main field of study: biotechnology technical science...

1BK – number of ECTS points assigned to hours of classes requiring direct contact of teachers with students

2Traditional – enter T, remote – enter Z

3Exam – enter E, crediting – enter Z. For the group of courses – after the letter E or Z - enter in brackets the final course form (lec, cl, lab, pr, sem)

4University-wide course /group of courses – enter O

5Practical course / group of courses – enter P. For the group of courses – in brackets enter the number of ECTS points assigned to practical courses

6 KO – general education, PD – basic sciences, K – field-of-studies, S – specialization

7 Optional – enter W, obligatory – enter Ob

Zał. Nr 1 do ZW 64/ 2012

PROGRAMME OF EDUCATION FACULTY: Chemistry

MAIN FIELD OF STUDY: Biotechnology

in area of science: Technical Science

EDUCATION LEVEL: 1st / 2nd * level, licencjat / inżynier / magister / magister inżynier studies*

FORM OF STUDIES: full-time / part-time*

PROFILE: general academic / practical *

SPECIALIZATION*: Pharmaceutical Biotechnology

LANGUAGE OF STUDY: polish

Content:

1. Assumed educational effects – attachment no. 1

2. Programme of studies – attachment no. 2

3. Subject cards – attachment no. 3

4. Matrix of correlation between area educational effects and main-field-of-study educational effects – attachment no. 4

Faculty Council Resolution of 04.07.2012

In effect since 2012/2013








Zał. nr 2 do ZW 64/2012

Attachment no. 2 to Programme of Education

PROGRAMME OF STUDIES

1. Description

Number of semesters:3 Number ECTS points necessary to obtain qualifications:90

Prerequisites (particularly for second-level studies):

are set out in the Order-"The conditions and procedures for

recruitment" in the Technical University of Wroclaw

Upon completion of studies graduate obtains

professional degree of: Master

1st/2nd* level qualifications

Possibility of continuing studies:3rd level (PhD)

Indicate connection with University’s mission and its development

strategy:

Mission and development strategy of Wroclaw University of Technology are

set out in the document entitled "Development Plan of Wrocław University

of Technology". The main mission is to develop creative, critical and

tolerant personalities of undergraduate and graduate students, and mark

out the evolution of science and technology. Emphasis is placed on support

and development of competences related to the culture of scientific

Graduate profile, employability:

Graduates are prepared theoretically and practically to the use of specific

techniques of biotechnology, enabling: selection and targeted modification of

microorganisms and cells of higher organisms, leading biosynthesis and

biotransformation, the isolation and purification of bioproducts and their

analytics and diagnostics. Graduate knows the basics of biotechnology

processes used in industry, health and the environment, have the ability to

design bioprocesses and bioproducts, and is prepared to work in research and








experiment. Programs of study balance the proportions of knowledge

directly useful professional carrier, making possible the subsequent

professional adaptations of and forming a rational view of the world.

The program of II-nd level study in Biotechnology realizes the above

objectives by:

-developing the creative skills of a scientific work by increasing the

dimension

activities related to the implementation of the thesis,

-a large fraction (above 50%) of active classes as laboratories, tutorials,

seminars and projects

- the balance between general and specialist knowledge,

- providing the knowledge and skills involving the latest achievements of

science and technology,-a variety of specialized training in the specialties

offered,

-formation of individual profiles of students in part by the opportunity to

participate in elective courses,

- development of student personalities through their participation in

humane courses, ,

- partial preparation for student future independent life through

managerial and economic activities,

-the general personal development by the opportunity to improve the

known foreign language and learning a second language.

control laboratories as well as in the chemical, food, pharmaceutical and

environmental protection.

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

Technical Science, Biotechnology

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

The needs of the labor market in the field of biotechnology has been indirectly shown in this Program of Studies Graduate position, employment opportunities. Said there to

prepare graduates reflect, inter alia, the following outcomes:








Able to carry out scientific experiments, develop and interpret their results and link them with appropriate scientific theories or hypotheses,

Using techniques appropriate direction being studied is able to isolate and purify biologically active substances of plant material and an initial analysis of the product

obtained,

He has in-depth knowledge covering biosynthesis and the presence of natural products. It can determine their physiological role and the characteristics and practical

applications,

is aware of the importance and understanding of non-technical aspects and the impact of science and engineering, including its impact on the environment, as well as the

related liability

He has knowledge of the field of quality management systems, environmental management, occupational health and safety in production, including the requirements of

industry,

He has ordered knowledge about the specifics of the biotechnology industry, including in terms of organization and management. He has knowledge of the investment

projects as well as the cost of sample analysis technology








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. ...... ECTS points):

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

Number of hours Number of ECTS points Form2 of

course/group

of courses

Way3 of

crediting

Course/group of courses

lec cl lab pr sem ZZU CNPS total BK classes1 university-wide

4 practical

5 kind6 type

7

1. FLC023002w Philosophy of science and technology 1 K2Abt_K01 15 30 1 0,5 T Z O KO Ob

2. ZMZ000382w Modern tendencies in management 1 K2Abt_K02 15 30 1 0,5 T Z O KO Ob

Total 2 30 60 2 1

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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

1. Foreign language I (B2+) 1 K2Abt_U05 15 30 1 0,5 T Z O P KO Ob

2. Foreign language II (A1/A2) 3 K2Abt_U06 45 60 2 1,5 T Z O P KO Ob

Total 4 60 90 3 2








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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

Altogether for general education modules

Total number of hours Total number

of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem

2 4 90 150 5 3








4.1.2 List of basic sciences modules

4.1.2.1 Mathematics module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

4.1.2.2 Physics module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

4.1.2.3 Chemistry module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7








Total

Altogether for basic sciences modules:


of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem








4.1.3 List of main-field-of-study modules

4.1.3.1 Obligatory main-field-of-study modules


code

Name of course/group of courses (denote group

of courses with symbol GK) Weekly number of hours Field-of-

study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

1. FLC023001w Methodology of experimental work 2 K2Abt_W02 30 90 3 1 T Z K Ob

2. OSC023004w Relationships in ecosystems 2 K2Abt_W03 30 90 3 1 T E K Ob

3. MAP003053w Introduction to practical statistics 2 K2Abt_W01 30 90 3 1 T Z K Ob

4. BTC023007w Economics and organization of industrial biotechnology 2 K2Abt_W04 30 90 3 1 T Z K Ob

5. BTC023031w Optimization of biotechnological processes 1 K2Abt_W07 15 60 2 0,5 T Z K Ob

6. BTC023031p Optimization of biotechnological processes 2 K2Abt_U01 30 60 2 1 T Z P K Ob

7. ZMC023004w Management systems 1 K2Abt_W06 15 30 1 0,5 T Z K Ob

8. FLH000224w Ethical aspects in biotechnology 2 K2Abt_W05 30 60 2 1 T E K Ob

Total 12 2 210 570 19 7

4.1.3.2 ……………… module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total








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


of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem

12 2 210 570 19 7

4.2 List of optional modules

4.2.1 List of general education modules

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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total



code



symbol GK)


study

educational

effect


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7








symbol

Total



code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total



code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

Altogether for general education modules:


of

Total

number

of CNPS

Total

number

of ECTS

Number of

ECTS points

for BK








ZZU

hours hours points classes1

lec cl lab pr sem


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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

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


code



symbol GK)


study

educational


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7








effect

symbol

Total



of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem


4.2.3.1 ……………… module (min. .... ECTS points):


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

Altogether for main-field-of-study modules:









of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem

4.2.4 List of specialization modules

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


code

Name of course/group of courses (denote group of

courses with symbol GK) Weekly number of

hours

Field-of-

study

educational

effect

symbol

Number of

hours

Number of ECTS

points

Form2 of

course/group

of courses

Way3 of

crediting


lec cl lab pr sem ZZU CNPS total BK classes1 university-

wide4

practical5 kind

6 type

7

1. BTC023002w Pharmaceutical biotechnology 2 S2bt1_W01 30 90 3 1 T E S Ob

2. CHC023044p The design of organic synthesis 2 S2bt1_U02 30 60 2 1 T Z P S Ob

3. CHC023045w Medicinal natural products 2 S2bt1_W03 30 90 3 1 T E S Ob

4. CHC023045 l Medicinal natural products 2 S2bt1_U05 30 90 3 1 T Z P S Ob

5. BTC023029w Modeling biomolecules 1 S2bt1_W04 15 60 2 0,5 T Z S Ob

6. BTC023029 l Modeling biomolecules 2 S2bt1_U06 30 60 2 1 T Z P S Ob

7. BTC023029s Modeling biomolecules 1 S2bt1_U07 15 30 1 0,5 T Z P S Ob

8. BTC023030p Bioprocess design 2 S2bt1_U01 30 90 3 1 T Z P S Ob

9. BTC023040 l Retrieval of scientific and technical information In biotechnology 1 S2bt1_U04 15 30 1 0,5 T Z P S Ob

10. BTC023041w Elements of bioinformatics 1 S2Abt1_W08 15 30 1 0,5 T Z S Ob

11. CHC023046w Modern diagnostic procedures 2 S2bt1_W07 30 90 3 1 T Z S Ob

12. CHC023044 l The design of organic synthesis 2 S2bt1_U03 30 60 2 1 T Z P S Ob

13. CHC023047 l Clinical diagnostics 4 S2bt1_U09 60 150 5 2 T Z P S Ob

14. BLC023001w Immunology 1 S2bt1_W06 15 60 2 0,5 T Z S Ob

15. BLC023001s Immunology 1 S2bt1_U10 15 30 1 0,5 T Z P S Ob








16. CHC023006w Principles of Medicinal Chemistry 2 S2bt1_W02 30 90 3 1 T E S Ob

17. CHC023007w Rudiments of drug design 2 S2bt1_W05 30 90 3 1 T E S Ob

18. BTC023006 l Bioinformatics 2 S2bt1_U08 30 60 2 1 T Z P S Ob

Total 13 13 4 2 480 1260 42 16

4.2.4.2 ………………(e.g. diploma profile) module (min. .... ECTS points):


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

1. CHC020002 l Graduate laboratory I 4 K2Abt_U02 60 120 4 T Z P K Ob

2. CHC020004 l Graduate laboratory II 15 K2Abt_U03 225 300 10 T Z P K Ob

3. BTC023001s Graduate seminar 1 K2Abt_U04 15

300

10

0,5 T Z P K Ob

Total 19 1 300 720 24 0,5

Altogether for specialization modules:


of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem

13 32 4 3 780 1980 66 16,5








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

Name of training

Number of ECTS points Number of ECTS points for BK classes1 Training crediting mode Code

Training duration Training objective

4.4 Diploma dissertation module

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

Number of diploma dissertation semesters Number of ECTS points Code

2 14 CHC020002 CHC020004

Character of diploma dissertation

Thesis of the second cycle (master) should have traits of scientific, experimental or theoretical, with a primary or practical.

Work should lead to new results of original research or technical and technological solutions, and its presentation in the form

of written work should include the results and show the knowledge and skills of the author, including but not limited to:

- The ability to formulate objectives and research questions

- Ability to use literature and other sources of knowledge








- The ability to plan and carry out research and other activities to achieve its objectives and problems

- Ability to correctly interpret the results

ability to use precise and clear language and the proper matching of the images presented to illustrate the problem.

Number of BK1 ECTS points 0,5

5. Ways of verifying assumed educational effects

Type of classes Ways of verifying assumed educational effects

lecture examination, progress/final test, e-test

class progress/final test, e-test

laboratory pretest, report from laboratory

project project defence

seminar participation in discussion, topic presentation, essay

training report from training

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)

27 ECTS

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








Number of ECTS points for obligatory subjects …….

Number of ECTS points for optional subjects ….

Total number of ECTS points

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 ……. 51


Total number of ECTS points 51

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)

5 ECTS points

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

- ECTS points

11. Range of diploma dissertation

1. Biotechnology

2. General aspects of medicinal chemistry

3. Bioprocess Engineering








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

Each course of study plan should be passed during exact term in which is offered.

13. Plan of studies (attachment no. 1)

Approved by faculty student government legislative body:

04.10.2012 ………………………………………………………..

Date name and surname, signature of student representative

04.10.2012 ……………………………………………………..

Date Dean’s signature








Zał. Nr 1 do ZW 64/ 2012







SPECIALIZATION*: Biotechnology of Environment


Content:














Zał. nr 2 do ZW 64/2012



1. Description










strategy:




















objectives by:


dimension







offered,




humane courses, ,

























Able to carry out scientific experiments, develop and interpret their results and link them with appropriate scientific theories or hypotheses,

Using techniques appropriate direction being studied is able to isolate and purify biologically active substances of plant material and an initial analysis of the product

obtained,

He has in-depth knowledge covering biosynthesis and the presence of natural products. It can determine their physiological role and the characteristics and practical

applications,

is aware of the importance and understanding of non-technical aspects and the impact of science and engineering, including its impact on the environment, as well as the

related liability

He has knowledge of the field of quality management systems, environmental management, occupational health and safety in production, including the requirements of

industry,

He has ordered knowledge about the specifics of the biotechnology industry, including in terms of organization and management. He has knowledge of the investment

projects as well as the cost of sample analysis technology








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. ...... ECTS points):


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

3. FLC023002w Philosophy of science and technology 1 K2Abt_K01 15 30 1 0,5 T Z O KO Ob

4. ZMZ000382w Modern tendencies in management 1 K2Abt_K02 15 30 1 0,5 T Z O KO Ob

Total 2 30 60 2 1



code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

3. Foreign language I (B2+) 1 K2Abt_U05 15 30 1 0,5 T Z O P KO Ob

4. Foreign language II (A1/A2) 3 K2Abt_U06 45 60 2 1,5 T Z O P KO Ob

Total 4 60 90 3 2










code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total



code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

Altogether for general education modules


of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem

2 4 90 150 5 3









4.1.2.1 Mathematics module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

4.1.2.2 Physics module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

4.1.2.3 Chemistry module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7








Total



of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem









4.1.3.1 Obligatory main-field-of-study modules


code

Name of course/group of courses (denote group

of courses with symbol GK) Weekly number of hours Field-of-

study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

9. FLC023001w Methodology of experimental work 2 K2Abt_W02 30 90 3 1 T Z K Ob

10. OSC023004w Relationships in ecosystems 2 K2Abt_W03 30 90 3 1 T E K Ob

11. MAP003053w Introduction to practical statistics 2 K2Abt_W01 30 90 3 1 T Z K Ob

12. BTC023007w Economics and organization of industrial biotechnology 2 K2Abt_W04 30 90 3 1 T Z K Ob

13. BTC023031w Optimization of biotechnological processes 1 K2Abt_W07 15 60 2 0,5 T Z K Ob

14. BTC023031p Optimization of biotechnological processes 2 K2Abt_U01 30 60 2 1 T Z P K Ob

15. ZMC023004w Management Systems 1 K2Abt_W06 15 30 1 0,5 T Z K Ob

16. FLH000224w Ethical aspects in biotechnology 2 K2Abt_W05 30 60 2 1 T E K Ob

Total 12 2 210 570 19 7

4.1.3.2 ……………… module


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7








Total

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


of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem

12 2 210 570 19 7

4.2 List of optional modules

4.2.1 List of general education modules

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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total


No.. Course/group Name of course/group of courses Weekly number of hours Field-of- Number of hours Number of ECTS points Form2 of Way

3 of Course/group of courses








of courses

code (denote group of courses with

symbol GK) lec cl lab pr sem study

educational

effect

symbol

ZZU CNPS total BK classes1 course/group

of courses

crediting university-wide4 practical

5 kind6 type

7

Total



code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total



code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

Altogether for general education modules:


Total

number

Total

number

Number of

ECTS points








of

ZZU

hours

of CNPS

hours of ECTS

points for BK

classes1

lec cl lab pr sem


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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

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


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total

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









code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total



of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem


4.2.3.1 ……………… module (min. .... ECTS points):


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

Total








Altogether for main-field-of-study modules:


of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem

4.2.4 List of specialization modules

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


code

Name of course/group of courses (denote

group of courses with symbol GK) Weekly number of hours Field-of-

study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

19. BTC023013w Biodegradations 2 S2bt3_W03 30 90 3 1 T Z S Ob

20. CHC023010w Ecological chemistry 2 S2bt3_W07 30 90 3 1 T Z S Ob

21. CHC023010l Ecological chemistry 2 S2bt3_U04 30 60 2 1 T Z P S Ob

22. BTC023034w Nanobiotechnology 2 S2bt3_W05 30 90 3 1 T E S Ob

23. BTC023034 l Nanobiotechnology 2 S2bt3_U05 30 90 3 1 T Z P S Ob

24. BTC023015w Methods of structural investigations In

biotechnology

1 S2bt3_W04 15 60

2 0,5 T Z S Ob

25. BTC023015s Methods of structural investigations In

biotechnology

2 S2bt3_U01 30 60

2 1 T Z P S Ob

26. CHC023008w Chemistry of Natural Products 2 S2bt3_W06 30 90 3 1 T E S Ob

27. CHC023008 l Chemistry of Natural Products 3 S2bt3_U03 45 90 3 1,5 T Z P S Ob

28. BLC023002w Environmental biochemistry and microbiology 2 S2bt3_W01 30 90 3 1 T E S Ob








29. BLC023002 l Environmental biochemistry and microbiology 3 S2bt3_U08 45 120 4 1,5 T Z P S Ob

30. BTC023006 l Bioinformatics 2 S2bt3_U02 30 60 2 1 T Z P S Ob

31. OSC023003w Ecotoxicology 2 S2bt3_W02 30 90 3 1 T E S Ob

32. OSC023003 l Ecotoxicology 3 S2bt3_U07 45 90 3 1,5 T Z P S Ob

33. OSC023004 l Relationships in ecosystems 2 S2bt3_U06 30 90 3 1 T Z P S Ob

Total 13 17 2 480 1260 42 16

4.2.4.2 ………………(e.g. diploma profile) module (min. .... ECTS points):


code



symbol GK)


study

educational

effect

symbol


course/group

of courses

Way3 of

crediting



4 practical

5 kind6 type

7

1. CHC020002 l Graduate laboratory I 4 K2Abt_U02 60 120 4 T Z P K Ob

2. CHC020004 l Graduate laboratory II 15 K2Abt_U03 225 300 10 T Z P K Ob

3. BTC023001s Graduate seminar 1 K2Abt_U04 15

300

10

0,5 T Z P K Ob

Total 19 1 300 720 24 0,5

Altogether for specialization modules:


of

ZZU

hours

Total

number

of CNPS

hours

Total

number

of ECTS

points

Number of

ECTS points

for BK

classes1

lec cl lab pr sem








13 36 3 780 1980 66 16,5

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

Name of training

Number of ECTS points Number of ECTS points for BK classes1 Training crediting mode Code

Training duration Training objective

4.4 Diploma dissertation module

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

Number of diploma dissertation semesters Number of ECTS points Code

2 14 CHC020002 CHC020004

Character of diploma dissertation

Thesis of the second cycle (master) should have traits of scientific, experimental or theoretical, with a primary or practical.








Work should lead to new results of original research or technical and technological solutions, and its presentation in the form

of written work should include the results and show the knowledge and skills of the author, including but not limited to:

- The ability to formulate objectives and research questions

- Ability to use literature and other sources of knowledge

- The ability to plan and carry out research and other activities to achieve its objectives and problems

- Ability to correctly interpret the results

ability to use precise and clear language and the proper matching of the images presented to illustrate the problem.

Number of BK1 ECTS points 0,5

5. Ways of verifying assumed educational effects

Type of classes Ways of verifying assumed educational effects

lecture examination, progress/final test, e-test

class progress/final test, e-test

laboratory pretest, report from laboratory

project project defence

seminar participation in discussion, topic presentation, essay

training report from training

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)

27 ECTS








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

Number of ECTS points for obligatory subjects …….


Total number of ECTS points

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 ……. 51


Total number of ECTS points 51

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)

5 ECTS points

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

- ECTS points

11. Range of diploma dissertation

1. Biotechnology








2. General aspects of medicinal chemistry

3. Bioprocess Engineering

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

Each course of study plan should be passed during exact term in which is offered.

13. Plan of studies (attachment no. 1)

Approved by faculty student government legislative body.

04.10.2012 ………………………………………………………..

Date name and surname, signature of student representative








04.10.2012 ……………………………………………………..

Date Dean’s signature

Zał. Nr 1 do ZW 64/ 2012







SPECIALIZATION*: Molecular Biotechnology and Biocatalysis


Content:














Zał. nr 2 do ZW 64/2012



1. Description

















strategy:











objectives by:


dimension







offered,




humane courses, ,



























Able to carry out scientific experiments, develop and interpret their results and link them with

main field of study: biotechnology technical science...

Documents