“chemical engineering”

STUDIES PROGRAM

Profile:	Chemistry
RTU program:	Chemical engineering
Specialty:	Chemistry and technology of silicate and high temperature materials
Studies level:	Master’s studies
Nominal studies prolongation:	3 years
Studies volume:	121 credit points
Previous education:	Bachelor of chemistry in chemical technology
Academic degree:	Master of natural sciences in chemistry

Studies program code ĶML 7

Enrolment starting from 1999/2000 st.year

A.	COMPULSORY SUBJECTS	45 CP
	Chemistry and technology of medicinal compounds		3 CP
	Chemistry and technology of polymer materials		3 CP
	Chemistry and technology of silicate materials		3 CP
	Analysis and management of processes		2 CP
	Environmental chemistry and technology		2 CP
	Design and interpretation of experiments		2 CP
	Plant design		4 CP
	Chemical process control and automatization		3 CP
	Computer aided design		2 CP
	Physical methods of the investigation of chemical compounds		2 CP
	Computer modeling		2 CP
	Crystallography and crystal chemistry		2 CP
	Material aging and protection		2 CP
	Chemistry and technology of fuels and lubricants		3 CP
	Experimental methods of solid state researching		2 CP
	Mineralogy		2 CP
	Physical chemistry of high temperature materials		2 CP
	Chemical analysis of silicate materials (specific course)		3 CP
	Basics of labour protection		1 CP
B.	ELECTIVE SUBJECTS	34 CP
1.	Subjects of program and specialty	16 CP
1.1.	Chemistry and technology of fine ceramics		3 CP
1.2.	Chemistry and technology of building ceramics		3 CP
1.3.	Chemistry and technology of glass		3 CP
1.4.	Chemistry and technology of binders		3 CP
1.5	Chemical technology of plasma		3 CP
1.6	The problems of long life of silicate and high- temperature materials		4 CP
1.7	Technologies of new high-temperature materials		4 CP
1.8	Basis of new ceramics synthesis		2 CP
1.9	Stone decorative materials		2 CP
1.10	Chemistry and physics of solids		2 CP
1.11	Glasscrystalline materials		2 CP
2.	Languages	6 CP
2.1.	English		6 CP
2.2.	German		6 CP
2.3.	French		6 CP
3.	Humanities / social subjects	4 CP
3.1.	Business sociology		2 CP
3.2.	Social psychology		2 CP
3.3.	Industrial relationships		2 CP
3.4.	Ethics		2 CP
3.5.	Classical European philosophy		2 CP
3.6.	Presentation skills		2 CP
4.	Subjects of economics and management	4 CP
4.1.	Market organization and management		2 CP
4.2.	Civil rights		2 CP
4.3.	Theory of economics		2 CP
4.4.	Technical-economical analysis of economic activities		2 CP
4.5.	Management of enterprise		2 CP
4.6.	Analysis and strategy of market		2 CP
5.	Subjects of pedagogy	4 CP
5.1.	Psychology (for graduates)		2 CP
5.2.	Pedagogy (for graduates)		2 CP
5.3.	Psychology of relationships		2 CP
C.	SUBJECTS OF FREE CHOISE	6 CP
D.	PRACTISE / PRACTICAL WORK	4 CP
1.	Practical work		4 CP
E.	GALA EXAMINATIONS	32 CP
1.	Engineer’s project		12 CP
2.	Master’s thesis		20 CP
	Total:	121 CP

Program accepted by Council of Faculty of chemical technology at 16^th November 1998, protocol N# 3.

Chairman:

Prof. V.Kampars

STUDIES PROGRAM

Profile:	Chemistry
RTU program:	Chemical engineering
Specialty:	Environmental engineering
Studies level:	Master’s studies
Nominal studies prolongation:	3 years
Studies volume:	121 credit points
Previous education:	Bachelor of chemistry in chemical technology, bachelor of chemistry
Academic degree:	Master of natural sciences in chemistry

Studies program code ĶML 8

Enrolment starting from 1999/2000 st.year

A.	COMPULSORY SUBJECTS	48 CP
	Chemistry and technology of medicinal compounds		3 CP
	Chemistry and technology of polymer materials		3 CP
	Chemistry and technology of silicate materials		3 CP
	Analysis and management of processes		2 CP
	Environmental chemistry and technology		2 CP
	Design and interpretation of experiments		2 CP
	Plant design		4 CP
	Chemical process control and automatization		3 CP
	Computer aided design		2 CP
	Physical methods of the investigation of chemical compounds		2 CP
	Computer modeling		2 CP
	Material aging and protection		2 CP
	Chemistry and technology of fuels and lubricants		3 CP
	Basics of labour protection		1 CP
	Environmental engineering		8 CP
	Contaminated site assesment		4 CP
B.	ELECTIVE SUBJECTS	31 CP
1.	Subjects of program and specialty	13 CP
1.1.	Groundwater treatment technologies		2 CP
1.2.	Soil treatment technologies		2 CP
1.3.	Methods of chemical analysis		2 CP
1.4.	Membrane technology		2 CP
1.5	Water treatment		2 CP
1.6.	Water chemistry and microbiology		2 CP
1.7.	Environment management		3 CP
1.8.	Statistical process control		2 CP
2.	Languages	6 CP
2.1.	English		6 CP
2.2.	German		6 CP
2.3.	French		6 CP
3.	Humanities / social subjects	4 CP
3.1.	Business sociology		2 CP
3.2.	Social psychology		2 CP
3.3.	Industrial relationships		2 CP
3.4.	Ethics		2 CP
3.5.	Classical European philosophy		2 CP
3.6.	Presentation skills		2 CP
4.	Subjects of economics and management	4 CP
4.1.	Market organization and management		2 CP
4.2.	Civil rights		2 CP
4.3.	Theory of economics		2 CP
4.4.	Technical-economical analysis of economic activities		2 CP
4.5.	Management of enterprise		2 CP
4.6.	Analysis and strategy of market		2 CP
5.	Subjects of pedagogy	4 CP
5.1.	Psychology (for graduates)		2 CP
5.2.	Pedagogy (for graduates)		2 CP
5.3.	Psychology of relationships		2 CP
C.	SUBJECTS OF FREE CHOISE	6 CP
D.	PRACTISE / PRACTICAL WORK	4 CP
1.	Practical work		4 CP
E.	GALA EXAMINATIONS	32 CP
1.	Engineer’s project		12 CP
2.	Master’s thesis		20 CP
	Total:	121 CP

Program accepted by Council of Faculty of chemical technology at 16^th November 1998, protocol N# 3.

Chairman:

Prof. V.Kampars