.svg?workSpaceId=11){kind=small}
.svg?workSpaceId=11){kind=small}
.svg?workSpaceId=11){kind=small}
.svg?workSpaceId=11){kind=small}
 1 (2).svg?workSpaceId=11){kind=small}
Subjects of doctoral study
Study branch: Extraction and processing of earth resources
Guarantor: prof. Ing. Alena Pribulová, CSc.
| 1st grade – term 1 (winter term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
P | Foreign language – specialized foreign language for doctoral students I. | 10 | 1/2 | Z | ÚJSVa AŠ |
PV | Specialized subject * | 20 | 4 | S | Teachers of the subject |
The total number of credits for the term is 30. During the term, it is necessary to enroll in 1P (P = compulsory subjects), 1PV (PV = compulsory elective). Completition: S = Examination, Z = Credit | |||||
| Name of compulsory elective subject | Credits |
| Alternative methods of raw iron production | 20 |
| Carbonization, hydrogenation, and gasification of fuels | 20 |
| Non-furnace processing of iron and steel and steel casting | 20 |
| Modern steel production processes | 20 |
| Theoretical foundations of steelmaking | 20 |
| Theory of ferroalloys | 20 |
| Theory of pig iron production | 20 |
| Use of secondary raw materials in iron and steel production | 20 |
| Metallurgy and technology of cast iron casting production | 20 |
| Metallurgy and technology of steel casting production | 20 |
| Materials used for the production of molding and core mixtures | 20 |
| Special foundry techniques | 20 |
| The impact of foundry work on the environment | 20 |
| Progressive methods of light metal waste processing | 20 |
| Progressive methods of heavy metal waste processing | 20 |
| Progressive methods of precious and rare metal waste processing | 20 |
| Progressive methods in hydrometallurgy | 20 |
| Refining and preparation of alloys from waste | 20 |
| Biomaterials | 20 |
| Biomimetics | 20 |
| Nanomaterials and nanotechnologies | 20 |
| Theory of dispersion systems | 20 |
| Thermodynamics of ceramic systems | 20 |
| Reaction kinetics and transport phenomena | 20 |
| Refractory materials technology | 20 |
| Wear of refractory materials | 20 |
| 1st grade – term 2 (summer term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
PV | Specialized subject* | 20 | 4 | S | Teachers of the subject |
P | Foreign language – specialized foreign language for doctoral students II. | 10 | 1/2 | S | ÚJSVaAŠ |
The total number of credits for the term is 30. During the term, it is necessary to enroll in 1P (P = compulsory subjects), 1PV (PV = compulsory elective). Completition: S = Examination, Z = Credit | |||||
| 2nd grade – term 3 (winter term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
PV | Specialized subject* | 20 | 4 | S | Teacher of the subject |
P | Dissertation practicum | 10 | 4 | Z | Tutor |
The total number of credits for the term is 30. During the term, it is necessary to enroll in 1P (P = compulsory subjects), 1PV (PV = compulsory elective). Completition: S = Examination, Z = Credit | |||||
| 2nd grade – term 4 (summer term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
P | Dissertation project | 30 | 5/5 | ŠS Written work for the dissertation | Tutor |
The total number of credits for the term is 30. Completition: ŠS = State Exam | |||||
| 3rd grade – term 5 (winter term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
P | Scientific project I | 30 | 5/5 | Z | Tutor |
The total number of credits for the term is 30. Completition: S = Examination, Z = Credit | |||||
| 3rd grade – term 6 (summer term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
P | Scientific project II | 30 | 5/5 | Z | Tutor |
The total number of credits for the term is 30. Completition: S = Examination, Z = Credit | |||||
| 4th grade – term 7 (winter term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
P | Scientific project III | 30 | 5/5 | Z | Tutor |
The total number of credits for the term is 30. Completition: S = Examination, Z = Credit | |||||
4th grade – term 8 (summer term) | |||||
Subject type | Subject name | Credits | Scope of teaching | Completion | Teacher |
P | Doctoral thesis | 30 | 5/5 | ŠS Defense of doctoral thesis | Tutor |
The total number of credits for the term is 30. Completition: ŠS = State Exam In order for a student to apply for the defense of their dissertation, they must successfully complete courses worth 210 credits in the required structure of the study plan between the first year of the winter semester and the fourth year of the winter semester included. | |||||