|
STUDIES PROGRAM
Branch:
|
Chemical engineering sciences
|
Profile:
|
Chemistry
|
RTU program:
|
Chemical engineering
|
Specialty:
|
General chemical technology
|
Studies level:
|
Doctoral program
|
Nominal studies prolongation:
|
3 years
|
Studies volume:
|
120 credit points
|
Previous education:
|
Master of engineering sciences in general chemical technology;
Master of engineering sciences in environmental engineering;
Master of chemistry
|
Degree:
|
Doctor of engineering sciences
|
Studies program code ĶDL 9
Enrolment starting from year 2000
A.
|
COMPULSORY SUBJECTS
|
35 CP
|
|
1.
|
Chemical Engineering Unite Operations
|
|
15 CP
|
2.
|
Chemical Process Modeling
|
|
20 CP
|
B.
|
ELECTIVE SUBJECTS
|
25 CP
|
|
1.
|
Subjects of program and specialty
|
20 CP
|
|
1.1.
|
Theoretical Principles of Chemical Engineering
|
|
10 CP
|
1.2.
|
Process Simulation
|
|
10 CP
|
1.3.
|
Paper Technology
|
|
10 CP
|
1.4.
|
Pulp Technology
|
|
10 CP
|
1.5.
|
Wood Chemistry
|
|
10 CP
|
1.6.
|
Mass Transfer Processes
|
|
10 CP
|
1.7.
|
Environment Protection Engineering
|
|
10 CP
|
1.8.
|
Experimental Data Analysis
|
|
10 CP
|
1.9.
|
Flow Sheeting
|
|
10 CP
|
2.
|
Languages
|
5 CP
|
|
2.1.
|
English
|
|
5 CP
|
2.2.
|
German
|
|
5 CP
|
2.3.
|
French
|
|
5 CP
|
C.
|
Gala examinations
|
60 CP
|
|
1.
|
Doctoral thesis
|
|
60 CP
|
|
Total:
|
120 CP
|
|
Program accepted by Council of Faculty of chemical technology at 15th November, 1999, protocol N#4.
Chairman:
|
Prof. V.Kampars
|
STUDIES PROGRAM
Profile:
|
Chemistry
|
RTU program:
|
Chemical engineering
|
Specialty:
|
Biologically active compounds and their ready-to-use forms
|
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 biologically active compounds and their ready-to-use forms
|
|
(PK2113 14)
|
Studies program code ĶIL 1
Enrolment starting from 1999/2000 st.year
A.
|
COMPULSORY SUBJECTS
|
43 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
| -
|
Methods of organic synthesis
|
|
3 CP
| -
|
Physical methods of the investigation of organic compounds
|
|
3 CP
| -
|
Selected chapters of chemistry and technology of medicinal substances
|
|
2 CP
| -
|
Teсhnology of the pharmaceutical preparation
|
|
4 CP
| -
|
Ready forms of the drugs
|
|
2 CP
| -
|
Medicinal chemistry
|
|
2 CP
| -
|
Basics of labour protection
|
|
1 CP
|
B.
|
ELECTIVE SUBJECTS
|
10 CP
|
|
1.
|
Subjects of program and specialty
|
2 CP
|
|
1.1.
|
Bioorganic chemistry
|
|
2 CP
|
1.2.
|
The selected chapters of biochemistry
|
|
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 16th November 1998, protocol N# 3.
Chairman:
|
Prof. V.Kampars
|
STUDIES PROGRAM
Profile:
|
Chemistry
|
RTU program:
|
Chemical engineering
|
Specialty:
|
Chemistry and technology of biomaterials
|
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 chemistry and technology of biomaterials
|
|
(PK: 2113 10; 2146 01; 2146 08; 2146 15; 2149 14; 2149 15)
|
Studies program code ĶIL 2
Enrolment starting from 1999/2000 st.year
A.
|
COMPULSORY SUBJECTS
|
36 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
| -
|
Materials science
|
|
3 CP
| -
|
The basis of the biomaterial technology
|
|
3 CP
| -
|
Biological harmony and bioactivity of materials
|
|
3 CP
| -
|
Basics of labour protection
|
|
1 CP
|
B.
|
ELECTIVE SUBJECTS
|
17 CP
|
|
1.
|
Subjects of program and specialty
|
9 CP
|
|
1.1.
|
Elements microanalysis of solids
|
|
2 CP
|
1.2.
|
Bioceramics and technology
|
|
3 CP
|
1.3.
|
The biomechanic compatibility of implants
|
|
2 CP
|
1.4.
|
The crystalchemistry and mineralogy of the biological tissue and their substitute
|
|
2 CP
|
1.5.
|
Biopolymers un technology
|
|
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 16th November 1998, protocol N# 3.
Chairman:
|
Prof. V.Kampars
|
STUDIES PROGRAM
Profile:
|
Chemistry
|
RTU program:
|
Chemical engineering
|
Specialty:
|
Technology of polymer materials and composites
|
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 technology of polymer materials and composites
|
|
(PK 2146 18)
|
Studies program code ĶIL 6
Enrolment starting from 1999/2000 st.year
A.
|
COMPULSORY SUBJECTS
|
35 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
| -
|
Physics and chemistry of polymers
|
|
5 CP
| -
|
Special polymer materials
|
|
3 CP
| -
|
Basics of labour protection
|
|
1 CP
|
B.
|
ELECTIVE SUBJECTS
|
18 CP
|
|
1.
|
Subjects of program and specialty
|
10 CP
|
|
1.1.
|
Technology of polymer materials
|
|
5 CP
|
1.2.
|
Polymer materials processing
|
|
5 CP
|
1.3.
|
Fibre materials
|
|
3 CP
|
1.4.
|
Polymer coatings
|
|
3 CP
|
1.5.
|
Polymer adhesives
|
|
2 CP
|
1.6.
|
Finishing of fibre materials
|
|
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 16th November 1998, protocol N# 3.
Chairman:
|
Prof. V.Kampars
|
STUDIES PROGRAM
Profile:
|
Chemistry
|
RTU program:
|
Chemical engineering
|
Specialty:
|
Chemistry and technology of silicate and high temperature materials
|
Studies level:
|
Engineer studies
|
Nominal studies prolongation:
|
2 years
|
Studies volume:
|
81 credit points
|
Previous education:
|
Bachelor of chemistry in chemical technology
|
Qualification:
|
Engineer in chemistry and technology of silicate and high temperature materials
|
|
(PK 2146 08; 2149 13; 2149 14; 2149 15)
|
Studies program code ĶIL 7
Enrolment starting from 1999/2000 st.year
A.
|
COMPULSORY SUBJECTS
|
33 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
| -
|
Mineralogy
|
|
2 CP
| -
|
Physical chemistry of high temperature materials
|
|
2 CP
| -
|
Experimental methods of solid state researching
|
|
2 CP
| -
|
Basics of labour protection
|
|
1 CP
|
B.
|
ELECTIVE SUBJECTS
|
20 CP
|
|
1.
|
Subjects of program and specialty
|
12 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
|
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 16th November 1998, protocol N# 3.
Chairman:
|
Prof. V.Kampars
|
Do'stlaringiz bilan baham: | 
