engineering practice. Its subject is, in particular, a solution of a problem relating to:

design, a measurement experiment, the development of a computer program and an analysis of a part or the totality of processes having a technical,

organizational-technical and economic-technical character. The dissertation has no solely descriptive character, and clearly includes a part being the

student’s own contribution.

Number of BK1 ECTS points 15

Number of diploma dissertation semesters Number of ECTS points Code

15ARM031150

ARM031250

Training duration Training objective

The aim of the work placement is for the student to gain industrial experience, familiarize herself/himself with the basic technical

and technological equipment and with the work of the plant’s technical supervisors, and in particular to:

• broaden the knowledge gained in her/his studies and develop the skills of using it,

• familiarize herself/himself with the peculiarities of the professional environment,

• develop specific professional skills directly connected with the work placement venue,

• hone the skills of effective communication,

• familiarize herself/himself with the principles of work organization and division of competences, the procedures, the work

planning process and the control,

• improve her/his skills of organizing her/his own work and teamwork and effectively managing time as well as develop

conscientiousness and responsibility for the entrusted tasks,

• hone the skill of using a foreign language in professional situations.

Through the free choice of the work placement venue, e.g. through her/his choice of the “firm”, the student can pursue her/his

professional interests. This may help her/him to formulate the topic of her/his engineering diploma work. The student’s first

professional work often takes place in the work placement venue.

Type of diploma dissertation Licencjat / inżynier / magister / magister inżynier

Name of training

Number of ECTS

pointsTraining crediting mode Code

6 report ARM031000Q

5. Ways of verifying assumed educational effects

144,5 ECTS

7. Total number of ECTS points, which student has to obtain from basic sciences classes

83

0

83

64

51

115

8. Total number of ECTS points, which student has to obtain from practical classes, including laboratory classes (enter total number of ECTS points for

courses/group of courses denoted with code P)

Number of ECTS points for obligatory subjects

Number of ECTS points for optional subjects ….

Total number of ECTS points

diploma dissertation prepared diploma dissertation

6. Total number of ECTS points, which student has to obtain from classes requiring direct academic teacher-student contact (enter total of ECTS points for

courses/groups of courses denoted with code BK1)

Number of ECTS points for obligatory subjects

Number of ECTS points for optional subjects

Total number of ECTS points

projectsemi final wrtitten test, short test, oral answer, activity in problem discussions, pass, activity, project preparation, report, project

defense, presence, presentation,

seminar oral answer, activity in problem discussions, activity, presentation, problem work out

training report from training

lecture examination, semi final wrtitten test, short test, oral answer, presence, test, written test

class semi final wrtitten test, short test, oral answer, activity in problem discussions, test, report, activity

laboratory short test, oral answer, activity in problem discussions, pass, activity, average lab. assessment, report, paper presentation,

Type of classes Ways of verifying assumed educational effects

30 ECTS

10. Total number of ECTS points, which student may obtain doing optional modules (min. 30% of total number of ECTS points)

64 ECTS

11. Range of diploma dissertation

12. Requirements concerning deadlines for crediting courses/groups of courses for all courses in particular modules

No. Course code

13. Plan of studies (attachment no. ……)

Name of courseCrediting by deadline of... (number of

semester)

9. Minimum number of ECTS points, which student has to obtain doing education modules offered as part of university-wide classes or other main field of study

(enter number of ECTS points for courses/groups of courses denoted with code OG)

The diploma examination problems, divided into thematic blocks, are available on the Faculty website.

attachment no. …. to programme of education...

Documents