Metallurgical Engineering

	Code	Subject	Semester	L*	RW	M/E	Other	ECTS
1		Elective block MATHEMATICS  (select 1 of 3)	1					6
2		Elective block THERMODYNAMICS (select 1 of 3)	1					6
3		Elective block METALLURGY 1 (select 2 of 7)	1					5
4	22DDNIR1	Doctoral dissertation - research 1	1	60	60	M		5
5		Elective block METALLURGY 2 (classes are selected to make ECTS sum equal 28)	2					28
6	22DDNIR2	Doctoral dissertation - research 2	2	75	45	M		5
7	22DZI	Final exam	3	0	300	M		30
8	22DDNIR3	Doctoral dissertation - research 3	4	0	300	M		24
9	22IDD1	Doctoral dissertation 1	4	0	0	M	10	6
10	22DDNIR4	Doctoral dissertation - research 4	5	0	300	M		25
11	22IDD2	Doctoral dissertation 2	5	0	0	M	10	5
12	22DDNIR5	Doctoral dissertation - research 5	6	0	300	M		25
13	22IDD3	Doctoral dissertation 3	6	0	0	M	10	5
Elective block MATHEMATICS  (select 1 of 3) (Back to top)								6
1	22DM1	Mathematical programming	1	45	0	E		6
2	22DM2	Selected topics of numerical analysis	1	45	0	E		6
3	22DM3	Mathematical processing of experimental data	1	45	0	E		6
Elective block THERMODYNAMICS (select 1 of 3) (Back to top)								6
1	22DHT	Chemical Thermodynamics	1	45	0	E		6
2	22D13	Transport Phenomena in Materials Engineering	1	45	15	E		6
3	22DTCS	Thermodynamics of Solid State	1	45	0	E		6
Elective block METHALLURGY 1 (select 2 of 7) (Back to top)								5
1	22D14P	Kinetics of metallurgical processes	1	45	0	E		5
2	22D15P	Kinetics of Phase Transformations	1	45	15	E		5
3	22D16P	Structure and Properties of Metallic Materials	1	45	0	E		5
4	22D17P	Solidification of metals	1	45	15	E		5
5	22D18P	Physical Metallurgy	1	45	0	E		5
6	22D19P	Physical Metallurgy of Welding	1	45	0	E		5
7	22D20P	Advanced course of metallurgical processes	1	45	0	E		5
Elective block METALLURGY 2 (classes are selected to make ECTS sum equal 28) (Back to top)								28
1	22D21	Physics of Strength and Plasticity - Advanced course	2	45	15	E		6
2	22D22	Materials for high temperature applications	2	45	0	E		6
3	22D23	Welding Metallurgy	2	45	15	E		6
4	22D24	Powder metallurgy	2	45	0	E		6
5	22D25	Mechanical behavior of materials	2	45	0	E		6
6	22D26	Nanomaterials by Severe Plastic Deformation	2	45	0	E		5
7	22D27	Surface Engineering	2	45	0	E		5
8	22D28	Materials Structure Characterization	2	45	0	E		6
9	22D20D	Advanced course of metallurgical processes	2	45	0	E		5
10	22D29	Deformation Processing of Metals - advanced course	2	45	0	E		6
11	22D30	Strength of Materials	2	45	15	E		6
12	22D17D	Solidification of metals	2	45	0	E		5
13	22D31	Furnaces and reactors in metallurgy	2	45	0	E		6
14	22D32	Contemporary processes and materials in foundry	2	45	0	E		6
15	22D33	Technology of welding and soldering	2	45	15	E		6
16	22D34	Application of computers in simulation of the metalcasting processes	2	45	15	E		6
17	22D35	Physics of Fracture	2	45	15	E		6
18	22D36	Weldability and safety of weldments	2	45	15	E		6
19	22D15D	Kinetics of Phase Transformations	2	45	0	E		5
20	22D16D	Structure and Properties of Metallic Materials	2	45	15	E		5
21	22D19D	Physical Metallurgy of Welding	2	45	0	E		5
22	22D18D	Physical Metallurgy	2	45	15	E		5
23	22D14D	Kinetics of metallurgical processes	2	45	0	E		5
24	22D37	Introduction to electron microscopy	2	45	0	E		6
25	22D38	Crystal defects	2	45	0	E		5
26	22D39	Finite element method in materials engineering	2	45	15	E		5
27	22D40	Physico-chemical methods in surface characterization	2	45	0	E		6
28	22DMNIR	Methodology of scientific research	2	45	0	E		5

* L – Lectures; RW – Research work; M/E – Mandatory/Elective