Study programme

Chemical business - II degree

CHEMICAL BUSINESS

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*
Advanced chemistry			180	180	P	16
Advanced electronic chemical diagnostics	15		45	60	E	6
Foreign language II		30		30	P	3
Economics of a technological enterprise	30			30	P	3
Business law	30			30	P	2
semester 1	75	30	225	330	1	30

SEMESTER 2
*Subject*	*Lecture*	*Auditorium*	*Laboratory*	*TOTAL*	*E/P*	*ECTS*
Interpersonal communication	15			15	P	1
Company's activity in contemporary environment	30			30	P	2
Laboratory course *			180	180	P	10
M.Sc. seminar – Chemistry*		30		30	P	4
M.Sc. seminar - Economy		30		30	P	2
Monographic lecture *	30			30	P	3
Synthesis methods and biochemical properties of proteins and glycoproteins	30			30	P	3
Research methods in supramolecular chemistry	30			30	P	3
Chemical synthesis of peptides	30			30	P	3
Environmental radiochemistry and radiological protection	30			30	P	3
Application of oxidation processes in chemistry	30			30	P	3
Modern technologies in industry	30			30	P	3
Introduction into photochemistry / Radiosensitizers - in the service of oncology	30			30	P	3
Selected issues in chemistry of peptides	30			30	P	3
Sampling and its preparing for analysis	30			30	P	3
Peptides and proteins in science and industry	30			30	P	3
Interactions of antimicrobials agents with metalions	30			30	P	3
Elective subjects	60			60	P	4
Elective subjects in English	30			30	P	4
semester 2	165	60	180	405	0	30

SEMESTER 3
*Subject*	*Lecture*	*Auditorium*	*Laboratory*	*TOTAL*	*E/P*	*ECTS*
Laboratory course *			190	190	P	10
M.Sc. seminar – Chemistry*		30		30	P	4
M.Sc. seminar - Economy		30		30	P	2
Monographic lecture *	30			30	P	3
Selected issues of carbohydrate chemistry	30			30	P	3
Advanced electrochemical methods	30			30	P	3
Biologically active peptides	30			30	P	3
Chemical and radiochemical environmental analysis
Chemistry of non-aqueous solutions	30			30	P	3
Advanced oxidation processes	30			30	P	3
Introduction into quantum computer chemistry	30			30	P	3
Modern methods of chemical synthesis	30			30	P	3
Lipid analysis	30			30	P	3
Medical biotechnology	30			30	P	3
Intermolecular interactions in bioinorganic systems	30			30	P	3
Professional traineeship					P/W	5
M.Sc. exam					E	6
semester 3	30	60	190	280	1	30

E – exam

P – pass with note

P/W – pass without note

*courses conducted in Department in which students realise their master works

Second cycle study (master’s degree) is finished with a Master's exam and with obtaining by student the title of Master of Science.

Submitted on Sunday, 27. June 2021 - 14:25 by Andrzej Nowacki Changed on Wednesday, 3. May 2023 - 21:02 by Andrzej Nowacki