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Master's degree subjects

Study branch: Mechanical engineering

Study program: Materials engineering

Guarantor: prof. Ing. Jarmila Trpčevská, CSc.

1st grade – term 1 (winter term)
Subject type	Subject type	Credits	Scope of teaching		Completion
Subject type	Subject type	Credits	PRV	DIV	Completion
P	Diploma Practicum I	2	14	12	KZ
P	Phase transformations	7	34	31	ZS
P	Corrosion and protection of materials	6	34	31	ZS
P	Solid state physics	7	34	31	ZS
PV	Limit states of materials	4	28	24	ZS
PV	Structural engineering of steel sheets	4	28	24	ZS
PV	Fractography	4	28	24	ZS
PV	Forging	5	34	31	ZS
PV	Mathematical simulations of plastic deformations	5	28	24	ZS
PV	Forming theory	6	27	25	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

1st grade – term 2 (summer term)
Subject type	Subject type	Credits	Scope of teaching		Completion
Subject type	Subject type	Credits	PRV	DIV	Completion
P	Diploma Practicum II (Prerequisite: Diploma Practicum I)	4	28	24	KZ
P	Management psychology	2	14	12	KZ
P	Structural analysis of materials	6	28	24	ZS
P	Structure and properties of non-ferrous metals	5	28	24	ZS
P	Construction and tool steels	5	28	24	ZS
PV	Surface engineering	4	28	24	ZS
PV	Nanomaterials	4	28	24	ZS
PV	Joining and welding	4	28	24	ZS
PV	Materials for green technologies	4	28	24	ZS
PV	Forming equipment	5	28	24	ZS
PV	Shaping thin sheets	5	28	24	ZS
PV	Rolling	6	34	31	ZS
The total number of credits for the summer term is 30. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject type	Credits	Scope of teaching		Completion
Subject type	Subject type	Credits	PRV	DIV	Completion
P	Diploma Practicum III (Prerequisite: Diploma Practicum II)	4	28	24	KZ
P	Progressive materials and technologies	7	34	31	ZS
P	Thermal and chemical-thermal processing	6	34	31	ZS
P	Composite materials	5	28	24	ZS
PV	Material expertise	4	28	24	ZS
PV	Construction ceramics	4	28	24	ZS
PV	Materials for the energy industry	4	28	24	ZS
PV	Process automation and control	5	34	31	ZS
PV	Pressing and pulling	5	34	31	ZS
PV	Modeling of plastic deformations	5	28	24	ZS
The total number of credits for the winter term is 30, 31. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject type	Credits	Scope of teaching		Completion
			PRV	DIV
P	Diploma thesis Prerequisite Diploma practical training III	20	138	122	OR,SR,SE
P	Integrated subject: Materials Engineering	10	41	37	SE
The total number of credits for the summer term is 30. In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Materials engineering - new

Person responsible for the study program: prof. Ing. Oksana Velgosová, PhD.

1st year – term 1 (winter term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
Obligation	Subject name	Credits	Learning scope (AM)	PRV	DIV	Completion	Subject type
C	Diploma practicum I	2	0/2	14	12	graded credit	-
C	Solid state physics	7	3/2	34	31	credit/exam	PP
C	Phase transformations	7	2/3	34	31	credit/exam	DPP
C	Structural analysis of materials	6	2/2	28	24	credit/exam	PP
OE	Limit states of materials and fractography	4	2/2	28	24	credit/exam	-
OE	Corrosion and anti- corrosion protection	4	2/2	28	24	credit/exam	-
OE	Theory of forming	4	2/2	28	24	credit/exam	-
OE	Forging	4	2/2	28	24	credit/exam	-
OE	Business management systems	6	2/2	28	24	credit/exam	-
Number of credits per winter term: 30 (32). During the 1st year of WT, it is necessary to register for 4C and 2OE subjects. During semester 1, to advance to the next period of study, it is necessary to successfully complete subjects for at least 12 credits.

1st year – term 2 (summer term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
Obligation	Subject name	Credits	Learning scope (AM)	PRV	DIV
C	Diploma practicum II	4	0/4	28	24	graded credit	-
C	Materials for renewable energy sources and nuclear energy	6	2/2	28	24	credit/exam	DPP
C	Structure and properties of non-ferrous metals	6	2/2	28	24	credit/exam	PP
C	Structural and tool steels	6	3/2	34	31	credit/exam	PP
OE	Ceramics materials	4	2/2	28	24	credit/exam	-
OE	Nanomaterials	4	2/2	28	24	credit/exam	-
OE	Rolling	4	2/2	28	24	credit/exam	-
OE	Modelling and simulation of materials phenomena	4	2/2	28	24	credit/exam	-
OE	Metrology	5	2/3	34	31	credit/exam	-
Number of credits per summer term: 30 (31). During the 1st year of ST, it is necessary to register for 4C and 2OE subjects. During the 1st year, to advance to the next period of study, it is necessary to successfully complete subjects for at least 36 credits.

Explanations: C – Compulsory subject, OE – Obligatory elective subject, V – Voluntary subject;

AM – Attendance method, CM – Combined method, PRV – Direct teaching, DIV – Distance teaching; OR – Opponent review, SR – Supervisor review, SE – State exam

PP – Profile subject, DPP – Next profile subject

2nd year – term 3 (winter term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
Obligation	Subject name	Credits	Learning scope (AM)	PRV	DIV	Completion
C	Diploma practicum III	4	0/4	28	24	graded credit	-
C	Electrochemical cells and battery technologies	6	2/2	28	24	credit/exam	DPP
C	Advanced materials and technologies	6	3/2	34	31	credit/exam	DPP
C	Heat and chemical-heat treatment	6	3/2	34	31	credit/exam	PP
OE	Composite materials	4	2/2	28	24	credit/exam	-
OE	Materials expertises	4	1/3	28	24	credit/exam	-
OE	Extrusion and drawing	4	2/2	28	24	credit/exam	-
OE	Automation and process control	4	2/2	28	24	credit/exam	-
OE	Quality in automotive industry	5	2/2	28	24	credit/exam	-
Number of credits per winter term: 30 (31). During the 2nd year of WT, it is necessary to register for 4C and 2OE subjects.

2nd year – term 4 (summer term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
				PRV	DIV
C	Diploma thesis	20	0/20	138	122	OR, SR, SE	-
C	Integrated subject	10	0/6	41	37	SE	-
Number of credits per winter term: 30. During the 2nd year of ST, it is necessary to register for 2C subjects. During the 1st year and the 2nd year of study, to properly complete the study, it is necessary to successfully complete subjects for at least 120 credits in the required structure of the study plan. OR - Opponent review, SR - Supervisor review, SE - State exam

Study branch: Extraction and processing of earth resources

Study program: Metallurgy

Guarantor: prof. Ing. Jaroslav Legemza, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Physico-chemical fundamentals in ferrous metallurgy	6	2/2	ZS
P	Traditional and alternative energy sources	6	2/2	ZS
P	Blast furnace charge	6	2/2	ZS
P	Diploma Practicum I	2	0/2	KZ
PV	Automated process control in ferrous metallurgy	5	3/1	ZS
PV	Process modeling and visualization	5	2/2	ZS
PV	Optimization of technological processes	5	0/4	ZS
PV	Software in thermal engineering	3	0/4	KZ
PV	Technological practice in the field	5	20	KZ
PV	Non-ferrous metal foundry	4	2/2	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

1st grade – term 2 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Theoretical fundamentals of steelmaking processes	6	3/3	ZS
P	Fundamentals of pig iron production	5	2/2	ZS
P	Application of refractory materials	4	2/2	ZS
P	Diploma Practicum II	4	0/4	KZ
P	Management psychology	2	0/2	KZ
PV	Applied software in ferrous metallurgy	4	2/2	ZS
PV	Mathematical modeling of burner systems in thermal equipment	5	2/2	ZS
PV	Use of secondary raw materials and energy in ironmaking and steelmaking	4	2/2	ZS
PV	Metalurgy of cast irons	4	3/2	ZS
PV	Process modeling and optimization I	5	0/3	KZ
PV	Process Modeling and Simulation I	3	0/3	KZ
PV	Numerical modeling of continuous steel casting processes	5	0/4	KZ
PV	Theory of foundry processes	4	3/1	ZS
The total number of credits for the summer term is 30-31. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Secondary metallurgy and steel casting	6	2/3	ZS
P	Production of ferroalloys	5	2/2	ZS
P	Alternative iron production technologies	5	2/2	ZS
P	Diploma Practicum III Prerequisite Diploma Practicum II	4	0/4	KZ
PV	Electrometallurgy of steel production	5	2/2	ZS
PV	Balancing thermal processes	7	1/3	KZ
PV	Environmental aspects of foundry	4	2/2	ZS
PV	Cogeneration	4	2/2	ZS
PV	Process Modeling and Optimization II	5	0/3	KZ
PV	Process Modeling and Simulation II	5	2/2	ZS
PV	Advanced methods of numerical simulations	5	2/2	ZS
PV	Technical preparation of casting production and manufacturing processes	5	3/2	ZS
The total number of credits for the winter term is 30. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma thesis Prerequisite Diploma practical training III	20	0/20	OR,SR,SE
P	Ironmaking and steelmaking	10	0/6	SE
In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Waste processing and recycling

Guarantor: prof. Ing. Andrea Miškufová, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma practicum I	2	0/2	KZ
P	Chemical engineering I	6	2/3	ZS
P	Hydrometallurgical processes	7	2/3	ZS
P	Precious and rare metals	6	3/2	ZS
PV	Environmental aspects of light metals production	4	2/2	ZS
PV	Modern identification methods	6	2/2	ZS
PV	Chemistry of organic waste components	5	2/2	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

1st grade – term 2 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma practicum II Prerequisite diploma practicum I	4	0/4	KZ
P	Management psychology	2	0/2	KZ
P	Chemical engineering II	6	2/3	ZS
P	Processing of municipal waste	7	3/3	ZS
P	Metal waste processing	7	2/2	ZS
PV	Environmental aspects of heavy metals production	4	2/2	ZS
PV	Environmental risk assessment	5	2/1	ZS
The total number of credits for the summer term is 30-31. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 5P (P = compulsory subjects), 1PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma practicum III Prerequisite diploma practicum II	4	0/4	KZ
P	Processing of precious metals waste	5	2/2	ZS
P	Industrial waste processing	7	2/3	ZS
P	Refining and alloy preparation	6	2/2	ZS
PV	Hazardous waste treatment	4	2/2	ZS
PV	Wastewater treatment	4	2/2	ZS
PV	Industrial toxicology and ecotoxicology	6	3/2	ZS
The total number of credits for the winter term is 30-32. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma thesis Prerequisite diploma practical training III	20	0/20	OR,SR,SE
P	Waste treatment and recycling	10	0/6	SE
The total number of credits for the summer term is 30. In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Chemical processes in raw material processing and material production

Guarantor: doc. Ing. Gabriel Sučik, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma Practicum I	2	0/2	14	12	KZ
P	Applied thermodynamics	6	2/2	28	24	ZS
P	Physics of solids	7	3/2	34	31	ZS
PV	Measurement and measuring technology	5	2/3	34	31	ZS
PV	Electrochemical methods and their applications	5	2/2	28	24	ZS
PV	Department technology project	4	0/4	28	24	KZ
PV	Structural analysis of materials	6	2/2	28	24	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 3P (P = compulsory subjects), 3PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

1st grade – term 2 (summer term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma Practicum II	4	0/4	28	24	KZ
P	Heterogeneous kinetics	7	2/3	34	31	ZS
P	Colloid chemistry and dispersion systems	7	2/3	34	31	ZS
PV	Ceramic precursors and composites	4	2/1	21	18	ZS
PV	Ceramic materials and monoliths	6	2/3	34	31	ZS
PV	Biocements and ceramic biomaterials	5	2/2	28	24	ZS
PV	Modern identification methods	6	2/3	34	31	ZS
The total number of credits for the summer term is 30. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects), 2-3PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma Practicum III	4	0/4	28	24	KZ
PV	Ceramic solid electrolytes	5	2/2	28	24	ZS
PV	Application of refractory materials	5	2/2	28	24	ZS
PV	Energy balances of high-temperature processes	6	0/4	28	24	KZ
PV	Electrochemical cells and battery technologies	6	2/2	28	24	ZS
PV	Reliability and safety of metallurgical industry systems	5	2/2	28	24	ZS
PV	Statistical methods in quality management	5	2/2	28	24	ZS
PV	Automation and Process Control	4	2/2	28	24	ZS
The total number of credits for the winter term is 30. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 1P (P = compulsory subjects), 4PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma thesis	20	0/20	138	122	OR,SR,SE
P	IP - Inorganic technologies and high-temperature processes	10	0/4	28	24	SE
The total number of credits for the winter term is 30. In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Materials engineering

Guarantor: prof. Ing. Jarmila Trpčevská, CSc.

1st grade – term 1 (winter term)
Subject type	Subject type	Credits	Scope of teaching		Completion
Subject type	Subject type	Credits	PRV	DIV	Completion
P	Diploma Practicum I	2	14	12	KZ
P	Phase transformations	7	34	31	ZS
P	Corrosion and protection of materials	6	34	31	ZS
P	Solid state physics	7	34	31	ZS
PV	Limit states of materials	4	28	24	ZS
PV	Structural engineering of steel sheets	4	28	24	ZS
PV	Fractography	4	28	24	ZS
PV	Forging	5	34	31	ZS
PV	Mathematical simulations of plastic deformations	5	28	24	ZS
PV	Forming theory	6	27	25	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

1st grade – term 2 (summer term)
Subject type	Subject type	Credits	Scope of teaching		Completion
Subject type	Subject type	Credits	PRV	DIV	Completion
P	Diploma Practicum II (Prerequisite: Diploma Practicum I)	4	28	24	KZ
P	Management psychology	2	14	12	KZ
P	Structural analysis of materials	6	28	24	ZS
P	Structure and properties of non-ferrous metals	5	28	24	ZS
P	Construction and tool steels	5	28	24	ZS
PV	Surface engineering	4	28	24	ZS
PV	Nanomaterials	4	28	24	ZS
PV	Joining and welding	4	28	24	ZS
PV	Materials for green technologies	4	28	24	ZS
PV	Forming equipment	5	28	24	ZS
PV	Shaping thin sheets	5	28	24	ZS
PV	Rolling	6	34	31	ZS
The total number of credits for the summer term is 30. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject type	Credits	Scope of teaching		Completion
Subject type	Subject type	Credits	PRV	DIV	Completion
P	Diploma Practicum III (Prerequisite: Diploma Practicum II)	4	28	24	KZ
P	Progressive materials and technologies	7	34	31	ZS
P	Thermal and chemical-thermal processing	6	34	31	ZS
P	Composite materials	5	28	24	ZS
PV	Material expertise	4	28	24	ZS
PV	Construction ceramics	4	28	24	ZS
PV	Materials for the energy industry	4	28	24	ZS
PV	Process automation and control	5	34	31	ZS
PV	Pressing and pulling	5	34	31	ZS
PV	Modeling of plastic deformations	5	28	24	ZS
The total number of credits for the winter term is 30, 31. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject type	Credits	Scope of teaching		Completion
			PRV	DIV
P	Diploma thesis Prerequisite Diploma practical training III	20	138	122	OR,SR,SE
P	Integrated subject: Materials Engineering	10	41	37	SE
The total number of credits for the summer term is 30. In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Materials engineering - new

Person responsible for the study program: prof. Ing. Oksana Velgosová, PhD.

1st year – term 1 (winter term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
Obligation	Subject name	Credits	Learning scope (AM)	PRV	DIV	Completion	Subject type
C	Diploma practicum I	2	0/2	14	12	graded credit	-
C	Solid state physics	7	3/2	34	31	credit/exam	PP
C	Phase transformations	7	2/3	34	31	credit/exam	DPP
C	Structural analysis of materials	6	2/2	28	24	credit/exam	PP
OE	Limit states of materials and fractography	4	2/2	28	24	credit/exam	-
OE	Corrosion and anti- corrosion protection	4	2/2	28	24	credit/exam	-
OE	Theory of forming	4	2/2	28	24	credit/exam	-
OE	Forging	4	2/2	28	24	credit/exam	-
OE	Business management systems	6	2/2	28	24	credit/exam	-
Number of credits per winter term: 30 (32). During the 1st year of WT, it is necessary to register for 4C and 2OE subjects. During semester 1, to advance to the next period of study, it is necessary to successfully complete subjects for at least 12 credits.

1st year – term 2 (summer term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
Obligation	Subject name	Credits	Learning scope (AM)	PRV	DIV
C	Diploma practicum II	4	0/4	28	24	graded credit	-
C	Materials for renewable energy sources and nuclear energy	6	2/2	28	24	credit/exam	DPP
C	Structure and properties of non-ferrous metals	6	2/2	28	24	credit/exam	PP
C	Structural and tool steels	6	3/2	34	31	credit/exam	PP
OE	Ceramics materials	4	2/2	28	24	credit/exam	-
OE	Nanomaterials	4	2/2	28	24	credit/exam	-
OE	Rolling	4	2/2	28	24	credit/exam	-
OE	Modelling and simulation of materials phenomena	4	2/2	28	24	credit/exam	-
OE	Metrology	5	2/3	34	31	credit/exam	-
Number of credits per summer term: 30 (31). During the 1st year of ST, it is necessary to register for 4C and 2OE subjects. During the 1st year, to advance to the next period of study, it is necessary to successfully complete subjects for at least 36 credits.

Explanations: C – Compulsory subject, OE – Obligatory elective subject, V – Voluntary subject;

AM – Attendance method, CM – Combined method, PRV – Direct teaching, DIV – Distance teaching; OR – Opponent review, SR – Supervisor review, SE – State exam

PP – Profile subject, DPP – Next profile subject

2nd year – term 3 (winter term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
Obligation	Subject name	Credits	Learning scope (AM)	PRV	DIV	Completion
C	Diploma practicum III	4	0/4	28	24	graded credit	-
C	Electrochemical cells and battery technologies	6	2/2	28	24	credit/exam	DPP
C	Advanced materials and technologies	6	3/2	34	31	credit/exam	DPP
C	Heat and chemical-heat treatment	6	3/2	34	31	credit/exam	PP
OE	Composite materials	4	2/2	28	24	credit/exam	-
OE	Materials expertises	4	1/3	28	24	credit/exam	-
OE	Extrusion and drawing	4	2/2	28	24	credit/exam	-
OE	Automation and process control	4	2/2	28	24	credit/exam	-
OE	Quality in automotive industry	5	2/2	28	24	credit/exam	-
Number of credits per winter term: 30 (31). During the 2nd year of WT, it is necessary to register for 4C and 2OE subjects.

2nd year – term 4 (summer term)
Obligation	Subject name	Credits	Learning scope (AM)	Learning scope (CM)		Completion	Subject type
				PRV	DIV
C	Diploma thesis	20	0/20	138	122	OR, SR, SE	-
C	Integrated subject	10	0/6	41	37	SE	-
Number of credits per winter term: 30. During the 2nd year of ST, it is necessary to register for 2C subjects. During the 1st year and the 2nd year of study, to properly complete the study, it is necessary to successfully complete subjects for at least 120 credits in the required structure of the study plan. OR - Opponent review, SR - Supervisor review, SE - State exam

Study program: Metallurgy

Guarantor: prof. Ing. Jaroslav Legemza, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Physico-chemical fundamentals in ferrous metallurgy	6	2/2	ZS
P	Traditional and alternative energy sources	6	2/2	ZS
P	Blast furnace charge	6	2/2	ZS
P	Diploma Practicum I	2	0/2	KZ
PV	Automated process control in ferrous metallurgy	5	3/1	ZS
PV	Process modeling and visualization	5	2/2	ZS
PV	Optimization of technological processes	5	0/4	ZS
PV	Software in thermal engineering	3	0/4	KZ
PV	Technological practice in the field	5	20	KZ
PV	Non-ferrous metal foundry	4	2/2	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

1st grade – term 2 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Theoretical fundamentals of steelmaking processes	6	3/3	ZS
P	Fundamentals of pig iron production	5	2/2	ZS
P	Application of refractory materials	4	2/2	ZS
P	Diploma Practicum II	4	0/4	KZ
P	Management psychology	2	0/2	KZ
PV	Applied software in ferrous metallurgy	4	2/2	ZS
PV	Mathematical modeling of burner systems in thermal equipment	5	2/2	ZS
PV	Use of secondary raw materials and energy in ironmaking and steelmaking	4	2/2	ZS
PV	Metalurgy of cast irons	4	3/2	ZS
PV	Process modeling and optimization I	5	0/3	KZ
PV	Process Modeling and Simulation I	3	0/3	KZ
PV	Numerical modeling of continuous steel casting processes	5	0/4	KZ
PV	Theory of foundry processes	4	3/1	ZS
The total number of credits for the summer term is 30-31. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Secondary metallurgy and steel casting	6	2/3	ZS
P	Production of ferroalloys	5	2/2	ZS
P	Alternative iron production technologies	5	2/2	ZS
P	Diploma Practicum III Prerequisite Diploma Practicum II	4	0/4	KZ
PV	Electrometallurgy of steel production	5	2/2	ZS
PV	Balancing thermal processes	7	1/3	KZ
PV	Environmental aspects of foundry	4	2/2	ZS
PV	Cogeneration	4	2/2	ZS
PV	Process Modeling and Optimization II	5	0/3	KZ
PV	Process Modeling and Simulation II	5	2/2	ZS
PV	Advanced methods of numerical simulations	5	2/2	ZS
PV	Technical preparation of casting production and manufacturing processes	5	3/2	ZS
The total number of credits for the winter term is 30. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma thesis Prerequisite Diploma practical training III	20	0/20	OR,SR,SE
P	Ironmaking and steelmaking	10	0/6	SE
In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Waste processing and recycling

Guarantor: prof. Ing. Andrea Miškufová, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma practicum I	2	0/2	KZ
P	Chemical engineering I	6	2/3	ZS
P	Hydrometallurgical processes	7	2/3	ZS
P	Precious and rare metals	6	3/2	ZS
PV	Environmental aspects of light metals production	4	2/2	ZS
PV	Modern identification methods	6	2/2	ZS
PV	Chemistry of organic waste components	5	2/2	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

1st grade – term 2 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma practicum II Prerequisite diploma practicum I	4	0/4	KZ
P	Management psychology	2	0/2	KZ
P	Chemical engineering II	6	2/3	ZS
P	Processing of municipal waste	7	3/3	ZS
P	Metal waste processing	7	2/2	ZS
PV	Environmental aspects of heavy metals production	4	2/2	ZS
PV	Environmental risk assessment	5	2/1	ZS
The total number of credits for the summer term is 30-31. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 5P (P = compulsory subjects), 1PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma practicum III Prerequisite diploma practicum II	4	0/4	KZ
P	Processing of precious metals waste	5	2/2	ZS
P	Industrial waste processing	7	2/3	ZS
P	Refining and alloy preparation	6	2/2	ZS
PV	Hazardous waste treatment	4	2/2	ZS
PV	Wastewater treatment	4	2/2	ZS
PV	Industrial toxicology and ecotoxicology	6	3/2	ZS
The total number of credits for the winter term is 30-32. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Diploma thesis Prerequisite diploma practical training III	20	0/20	OR,SR,SE
P	Waste treatment and recycling	10	0/6	SE
The total number of credits for the summer term is 30. In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Chemical processes in raw material processing and material production

Guarantor: doc. Ing. Gabriel Sučik, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma Practicum I	2	0/2	14	12	KZ
P	Applied thermodynamics	6	2/2	28	24	ZS
P	Physics of solids	7	3/2	34	31	ZS
PV	Measurement and measuring technology	5	2/3	34	31	ZS
PV	Electrochemical methods and their applications	5	2/2	28	24	ZS
PV	Department technology project	4	0/4	28	24	KZ
PV	Structural analysis of materials	6	2/2	28	24	ZS
The total number of credits for the winter term is 30. In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to enroll in 3P (P = compulsory subjects), 3PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the winter term, it is necessary to successfully complete courses worth at least 12 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

1st grade – term 2 (summer term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma Practicum II	4	0/4	28	24	KZ
P	Heterogeneous kinetics	7	2/3	34	31	ZS
P	Colloid chemistry and dispersion systems	7	2/3	34	31	ZS
PV	Ceramic precursors and composites	4	2/1	21	18	ZS
PV	Ceramic materials and monoliths	6	2/3	34	31	ZS
PV	Biocements and ceramic biomaterials	5	2/2	28	24	ZS
PV	Modern identification methods	6	2/3	34	31	ZS
The total number of credits for the summer term is 30. In the period from the 1st year of the summer term to the 1st year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects), 2-3PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 1st year of the summer term, it is necessary to successfully complete courses worth at least 36 credits in order to progress to the next period of study. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma Practicum III	4	0/4	28	24	KZ
PV	Ceramic solid electrolytes	5	2/2	28	24	ZS
PV	Application of refractory materials	5	2/2	28	24	ZS
PV	Energy balances of high-temperature processes	6	0/4	28	24	KZ
PV	Electrochemical cells and battery technologies	6	2/2	28	24	ZS
PV	Reliability and safety of metallurgical industry systems	5	2/2	28	24	ZS
PV	Statistical methods in quality management	5	2/2	28	24	ZS
PV	Automation and Process Control	4	2/2	28	24	ZS
The total number of credits for the winter term is 30. In the period from the 2nd year of the winter term to the 2nd year of the winter term, it is necessary to enroll in 1P (P = compulsory subjects), 4PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Diploma thesis	20	0/20	138	122	OR,SR,SE
P	IP - Inorganic technologies and high-temperature processes	10	0/4	28	24	SE
The total number of credits for the winter term is 30. In the period from the 2nd year of the summer term to the 2nd year of the summer term, it is necessary to enroll in 2P (P = compulsory subjects), 0PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ŠS = State examination Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam In the period from the 1st year of the winter term to the 2nd year of the summer term, it is necessary to successfully complete courses worth at least 120 credits in the required structure of the study plan in order to successfully complete the study program.

Master's degree subjects

Master's degree subjects

Study branch: Mechanical engineering

Study branch: Extraction and processing of earth resources

Faculty

Uchádzači

Study

Address

Secretariat

E-mail

Master's degree subjects

Study branch: Mechanical engineering

Study branch: Extraction and processing of earth resources