Bachelor's degree subjects

Bachelor's study Bachelor's degree subjects

Bachelor's degree subjects

Study branch: Mechanical Engineering

Study program: Materials

Guarantor: doc. Ing. Martin Fujda, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Scope of teaching combined study		Completion
Subject type	Subject name	Credits	Scope of teaching	PRV	DIV	Completion
P	Mathematics I	7	2/3	34	31	ZS
P	Chemistry I	7	2/4	41	37	ZS
P	Mineral resources	5	2/2	28	24	ZS
P	Introduction to Metallurgy	5	2/1	21	18	KZ
P	Physical education I	1	0/2	26	0	Z
PV	Fundamentals of Mechanical Engineering	5	1/2	21	18	KZ
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 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 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

PRV = Attendance teaching, DIV = Distance teaching

1st grade – term 2 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Scope of teaching combined study		Completion
Subject type	Subject name	Credits	Scope of teaching	PRV	DIV	Completion
P	Mathematics II	7	2/3	34	31	ZS
P	Chemistry II	6	2/3	34	31	ZS
P	Physics I	6	2/2	28	24	ZS
P	Interpersonal skills training for personal and professional development	2	0/2	14	12	KZ
P	Physical education II	1	0/2	26	0	Z
PV	Numerical and statistical methods	5	2/2	28	24	ZS
PV	Programming basics	4	1/3	28	24	KZ
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

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Scope of teaching combined study		Completion
Subject type	Subject name	Credits	Scope of teaching	PRV	DIV	Completion
P	Physics II	6	2/2	28	24	ZS
P	Materials science	6	2/2	28	24	ZS
P	Physical chemistry	6	2/3	34	31	ZS
P	Foreign language I	2	0/2	14	12	KZ
P	Physical education III	1	0/2	26	0	Z
PV	Mechanics	6	2/2	28	24	ZS
PV	Computer graphics	5	2/2	28	24	ZS
PV	Measuring technology and sensors	5	2/2	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 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Scope of teaching combined study		Completion
Subject type	Subject name	Credits	Scope of teaching	PRV	DIV	Completion
P	Ironmaking and steelmaking	6	3/2	34	31	ZS
P	Physical metallurgy	5	2/2	28	24	ZS
P	Mechanical testing and quality control of materials	5	2/2	28	24	ZS
P	Field trip - annual	1	0/1	13	0	Z
P	Foreign language II	2	0/2	14	12	KZ
P	Physical education IV	1	0/2	26	0	Z
PV	Theory of metallurgical processes	5	2/2	28	24	ZS
PV	Heating technology	6	2/3	34	31	ZS
PV	Non-metallic construction materials	5	2/2	28	24	ZS
The total number of credits for the summer term is 30, 31. 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 6P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Scope of teaching combined study		Completion
Subject type	Subject name	Credits	Scope of teaching	PRV	DIV	Completion
P	Bachelor's Project - Materials	3	0/3	21	18	KZ
P	Non-ferrous metals	6	2/3	34	31	ZS
P	Forming of materials	6	2/3	34	31	ZS
P	Foundry	6	2/3	34	31	ZS
P	Metallography	5	2/2	28	24	ZS
PV	Management systems	6	2/2	28	24	ZS
PV	Selection of materials in technical practice	4	2/2	28	24	ZS
PV	Artistic shaping and forming	4	2/2	28	24	ZS
The total number of credits for the winter term is 30, 32. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 5P (P = compulsory subjects) (including bachelor's project), 1PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Scope of teaching combined study		Completion
Subject type	Subject name	Credits	Scope of teaching	PRV	DIV	Completion
P	Bachelor thesis - Materials Prerequisite Bachelor's project	10	0/10	69	61	OR,SR,SE
P	Powder metallurgy technology	7	3/2	34	31	ZS
P	Heat treatment of metals	7	3/2	34	31	ZS
PV	Corrosion	6	2/2	28	24	ZS
PV	Technological formability	6	2/2	28	24	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 1PV (PV = compulsory elective), 0V (V = optional subjects). Part of the defense of the bachelor's thesis is a colloquium discussion on selected topics from the field of Materials. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit OR - Opponent review, SR - Supervisor review, SE - State exam
In the period from the 1st year of the winter term to the 3rd year of the summer term, it is necessary to successfully complete courses worth at least 180 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Design and quality of materials

Guarantor: doc. Ing. Martin Fujda, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Mathematics seminar I	7	2/3	34	31	KZ
P	Chemistry I	7	2/4	41	37	ZS
P	Electrical engineering	6	2/2	28	24	ZS
P	Fundamentals of mechanical engineering	6	1/3	28	24	ZS
PV	Fundamentals of management	4	1/2	21	18	KZ
PV	Personality development management	5	2/2	28	24	ZS
PV	Computer skills and competencies	4	0/3	21	18	KZ
V	Chemistry seminar	2	14	12	12	Z
V	Physical Education I	1	0/2	26	0	Z
The total number of credits for the winter term is 30, 31. 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), 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 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 PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Mathematics seminar II	7	2/3	34	31	KZ
P	Chemistry II	6	2/3	34	31	ZS
P	Physics I	5	2/2	28	24	ZS
P	Electronics	4	2/2	28	24	ZS
P	Organization design and development	4	1/2	21	18	ZS
PV	Numerical and statistical methods	4	2/2	28	24	ZS
PV	Fundamentals of metrology	5	2/2	28	24	ZS
PV	3D modeling - CAD	5	0/3	28	24	KZ
V	Physical Education II	1	0/2	26	0	Z
The total number of credits for the summer term is 30, 31. 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 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 PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Physics II	6	2/2	28	24	ZS
P	Materials science I	6	2/2	28	24	ZS
P	Physical chemistry	6	2/3	34	31	ZS
P	Foreign Language I	2	0/2	14	12	KZ
P	Mechanics	5	2/2	28	24	KZ
PV	Traditional and alternative energy sources	5	2/2	28	24	ZS
PV	Statistical methods in business management	5	2/2	28	24	ZS
PV	Algorithmization and programming	5	2/2	28	24	KZ
V	Physical Education III	1	0/2	26	0	Z
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 5P (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 PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Metallurgical technologies	6	2/3	28	24	ZS
P	Materials Science II	6	2/2	28	24	ZS
P	Metallography	5	2/2	28	24	ZS
P	Non-metallic construction materials	5	2/2	28	24	ZS
P	Technical English	2	0/2	14	12	KZ
P	Excursion	1	0/1	13	0	Z
PV	Heating technology	6	2/3	34	31	ZS
PV	Management systems	6	2/2	28	24	ZS
PV	Fundamentals of Python	5	1/3	28	24	KZ
V	Physical Education IV	1	0/2	26	0	Z
The total number of credits for the summer term is 30, 31. 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 6P (P = compulsory subjects), 1PV (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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Bachelor's project	3	0/3	21	18	KZ
P	Casting, welding and joining of materials	6	2/3	34	31	ZS
P	Forming and machining of materials	6	2/3	34	31	ZS
P	Mechanical testing and quality control of materials	5	2/2	28	24	ZS
P	Material design	5	2/2	28	24	ZS
PV	Modeling and simulation of processes in MI	5	2/2	28	24	ZS
PV	Forming thin sheets	5	2/2	28	24	ZS
PV	Hydrogen technologies	5	2/2	28	24	ZS
The total number of credits for the winter term is 30. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 5P (P = compulsory subjects) (including bachelor's project), 1PV (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

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Bachelor thesis	10	0/10	69	61	OR,SR,SE
P	Heat treatment of metallic materials	7	3/2	34	31	ZS
P	Corrosion	7	2/2	28	24	ZS
PV	Powder metallurgy	6	2/2	28	24	ZS
PV	Special surface treatments of materials	6	2/2	28	24	ZS
PV	Methods and tools of quality management	6	2/2	28	24	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 1PV (PV = compulsory elective), 0V (V = optional subjects). Part of the defense of the bachelor's thesis is a colloquium discussion on selected topics from the field of Materials. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit 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 3rd year of the summer term, it is necessary to successfully complete courses worth at least 180 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Waste treatment and recycling

Guarantor: prof. Ing. Andrea Miškufová, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Mathematics I	7	2/3	ZS
P	Chemistry I	7	2/4	ZS
P	Mineral resources	5	2/2	ZS
P	Introduction to Metallurgy	5	2/1	KZ
P	Physical education I	1	0/2	Z
PV	Information technology	5	0/3	KZ
PV	Measurement and control	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 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 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	Mathematics II	7	2/3	ZS
P	Chemistry II	6	2/3	ZS
P	Physics I	6	2/2	ZS
P	Interpersonal skills training for personal and professional development	2	0/2	KZ
P	Physical education II	1	0/2	Z
PV	Basic information about waste	4	0/2	KZ
PV	Applied software	4	0/3	KZ
PV	Global environmental issues	4	2/1	KZ
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

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Physics II	6	2/2	ZS
P	Materials science	6	2/2	ZS
P	Physical chemistry	6	2/3	ZS
P	Foreign Language I	2	0/2	KZ
P	Physical Education III	1	0/2	Z
PV	Analytical chemistry	5	2/3	ZS
PV	Legislation in waste management	5	0/3	KZ
PV	Environment and silicate production	4	2/2	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 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Recycling processes	5	4/2	ZS
P	Heating technology	6	2/3	ZS
P	Ironmaking and steelmaking	6	3/2	ZS
P	Basics of mineral processing	5	2/2	ZS
P	Excursion - yearly	1	0/1	Z
P	Foreign Language II	2	0/2	KZ
P	Physical Education IV	1	0/2	Z
PV	Processes and equipment	4	2/2	ZS
PV	Remediation procedures in environmental science	4	2/1	KZ
PV	Practical course in physical chemistry	4	0/3	KZ
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 7P (P = compulsory subjects), 1PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 2nd year of the winter term to the 2nd 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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor's project	3	0/3	KZ
P	Non-ferrous metals	6	2/3	ZS
P	Management systems	6	2/2	ZS
P	Sampling methodology	5	2/2	ZS
PV	The impact of industry on the environment	5	2/2	ZS
PV	Ceramic refractory materials	5	2/2	ZS
PV	Theory and methodology of experimentation	5	2/2	ZS
PV	Foundry	6	2/3	ZS
PV	General toxicology	5	2/1	ZS
PV	Forming of materials	6	2/3	ZS
The total number of credits for the winter term is 30, 32. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects) (including bachelor's project), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor thesis - Prerequisite Bachelor's project	10	0/10	OR,SR,SE
P	Secondary raw materials and waste	7	2/3	ZS
P	Waste management	8	4/3	ZS
PV	Hazardous waste	5	2/2	ZS
PV	Properties and testing of ceramics	5	2/2	ZS
PV	Organic chemistry	5	2/2	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 1PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit OR - Opponent review, SR - Supervisor review, SE - State exam
In the period from the 1st year of the winter term to the 3rd year of the summer term, it is necessary to successfully complete courses worth at least 180 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Metallurgy

Guarantor: doc. Ing. Iveta Vasková, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Mathematics I	7	2/3	ZS
P	Chemistry I	7	2/4	ZS
P	Mineral raw materials	5	2/2	ZS
P	Physical education I	1	0/2	Z
PV	Introduction to Metallurgy	5	2/1	KZ
PV	Information technology	5	0/3	KZ
PV	Basic laboratory skills	5	0/2	KZ
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	Mathematics II	7	2/3	ZS
P	Chemistry II	6	2/3	ZS
P	Physics I	6	2/2	ZS
P	Interpersonal skills training for personal and professional development	2	0/2	KZ
P	Physical education II	1	0/2	Z
PV	Applied software	5	1/3	KZ
PV	Statistics for technicians	4	0/3	ZS
PV	Introduction to material balance calculations	4	2/2	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

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Physics II	6	2/2	ZS
P	Materials science	6	2/2	ZS
P	Physical chemistry	6	2/3	ZS
P	Foreign language I	2	0/2	KZ
P	Physical education III	1	0/2	Z
PV	Analytical chemistry	5	2/3	ZS
PV	CAD systems I	5	1/3	ZS
PV	Project management and planning	5	2/2	ZS
PV	Thermomechanics	6	2/3	ZS
PV	Algorithmization and programming	5	2/2	KZ
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 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Theory of metallurgical processes	5	2/2	ZS
P	Thermal engineering	6	2/3	ZS
P	Ironmaking and steelmaking	6	3/2	ZS
P	Excursion	1	0/1	Z
P	Foreign language II	2	0/2	KZ
P	Physical education IV	1	0/2	Z
PV	Applied thermodynamics	5	2/2	ZS
PV	Business economics and finance	3	0/3	ZS
PV	Physical modeling of technological processes	5	1/3	ZS
PV	Process modeling and simulation	3	0/3	KZ
PV	Modern identification methods	3	0/3	KZ
PV	Organic chemistry	5	2/2	ZS
PV	Departmental technology project I	4	0/2	KZ
PV	Fundamentals of Management	4	2/1	KZ
PV	Sources and conversion of energy	4	2/2	ZS
The total number of credits for the summer term is 30,31. 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 6P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 2nd year of the winter term to the 2nd 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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor's project	3	0/3	KZ
P	Non-ferrous metals	6	2/3	ZS
P	Foundry	6	2/3	ZS
PV	CAD systems II	5	1/3	ZS
PV	Measurement and control	5	2/2	ZS
PV	Process modeling and simulation II	5	2/2	ZS
PV	Strategic management	5	0/4	KZ
PV	Departmental technology project II	3	0/2	KZ
PV	Thermal management of steelworks	4	2/2	ZS
PV	Forming of materials	6	2/3	ZS
PV	General toxicology	5	2/1	ZS
PV	Exchange of heat and mass	5	2/2	ZS
PV	Metalurgy of casting alloys	5	2/2	ZS
PV	Statistics for technicians	4	0/3	ZS
PV	Ceramic refractory materials	4	2/2	ZS
PV	Sampling methodology	5	2/2	ZS
The total number of credits for the winter term is 30,32. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 3PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor's thesis Prerequisite Bachelor's project	10	0/10	OR,SR,SE
PV	Fundamentals of steelmaking	5	2/2	ZS
PV	Blast furnace techniques	5	2/2	ZS
PV	Foundry technologies	5	2/2	ZS
PV	Personal development management	5	2/2	ZS
PV	Process modeling and simulation III	5	2/2	ZS
PV	Methods of production and surface treatment of artistic castings	5	2/2	ZS
PV	Gas systems and gas applications	7	3/2	ZS
PV	Computer support for technological processes	5	1/3	ZS
PV	Heat production and distribution	7	3/2	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 1P (P = compulsory subjects) (including bachelor's project), 4PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit OR - Opponent review, SR - Supervisor review, SE - State exam Part of the defense of the bachelor's thesis is an examination of the main knowledge of the field of metallurgy.
In the period from the 1st year of the winter term to the 3rd year of the summer term , it is necessary to successfully complete courses worth at least 180 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 materials 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	Seminar in mathematics I	7	2/3	34	31	KZ
P	Chemistry I	7	2/4	41	37	ZS
P	Introduction to Materials Technology	4	0/2	14	12	KZ
P	Chemical laboratory	4	0/3	21	18	KZ
PV	Electrical engineering	6	2/2	28	24	ZS
PV	Raw materials	5	2/2	28	24	ZS
PV	Computer skills and competencies	4	1/2	21	18	KZ
PV	Fundamentals of Mechanical Engineering	6	1/3	28	24	ZS
PV	Fundamentals of Management	4	1/2	21	18	KZ
V	Physical education I	1	0/2	26	0	Z
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
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Seminar in mathematics II	7	2/3	34	31	KZ
P	Chemistry II	6	2/3	34	31	ZS
P	Physics I	5	2/2	28	24	ZS
P	Introduction to material balance calculations	4	2/2	28	24	ZS
PV	3D modeling - CAD	4	0/3	21	18	KZ
PV	Electronics	4	2/2	28	24	ZS
PV	Numerical and statistical methods	4	2/2	28	24	ZS
PV	Management systems	6	2/2	28	24	ZS
V	Physical education II	1	0/2	26	0	Z
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 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 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	Measurement, control, and regulation	5	2/2	28	24	ZS
P	Materials science I	6	2/2	28	24	ZS
P	Physical chemistry	6	2/3	34	31	ZS
P	English language I	2	0/2	14	12	KZ
PV	Algorithmization and programming	5	2/2	28	24	KZ
PV	Physics II	6	2/2	28	24	ZS
PV	Mechanics	5	2/2	28	24	KZ
PV	Traditional and alternative energy sources	5	2/2	28	24	ZS
PV	Ceramics and decoration techniques	3	0/3	21	18	KZ
V	Physical education III	1	0/2	26	0	Z
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), 3PV (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	Process modeling and simulation I	5	2/2	28	24	ZS
P	Fundamentals of silicate technology	5	2/2	28	24	ZS
P	Excursion - annual	1	0/1	13	0	Z
P	Technická angličtina	2	0/2	14	12	KZ
PV	Organic pollutants in waste and the environment	6	2/3	34	31	ZS
PV	Metallurgical technologies	6	3/2	34	31	ZS
PV	Fundamentals of metrology	5	2/2	28	24	ZS
PV	Analysis of raw materials and products their processing	6	1/3	28	24	KZ
PV	Data analysis in metallurgy	6	3/2	34	31	ZS
PV	Practical course in physical chemistry	4	0/3	21	18	KZ
PV	Non-metallic construction materials	5	2/2	28	24	ZS
V	Physical education IV	1	0/2	26	0	Z
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 4P (P = compulsory subjects), 3PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 2nd year of the winter term to the 2nd 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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PV	PRV	DIV	Completion
P	Bachelor's project	3	0/3	21	18	KZ
P	Technological processes and equipment I	5	2/2	28	24	ZS
P	Ceramic refractory materials	5	2/2	28	24	ZS
PV	Mechanical testing and quality control of materials	5	2/2	28	24	ZS
PV	Statistics for technicians	4	0/3	21	18	ZS
PV	Macromolecular chemistry	5	2/1	21	18	ZS
PV	Exchange of heat and mass	5	2/2	28	24	ZS
PV	Hydrogen technologies	5	2/2	28	24	ZS
The total number of credits for the winter term is 30,32. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 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

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Bachelor's thesis Prerequisite Bachelor's project	10	0/10	69	61	OR,SR,SE
P	Technological processes and equipment II	5	2/2	28	24	ZS
P	Computer support for technological processes	5	0/3	21	18	KZ
PV	Quality management methods and tools	6	2/2	28	24	ZS
PV	Preparing for a job interview	5	2/2	28	24	ZS
PV	Physical methods of analysis and identification of materials	5	2/3	34	31	KZ
PV	Industry sustainability	5	3/0	21	18	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 3rd year of the summer term, it is necessary to successfully complete courses worth at least 180 credits in the required structure of the study plan in order to successfully complete the study program. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam

Study program: Design and quality of materials

Guarantor: doc. Ing. Martin Fujda, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Mathematics seminar I	7	2/3	34	31	KZ
P	Chemistry I	7	2/4	41	37	ZS
P	Electrical engineering	6	2/2	28	24	ZS
P	Fundamentals of mechanical engineering	6	1/3	28	24	ZS
PV	Fundamentals of management	4	1/2	21	18	KZ
PV	Personality development management	5	2/2	28	24	ZS
PV	Computer skills and competencies	4	0/3	21	18	KZ
V	Chemistry seminar	2	14	12	12	Z
V	Physical Education I	1	0/2	26	0	Z
The total number of credits for the winter term is 30, 31. 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), 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 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 PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Mathematics seminar II	7	2/3	34	31	KZ
P	Chemistry II	6	2/3	34	31	ZS
P	Physics I	5	2/2	28	24	ZS
P	Electronics	4	2/2	28	24	ZS
P	Organization design and development	4	1/2	21	18	ZS
PV	Numerical and statistical methods	4	2/2	28	24	ZS
PV	Fundamentals of metrology	5	2/2	28	24	ZS
PV	3D modeling - CAD	5	0/3	28	24	KZ
V	Physical Education II	1	0/2	26	0	Z
The total number of credits for the summer term is 30, 31. 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 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 PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Physics II	6	2/2	28	24	ZS
P	Materials science I	6	2/2	28	24	ZS
P	Physical chemistry	6	2/3	34	31	ZS
P	Foreign Language I	2	0/2	14	12	KZ
P	Mechanics	5	2/2	28	24	KZ
PV	Traditional and alternative energy sources	5	2/2	28	24	ZS
PV	Statistical methods in business management	5	2/2	28	24	ZS
PV	Algorithmization and programming	5	2/2	28	24	KZ
V	Physical Education III	1	0/2	26	0	Z
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 5P (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 PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Metallurgical technologies	6	2/3	28	24	ZS
P	Materials Science II	6	2/2	28	24	ZS
P	Metallography	5	2/2	28	24	ZS
P	Non-metallic construction materials	5	2/2	28	24	ZS
P	Technical English	2	0/2	14	12	KZ
P	Excursion	1	0/1	13	0	Z
PV	Heating technology	6	2/3	34	31	ZS
PV	Management systems	6	2/2	28	24	ZS
PV	Fundamentals of Python	5	1/3	28	24	KZ
V	Physical Education IV	1	0/2	26	0	Z
The total number of credits for the summer term is 30, 31. 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 6P (P = compulsory subjects), 1PV (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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Bachelor's project	3	0/3	21	18	KZ
P	Casting, welding and joining of materials	6	2/3	34	31	ZS
P	Forming and machining of materials	6	2/3	34	31	ZS
P	Mechanical testing and quality control of materials	5	2/2	28	24	ZS
P	Material design	5	2/2	28	24	ZS
PV	Modeling and simulation of processes in MI	5	2/2	28	24	ZS
PV	Forming thin sheets	5	2/2	28	24	ZS
PV	Hydrogen technologies	5	2/2	28	24	ZS
The total number of credits for the winter term is 30. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 5P (P = compulsory subjects) (including bachelor's project), 1PV (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

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching PM	Scope of teaching PRV	Scope of teaching DIV	Completion
P	Bachelor thesis	10	0/10	69	61	OR,SR,SE
P	Heat treatment of metallic materials	7	3/2	34	31	ZS
P	Corrosion	7	2/2	28	24	ZS
PV	Powder metallurgy	6	2/2	28	24	ZS
PV	Special surface treatments of materials	6	2/2	28	24	ZS
PV	Methods and tools of quality management	6	2/2	28	24	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 1PV (PV = compulsory elective), 0V (V = optional subjects). Part of the defense of the bachelor's thesis is a colloquium discussion on selected topics from the field of Materials. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit 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 3rd year of the summer term, it is necessary to successfully complete courses worth at least 180 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Waste treatment and recycling

Guarantor: prof. Ing. Andrea Miškufová, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Mathematics I	7	2/3	ZS
P	Chemistry I	7	2/4	ZS
P	Mineral resources	5	2/2	ZS
P	Introduction to Metallurgy	5	2/1	KZ
P	Physical education I	1	0/2	Z
PV	Information technology	5	0/3	KZ
PV	Measurement and control	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 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 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	Mathematics II	7	2/3	ZS
P	Chemistry II	6	2/3	ZS
P	Physics I	6	2/2	ZS
P	Interpersonal skills training for personal and professional development	2	0/2	KZ
P	Physical education II	1	0/2	Z
PV	Basic information about waste	4	0/2	KZ
PV	Applied software	4	0/3	KZ
PV	Global environmental issues	4	2/1	KZ
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

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Physics II	6	2/2	ZS
P	Materials science	6	2/2	ZS
P	Physical chemistry	6	2/3	ZS
P	Foreign Language I	2	0/2	KZ
P	Physical Education III	1	0/2	Z
PV	Analytical chemistry	5	2/3	ZS
PV	Legislation in waste management	5	0/3	KZ
PV	Environment and silicate production	4	2/2	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 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Recycling processes	5	4/2	ZS
P	Heating technology	6	2/3	ZS
P	Ironmaking and steelmaking	6	3/2	ZS
P	Basics of mineral processing	5	2/2	ZS
P	Excursion - yearly	1	0/1	Z
P	Foreign Language II	2	0/2	KZ
P	Physical Education IV	1	0/2	Z
PV	Processes and equipment	4	2/2	ZS
PV	Remediation procedures in environmental science	4	2/1	KZ
PV	Practical course in physical chemistry	4	0/3	KZ
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 7P (P = compulsory subjects), 1PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 2nd year of the winter term to the 2nd 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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor's project	3	0/3	KZ
P	Non-ferrous metals	6	2/3	ZS
P	Management systems	6	2/2	ZS
P	Sampling methodology	5	2/2	ZS
PV	The impact of industry on the environment	5	2/2	ZS
PV	Ceramic refractory materials	5	2/2	ZS
PV	Theory and methodology of experimentation	5	2/2	ZS
PV	Foundry	6	2/3	ZS
PV	General toxicology	5	2/1	ZS
PV	Forming of materials	6	2/3	ZS
The total number of credits for the winter term is 30, 32. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 4P (P = compulsory subjects) (including bachelor's project), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor thesis - Prerequisite Bachelor's project	10	0/10	OR,SR,SE
P	Secondary raw materials and waste	7	2/3	ZS
P	Waste management	8	4/3	ZS
PV	Hazardous waste	5	2/2	ZS
PV	Properties and testing of ceramics	5	2/2	ZS
PV	Organic chemistry	5	2/2	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 1PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit OR - Opponent review, SR - Supervisor review, SE - State exam
In the period from the 1st year of the winter term to the 3rd year of the summer term, it is necessary to successfully complete courses worth at least 180 credits in the required structure of the study plan in order to successfully complete the study program.

Study program: Metallurgy

Guarantor: doc. Ing. Iveta Vasková, PhD.

1st grade – term 1 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Mathematics I	7	2/3	ZS
P	Chemistry I	7	2/4	ZS
P	Mineral raw materials	5	2/2	ZS
P	Physical education I	1	0/2	Z
PV	Introduction to Metallurgy	5	2/1	KZ
PV	Information technology	5	0/3	KZ
PV	Basic laboratory skills	5	0/2	KZ
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	Mathematics II	7	2/3	ZS
P	Chemistry II	6	2/3	ZS
P	Physics I	6	2/2	ZS
P	Interpersonal skills training for personal and professional development	2	0/2	KZ
P	Physical education II	1	0/2	Z
PV	Applied software	5	1/3	KZ
PV	Statistics for technicians	4	0/3	ZS
PV	Introduction to material balance calculations	4	2/2	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

2nd grade – term 3 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Physics II	6	2/2	ZS
P	Materials science	6	2/2	ZS
P	Physical chemistry	6	2/3	ZS
P	Foreign language I	2	0/2	KZ
P	Physical education III	1	0/2	Z
PV	Analytical chemistry	5	2/3	ZS
PV	CAD systems I	5	1/3	ZS
PV	Project management and planning	5	2/2	ZS
PV	Thermomechanics	6	2/3	ZS
PV	Algorithmization and programming	5	2/2	KZ
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 5P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

2nd grade – term 4 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Theory of metallurgical processes	5	2/2	ZS
P	Thermal engineering	6	2/3	ZS
P	Ironmaking and steelmaking	6	3/2	ZS
P	Excursion	1	0/1	Z
P	Foreign language II	2	0/2	KZ
P	Physical education IV	1	0/2	Z
PV	Applied thermodynamics	5	2/2	ZS
PV	Business economics and finance	3	0/3	ZS
PV	Physical modeling of technological processes	5	1/3	ZS
PV	Process modeling and simulation	3	0/3	KZ
PV	Modern identification methods	3	0/3	KZ
PV	Organic chemistry	5	2/2	ZS
PV	Departmental technology project I	4	0/2	KZ
PV	Fundamentals of Management	4	2/1	KZ
PV	Sources and conversion of energy	4	2/2	ZS
The total number of credits for the summer term is 30,31. 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 6P (P = compulsory subjects), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 2nd year of the winter term to the 2nd 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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor's project	3	0/3	KZ
P	Non-ferrous metals	6	2/3	ZS
P	Foundry	6	2/3	ZS
PV	CAD systems II	5	1/3	ZS
PV	Measurement and control	5	2/2	ZS
PV	Process modeling and simulation II	5	2/2	ZS
PV	Strategic management	5	0/4	KZ
PV	Departmental technology project II	3	0/2	KZ
PV	Thermal management of steelworks	4	2/2	ZS
PV	Forming of materials	6	2/3	ZS
PV	General toxicology	5	2/1	ZS
PV	Exchange of heat and mass	5	2/2	ZS
PV	Metalurgy of casting alloys	5	2/2	ZS
PV	Statistics for technicians	4	0/3	ZS
PV	Ceramic refractory materials	4	2/2	ZS
PV	Sampling methodology	5	2/2	ZS
The total number of credits for the winter term is 30,32. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 3PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching	Completion
P	Bachelor's thesis Prerequisite Bachelor's project	10	0/10	OR,SR,SE
PV	Fundamentals of steelmaking	5	2/2	ZS
PV	Blast furnace techniques	5	2/2	ZS
PV	Foundry technologies	5	2/2	ZS
PV	Personal development management	5	2/2	ZS
PV	Process modeling and simulation III	5	2/2	ZS
PV	Methods of production and surface treatment of artistic castings	5	2/2	ZS
PV	Gas systems and gas applications	7	3/2	ZS
PV	Computer support for technological processes	5	1/3	ZS
PV	Heat production and distribution	7	3/2	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 1P (P = compulsory subjects) (including bachelor's project), 4PV (PV = compulsory elective), 0V (V = optional subjects). Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit OR - Opponent review, SR - Supervisor review, SE - State exam Part of the defense of the bachelor's thesis is an examination of the main knowledge of the field of metallurgy.
In the period from the 1st year of the winter term to the 3rd year of the summer term , it is necessary to successfully complete courses worth at least 180 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 materials 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	Seminar in mathematics I	7	2/3	34	31	KZ
P	Chemistry I	7	2/4	41	37	ZS
P	Introduction to Materials Technology	4	0/2	14	12	KZ
P	Chemical laboratory	4	0/3	21	18	KZ
PV	Electrical engineering	6	2/2	28	24	ZS
PV	Raw materials	5	2/2	28	24	ZS
PV	Computer skills and competencies	4	1/2	21	18	KZ
PV	Fundamentals of Mechanical Engineering	6	1/3	28	24	ZS
PV	Fundamentals of Management	4	1/2	21	18	KZ
V	Physical education I	1	0/2	26	0	Z
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
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Seminar in mathematics II	7	2/3	34	31	KZ
P	Chemistry II	6	2/3	34	31	ZS
P	Physics I	5	2/2	28	24	ZS
P	Introduction to material balance calculations	4	2/2	28	24	ZS
PV	3D modeling - CAD	4	0/3	21	18	KZ
PV	Electronics	4	2/2	28	24	ZS
PV	Numerical and statistical methods	4	2/2	28	24	ZS
PV	Management systems	6	2/2	28	24	ZS
V	Physical education II	1	0/2	26	0	Z
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 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 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	Measurement, control, and regulation	5	2/2	28	24	ZS
P	Materials science I	6	2/2	28	24	ZS
P	Physical chemistry	6	2/3	34	31	ZS
P	English language I	2	0/2	14	12	KZ
PV	Algorithmization and programming	5	2/2	28	24	KZ
PV	Physics II	6	2/2	28	24	ZS
PV	Mechanics	5	2/2	28	24	KZ
PV	Traditional and alternative energy sources	5	2/2	28	24	ZS
PV	Ceramics and decoration techniques	3	0/3	21	18	KZ
V	Physical education III	1	0/2	26	0	Z
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), 3PV (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	Process modeling and simulation I	5	2/2	28	24	ZS
P	Fundamentals of silicate technology	5	2/2	28	24	ZS
P	Excursion - annual	1	0/1	13	0	Z
P	Technická angličtina	2	0/2	14	12	KZ
PV	Organic pollutants in waste and the environment	6	2/3	34	31	ZS
PV	Metallurgical technologies	6	3/2	34	31	ZS
PV	Fundamentals of metrology	5	2/2	28	24	ZS
PV	Analysis of raw materials and products their processing	6	1/3	28	24	KZ
PV	Data analysis in metallurgy	6	3/2	34	31	ZS
PV	Practical course in physical chemistry	4	0/3	21	18	KZ
PV	Non-metallic construction materials	5	2/2	28	24	ZS
V	Physical education IV	1	0/2	26	0	Z
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 4P (P = compulsory subjects), 3PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 2nd year of the winter term to the 2nd 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

3rd grade – term 5 (winter term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PV	PRV	DIV	Completion
P	Bachelor's project	3	0/3	21	18	KZ
P	Technological processes and equipment I	5	2/2	28	24	ZS
P	Ceramic refractory materials	5	2/2	28	24	ZS
PV	Mechanical testing and quality control of materials	5	2/2	28	24	ZS
PV	Statistics for technicians	4	0/3	21	18	ZS
PV	Macromolecular chemistry	5	2/1	21	18	ZS
PV	Exchange of heat and mass	5	2/2	28	24	ZS
PV	Hydrogen technologies	5	2/2	28	24	ZS
The total number of credits for the winter term is 30,32. In the period from the 3rd year of the winter term to the 3rd year of the winter term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 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

3rd grade – term 6 (summer term)
Subject type	Subject name	Credits	Scope of teaching			Completion
Subject type	Subject name	Credits	PM	PRV	DIV	Completion
P	Bachelor's thesis Prerequisite Bachelor's project	10	0/10	69	61	OR,SR,SE
P	Technological processes and equipment II	5	2/2	28	24	ZS
P	Computer support for technological processes	5	0/3	21	18	KZ
PV	Quality management methods and tools	6	2/2	28	24	ZS
PV	Preparing for a job interview	5	2/2	28	24	ZS
PV	Physical methods of analysis and identification of materials	5	2/3	34	31	KZ
PV	Industry sustainability	5	3/0	21	18	ZS
The total number of credits for the summer term is 30. In the period from the 3rd year of the summer term to the 3rd year of the summer term, it is necessary to enroll in 3P (P = compulsory subjects) (including bachelor's project), 2PV (PV = compulsory elective), 0V (V = optional subjects). In the period from the 1st year of the winter term to the 3rd year of the summer term, it is necessary to successfully complete courses worth at least 180 credits in the required structure of the study plan in order to successfully complete the study program. Completition: ZS = Credit + Exam, KZ = Classified credit, Z = Credit Scope of teaching: PRV = Attendance teaching, DIV = Distance teaching OR - Opponent review, SR - Supervisor review, SE - State exam

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Bachelor's degree subjects

Study branch: Mechanical Engineering

Study branch: Extraction and Processing of Earth Resources