Cycle of education: 2017/2018

Course: Chemical and process engineering

Education area: technical sciences
Level of education: first degree study
Profile of education: general academic
Form of study: full time

Speciality: Processing of polymer materials (PT)

L - Lecture; C - Class; Lab - Laboratory; P - Project/Seminar

Semester	Org.Unit	Module	L	C	Lab	P	Sum of hours	ECTS	Exam	Mand.
1	ZB	Technical safety and ergonomics	15	0	0	0	15	1	N
1	CN	General and inorganic chemistry	30	30	0	0	60	6	Y
1	ZH	Academic savoir - vivre	10	0	0	0	10	1	N
1	FF	Physics	30	30	0	0	60	6	Y
1	FM	Mathematics	30	30	0	0	60	8	Y
1	CI	Machines theory and technical mechanics	30	30	0	0	60	4	N
1	CM	Introduction to materials science	15	15	0	0	30	2	N
1	ZO	Economic course	30	0	0	0	30	2	N
Sum for semester: 1			190	135	0	0	325	30	3	4
2	CN	General and inorganic chemistry	30	15	30	0	75	6	Y
2	FF	Physics	15	15	15	0	45	6	Y
2	CI	Computer engineering graphics (CAD)	15	0	45	0	60	4	N
2	FM	Mathematics	30	30	0	0	60	6	Y
2	CI	Machines theory and technical mechanics	30	0	0	15	45	3	N
2	EM	Metrology and industrial measurements	15	0	15	0	30	2	N
2	CB	Computer science	15	0	30	0	45	3	N
Sum for semester: 2			150	60	135	15	360	30	3	1
3	CF	Physical chemistry	30	30	15	0	75	6	Y
3	CD	Organic chemistry	30	30	30	0	90	7	Y
3	CB	Scientific and technological information	0	0	2	0	2	0	N
3	DJ	Foreign language	0	30	0	0	30	2	N
3	FM	Mathematics	15	15	0	0	30	2	N
3	CI	Fluid dynamics	30	30	0	0	60	5	Y
3	CI	Packages of application software	0	0	30	0	30	2	N
3	CB	Fundamentals of programming	0	0	30	0	30	2	N
3	CI	Parametric designing in Autodesk Inventor	0	0	20	0	20	2	N
3	CB	Statistics and results elaboration	15	0	15	0	30	2	N
3	DL	Physical Education	0	30	0	0	30	0	N
Sum for semester: 3			120	165	142	0	427	30	3	0
4	CN	Analytical chemistry	15	0	30	0	45	3	N
4	CF	Physical chemistry	30	30	30	0	90	6	Y
4	DJ	Foreign language	0	30	0	0	30	2	N
4	CI	Fundamentals of heat and mass transfer	30	30	0	0	60	5	Y
4	CI	Fundamentals of chemical technology	30	30	0	0	60	5	N
4	CI	Industry processes and process apparatus, process intensification	30	15	0	0	45	4	N
4	CI	Engineering thermodynamics	30	30	0	0	60	5	Y
4	DL	Physical Education	0	30	0	0	30	0	N
Sum for semester: 4			165	195	60	0	420	30	3	0
5	CF	Instrumental analysis	30	0	30	0	60	4	N
5	CI	Diffusion separation processes	30	15	0	0	45	5	Y
5	CK	Elements of rheology in polymer processing	15	0	30	0	45	3	N
5	DJ	Foreign language	0	30	0	0	30	2	N
5	CK	Engineering materials	30	0	30	0	60	4	Y
5	CI	Computer Flow Dynamics (CFD)	0	0	0	30	30	2	N
5	CI	Industry processes and process apparatus, process intensification	15	15	15	15	60	4	Y
5	CI		15	0	15	15	45	2	N
5	CM	Chemical technology	30	0	45	0	75	4	N
Sum for semester: 5			165	60	165	60	450	30	3	0
6	CS	Polymer chemistry and technology	30	0	30	0	60	4	Y
6	CI	Diffusion separation processes	15	15	15	15	60	4	Y
6	DJ	Foreign language	0	30	0	0	30	3	Y
6	CS	Modern methods of polymers modification	15	0	20	0	35	3	N
6	CD		15	0	10	0	25	2	N
6	CM	Evaluation of the practical properties of polymer materials	15	0	15	0	30	2	N
6	CX	Professional training	0	0	0	0	0	4	N
6	CM	Technology of monomers	15	0	15	0	30	2	N
6	CK	Polymer materials processing	30	0	60	15	105	6	Y
Sum for semester: 6			135	45	165	30	375	30	4	0
7	ZM		10	15	0	0	25	2	N
7	MK	Fundamentals of CAD / CAE in polymer processing	15	0	30	0	45	4	N
7	CX	Diploma thesis	0	0	150	0	150	15	N
7	CI	Process design	15	0	0	30	45	2	N
7	CK	Industrial polymer materials	15	0	0	0	15	2	N
7	CI	Chemical reactors	30	30	0	0	60	3	N
7	CI	Diploma seminar	0	0	15	0	15	2	N
Sum for semester: 7			85	45	195	30	355	30	0	0
TOTAL FOR ALL SEMESTER:			1010	705	862	135	2712	210	19	5