“chemical engineering”

STUDIES PROGRAM

Profile:	Chemistry
RTU program:	Chemical engineering
Specialty:	General chemical technology
Studies level:	Engineer studies
Nominal studies prolongation:	2 years
Studies volume:	81 credit points
Previous education:	Bachelor of chemistry in chemical technology, bachelor of chemistry
Qualification:	Engineer in general chemical technology
	(PK 2146 08; 2149 13; 2149 14; 2149 15)

Studies program code ĶIL 9

Enrolment starting from 1999/2000 st.year

A.	COMPULSORY SUBJECTS	39 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
	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
	Material aging and protection		2 CP
	Heat transfer processes and equipment		3 CP
	Mass transfer processes and equipment		5 CP
	Basics of labour protection		1 CP
B.	ELECTIVE SUBJECTS	14 CP
1.	Subjects of program and specialty	6 CP
1.1.	Analyses of technological lines		4 CP
1.2.	Membrane technology		2 CP
1.3.	Statistical process control		2 CP
1.4.	Process simulation		2 CP
2.	Humanities / social subjects	4 CP
2.1.	Business sociology		2 CP
2.2.	Social psychology		2 CP
2.3.	Industrial relationships		2 CP
2.4.	Ethics		2 CP
2.5.	Classical European philosophy		2 CP
2.6.	Presentation skills		2 CP
3.	Subjects of economics and management	4 CP
3.1.	Market organization and management		2 CP
3.2.	Civil rights		2 CP
3.3.	Theory of economics		2 CP
3.4.	Technical-economical analysis of economic activities		2 CP
3.5.	Management of enterprise		2 CP
3.6.	Analysis and strategy of market		2 CP
C.	SUBJECTS OF FREE CHOISE	4 CP
D.	PRACTISE / PRACTICAL WORK	8 CP
1.	Practical work		8 CP
E.	GALA EXAMINATIONS	16 CP
1.	Engineer’s project		16 CP
	Total:	81 CP

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

Chairman:

Prof. V.Kampars

Appendix N2

Studies plans

Studies plan for bachelor’s program “Chemistry” (enrollment starting from 1999/2000 st. year)

	Subject	Subject	Semester (1 semester = 16 weeks)						Control
	code		1.	2.	3.	4.	5.	6.	form^3
COMPULSORY SUBJECTS of RTU			CP^1 (contact hours: lectures-seminars-laboratories)^2
	DIP 101	Computer science (basic course)	3(1.5-0-1.5)						T
	HFL 118	Models of social development	2(1-1-0)						E
	IUV 101	Basics of rights	2(2-0-0)						E
	MFZ 101	Physics	3(2-0-1)	3(2-0-1)					E, E
	DIM 101	Mathematics	5(3-2-0)	4(2-2-0)					E, E
	BTG 131	Drawing geometry and engineering graphics		2(0-1-1)					T
	ĶPĶ 103	Fundamentals of material science		1(0.5-0-0.5)					T
	IET 105	Economics		3(2-1-0)					E
	ICA 101	Civil defence		1(0.5-0-0.5)					T
	EEE 209	Electrotechnic and electronics				2(1-0-1)			E
	HFA 101	Physical culture	0(0-2-0)	0(0-2-0)	0(0-2-0)	0(0-2-0)			4 T
COMPULSORY SUBJECTS of profile
	ĶVĶ112	General chemistry (advanced course)	5(3-0-2)	4(2-0-2)					E, E
	ĶVT 106	Introduction in chemical engineering		2(2-0-0)					T
	DIM 206	Engineering mathematics (for chemistry profile)			4(2-2-0)				E
	ĶOĶ221	Organic chemistry (basic course)			5(2-0-3)				E
	ĶNF 289	Inorganic chemistry (basic course)			5(2-0-3)				E
	ĶNF 290	Analytical chemistry (basic course)			2(0-0-2)				E
	ĶNF 285	Physical chemistry (basic course)				6(2-1-3)			E
	ĶNF 301	Physical chemistry (advanced course)					6(2-1-3)		E
	ĶNF 300	Analytical chemistry (instrumental methods)					2(0-0-2)		E
	ĶTF 302	Chemistry information					2(1-0-1)		W, T