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Speciality mode: Biomedical Chemistry

Last modified: 
2020, January 22 - 10:36pm

CHEMISTRY

course of study

2019 – 2022

specialisation

Biomedical Chemistry

type of study

First cycle / Bachelor’s study

mode of study

full-time study

profile

Academic

 

The graduate of bachelor studies possesses basic knowledge, skills and competences in the field of general and practical chemistry issues. In particular, the graduate is prepared to analyze, process and safely use chemicals and to act in accordance to the principles of sustainable development. Achieving the effects of bachelor studies gives graduates the opportunity to find employment in enterprises, organizations and institutions (public and non-governmental) whose activities are related to the use of chemistry in practice, as well as to start their own business in the field of food, processing, agrochemical or agriculture industries. A graduate is prepared to continue education on Master level and Post-graduate studies.

 

In each semester, the student should receive 30 ECTS credits from obligatory and optional subjects

SEMESTER 1

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Work safety and ergonomics

15

 

 

15

P

1

General biology

30

 

 

30

E

3

General chemistry

45

45

30

120

E

10

Mathematics

30

60

 

90

E

8

Physics I

15

 

 

15

P

2

ABC of IT

 

 

20

20

P

1

Physics II

15

30

 

45

E

5

SEMESTER 1

150

135

50

335

4

30

 

SEMESTER 2

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Inorganic chemistry

30

15

30

75

E

8

Quantum chemistry

30

30

 

60

E

5

Organic chemistry

30

30

 

60

E

7

Information technology

 

 

30

30

P

2

Physical education

 

30

 

30

P/W

0

Basics of pharmacognosy

30

 

 

30

P

3

Essentials of anatomy and physiology

30

 

 

30

E

3

Introduction to eukaryotic cell biology

30

 

 

30

P

2

SEMESTER 2

180

105

60

345

4

30

YEAR I

330

240

110

680

8

60

 

SEMESTER 3

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Analytical chemistry

30

30

45

105

E

8

Organic chemistry

30

30

90

150

E

10

English

 

60

 

60

P

3

Statistics

15

 

 

15

P

2

Physical education

 

30

 

30

P/W

0

ABC of law

20

 

 

20

P

1

Stereochemistry of organic compounds

15

30

 

45

P

3

Elective subjects

45

45

P

3

SEMESTER 3

155

180

135

470

2

30
               

 

SEMESTER 4

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Physical chemistry

30

30

45

105

E

8

Biochemistry

30

15

15

60

E

4

English

 

60

 

60

P, E

4

ABC of entrepreneurship

20

 

 

20

P

1

Chemical analysis of biologically active compounds

15

 

45

60

P

4

Chemistry of pharmaceutical compounds

30

 

30

60

P

4

Basics of pharmacology

30

 

 

30

P

2

Elective subjects

45

45

P

3

SEMESTER 4

200

105

135

440

3

30

YEAR II

355

285

270

910

5

60
               

 

SEMESTER 5

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Chemical spectroscopy

15

30

 

45

E

3

English in chemistry

 

15

 

15

P

1

Business creativity

 

30

 

30

P

2

Academic English

 

10

 

10

P

1

Polymer chemistry

30

15

15

60

E

4

Physicochemical methods of research in forensics science

30

 

30

60

P

4

Microbiology

30

 

30

60

E

4

Fundamentals of enzymology

30

 

30

60

P

4

Chemical methods of pharmaceutical identification

 

 

45

45

P

3

Elective subjects

60

60

P

4

SEMESTER 5

195

100

150

445

3

30
               

 

SEMESTER 6

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Chemical technology

30

 

30

60

E

4

B.Sc. laboratory class*

 

 

60

60

P

4

Diploma seminar*

 

30

 

30

P

3

Diploma lecture*

30

 

 

30

P

2

Biological activity and synthesis of glycopeptides and their precursors

30

 

 

30

P

2

Analytical aspects of intermolecular interactions

30

 

 

30

P

2

Community and chemistry

30

 

 

30

P

2

Chemistry and biochemistry of selected biomolecules

30

 

 

30

P

2

Environmental chemistry and radiochemistry

30

 

 

30

P

2

Solution chemistry

30

 

 

30

P

2

Renewable Energy

30

 

 

30

P

2

Physicochemistry of molecules

30

 

 

30

P

2

Methods to study bioinorganic compounds

30

 

 

30

P

2

Modern methods of chemical synthesis

30

 

 

30

P

2

Modern methods of environmental analysis

30

 

 

30

P

2

Essentials of genetic engineering

30

 

 

30

P

2

Disputes about molecular structure: From electron clouds to biological macromolecules

30

 

 

30

P

2

Social responsibility

10

 

 

10

P

1

Biotechnology

30

 

30

60

E

5

Elective subjects

45

45

P

3

Professional traineeship

P/W

6

Diploma exam

E

2

SEMESTER 6

145

30

120

295

3

30

YEAR III

340

130

270

740

6

60
               

 

E – exam

P – pass with note

P/W – pass without note

 

*courses conducted in Department in which students realise their thesis

 

First cycle study (bachelor’s degree) is finished with a Diploma Exam and with obtaining by student the title of Bachelor.