Speciality mode: Biomedical Chemistry

Chemistry - I degree

CHEMISTRY

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*
Education Health and Safety (e-learning)		5		5	P/W	1
General biology	30			30	E	3
General chemistry	45	45	30	120	E	8
Mathematics	30	60		90	E	8
Protection of intellectual property	15			15	P	2
Humanities	15			15	P	2
Introduction to business	15			15	P	1
Physics	30	30		60	E	5
SEMESTER 1	180	140	30	350	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 (e-learning)			30	30	P	2
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
Physical education		30		30	P/W	0
SEMESTER 2	180	105	60	345	4	30
YEAR I	360	245	90	695	8	60

SEMESTER 3
*Subject*	*Lecture*	*Auditorium*	*Laboratory*	*TOTAL*	*E/P*	*ECTS*
Analytical chemistry	30	30	45	105	E	9
Organic chemistry	30	30	90	150	E	11
Stereochemistry of organic compounds	15	30		45	P	3
Foreign language		60		60	P	4
Physical education		30		30	P/W	0
Elective subjects	45			45	P	3
SEMESTER 3	120	180	135	435	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	5
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
Foreign language		60		60	P, E	4
Elective subjects	45			45	P	3
SEMESTER 4	180	105	135	420	3	30
YEAR II	300	285	270	855	5	60

SEMESTER 5
*Subject*	*Lecture*	*Auditorium*	*Laboratory*	*TOTAL*	*E/P*	*ECTS*
Chemical spectroscopy	15	30		45	E	4
Polymer chemistry	30	15	15	60	E	5
Physicochemical methods of research in forensics science	30		30	60	P	4
Microbiology	30		30	60	E	5
Fundamentals of enzymology	30		30	60	P	4
Chemical methods of pharmaceutical identification			45	45	P	3
English in chemistry		15		15	P	1
Elective subjects	60			60	P	4
SEMESTER 5	195	60	150	405	3	30

SEMESTER 6
*Subject*	*Lecture*	*Auditorium*	*Laboratory*	*TOTAL*	*E/P*	*ECTS*
Chemical technology	30		30	60	E	5
Biotechnology	30		30	60	E	5
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
Why are chemical reactions running?	30			30	P	2
Physicochemistry of molecules	30			30	P	2
Methods to study bioinorganic compounds	30			30	P	2
Waste conversion technologies	30			30	P	2
Modern technologies 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
Elective subjects	15			15	P	1
Elective subjects in English	15			15	P	2
Professional traineeship					P/W	6
Diploma exam					E	2
SEMESTER 6	120	30	120	270	3	30
YEAR III	315	90	270	675	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.

Submitted on Sunday, 27. June 2021 - 14:44 by Andrzej Nowacki Changed on Wednesday, 3. May 2023 - 20:38 by Andrzej Nowacki