“chemical engineering”

STUDIES PROGRAM

Branch:	Chemical engineering sciences
Profile:	Chemistry
RTU program:	Chemical engineering
Specialty:	Technology of polymer materials and composites
Studies level:	Doctoral program
Nominal studies prolongation:	3 years
Studies volume:	120 credit points
Previous education:	Master of engineering sciences in technology of polymer materials and composites; Master of engineering sciences in chemical technology.
Degree:	Doctor of engineering sciences

Studies program code ĶDL6

Enrolment starting from year 2000

A.	COMPULSORY SUBJECTS	35 CP
1.	Problems of polymer and oligomer chemistry		15 CP
2.	Selected chapters of polymer physics		10 CP
3.	Investigation methods of polymer and materials based on polymers		10 CP
B.	ELECTIVE SUBJECTS	25 CP
1.	Subjects of program and specialty	20 CP
1.1.	Special technology of polymers and polymer composites		20 CP
1.2.	Polymer composites in coatings , theory and practice		20 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 15^th November, 1999, protocol N#4.

Chairman:

Prof. V.Kampars

STUDIES PROGRAM

Branch:	Chemical engineering sciences
Profile:	Chemistry
RTU program:	Chemical engineering
Specialty:	Chemistry and technology of silicate and high temperature materials
Studies level:	Doctoral program
Nominal studies prolongation:	3 years
Studies volume:	120 credit points
Previous education:	Master of engineering sciences in chemistry and technology of silicate and high temperature materials; Master of engineering sciences in chemistry and technology of biomaterials
Degree:	Doctor of engineering sciences

Studies program code ĶDL7

Enrolment starting from year 2000

A.	COMPULSORY SUBJECTS	35 CP
1.	Investigation methods of high temperature materials		15 CP
2.	Physical chemistry of high-melting nonmetallic materials		10 CP
B.	ELECTIVE SUBJECTS	35 CP
1.	Subjects of program and specialty	30 CP
1.1.	Bioceramics		10 CP
1.2.	Technology and equipment of biomaterials		10 CP
1.3.	Biocompability of materials		10 CP
1.4.	Chemistry and technology of portlandcement clinker		10 CP
1.5.	Chemistry and technology of glass and glassy materials		10 CP
1.6.	Chemical technology of traditional and new ceramics		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 15^th November, 1999, protocol N#4.

Chairman:

Prof. V.Kampars