Advanced Fuel Technologies
Kierunek Nowoczesne Technologie Paliwowe będący połączeniem klasycznych i ciągle doskonalonych kierunków kształcenia z innowacyjnym podejściem do zagadnień racjonalnego i innowacyjnego wykorzystania pierwotnych nośników energii z ograniczeniem do minimum negatywnego wpływu przemysłu paliwowo-energetycznego na środowisko jest odpowiedzią na oczekiwania sektora paliwowo – energetycznego. Sektor ten bowiem stoi przed bardzo trudnym wyzwaniem połączenia efektywnej produkcji energii z racjonalną minimalizacją oddziaływania stosowanych technologii na środowisko. Studia na kierunku Nowoczesne Technologie Paliwowe zapewniają przygotowanie absolwenta do prowadzenia badań, projektowania, realizacji i rozwijania procesów technologicznych w przemyśle. Absolwent jest przygotowany do rozwiązywania zadań technologicznych w przemyśle chemicznym, energetyce zawodowej, gazownictwie, sektorze paliwowym, instytucjach związanych z szeroko pojętą problematyką gospodarki cieplnej i ochrony środowiska, do pracy w ośrodkach badawczo-rozwojowych, technologicznych instytucjach badawczych, biurach projektowych, jednostkach administracji państwowej i terenowych organach samorządowych zajmujących się zagadnieniami zrównoważonego rozwoju, ochroną środowiska i efektywnym wykorzystaniem energii. Absolwent przygotowany będzie również do uruchomienia i prowadzenia samodzielnej działalności gospodarczej.
Opiekun kierunku: dr hab. inż. Piotr Burmistrz, prof. AGH
Program ustalony Uchwałą Senatu nr 118/2019 z dnia 26 czerwca 2019 r.
Summer semester, 2022/2023
| Subject | Number of hours | ECTS points | Form of verification | |
|---|---|---|---|---|
|
Elective block P1 - P2
|
Total number of contact hours:
30 |
- | Assessment | W |
| Zasady wyboru: Wybór przedmiotów z bloku na sumę 4 ECTS w semstrze 1 i 2 | ||||
|
Environmental aspects of utilization and recycling of waste fuels
|
Seminars:
15 |
1 | Assessment | W |
|
Biofuels and biocomponents
|
Laboratory classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Chemical methods of waste utilization
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Energy use of waste and biowaste
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Fluidization
|
Lecture:
30 Project classes: 15 |
3 | Assessment | W |
|
Greenhouse gases: sources, mitigation
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
The economy of closed circuit in the energy sector
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Hazardous waste management
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Engineering of coal processing processes
|
Lecture:
30 Seminars: 30 |
3 | Assessment | W |
|
Methods of water and wastewater analysis
|
Laboratory classes:
30 |
2 | Assessment | W |
|
Nuclear fuel
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Fuel experimental module
|
Laboratory classes:
15 Project classes: 15 |
2 | Assessment | W |
|
Legal basis for waste management
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Flue gas cleaning processes
|
Lecture:
15 Project classes: 30 |
2 | Assessment | W |
|
Recycling and reusing
|
Conversation seminar:
15 Seminars: 15 |
2 | Assessment | W |
|
Standard testing of porous materials
|
Lecture:
15 Laboratory classes: 20 |
2 | Assessment | W |
|
BAT techniques in environmental protection
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Adsorption technologies
|
Lecture:
15 Auditorium classes: 10 Laboratory classes: 15 |
2 | Assessment | W |
|
Technologies and processes of thermal utilization and recycling of waste fuels - gasification and pyrolysis of waste
|
Lecture:
30 |
2 | Assessment | W |
|
Fuel technologies - industrial projects
|
Fieldwork:
20 |
2 | Assessment | W |
|
Technologies for the production of energy storage materials
|
Lecture:
15 Project classes: 15 Seminars: 15 |
2 | Assessment | W |
|
Destruction of pollutants in the water and soil environment
|
Lecture:
15 Laboratory classes: 25 |
2 | Assessment | W |
|
CO2 utilization
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Validation of fuel testing methods
|
Laboratory classes:
15 Seminars: 15 |
2 | Assessment | W |
|
Chosen pro-ecological processes
|
Laboratory classes:
15 Seminars: 15 |
2 | Assessment | W |
|
The chemistry of cosmetics selected aspects
|
Laboratory classes:
20 Conversation seminar: 10 |
2 | Assessment | W |
|
Elective block S1-S2
|
Total number of contact hours:
60 |
- | Assessment | W |
| Zasady wyboru: Wybór przedmiotów z bloku na sumę 4 ECTS w semestrze 1 i 2 | ||||
|
Analysis of environmental footprints (CF and WF)
|
Lecture:
15 Project classes: 15 |
2 | Assessment | W |
|
Technical safety in the fuel sector and environmental protection
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Greenhouse gases: sources, mitigation
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Heat Transfer II
|
Lecture:
30 Laboratory classes: 15 |
2 | Assessment | W |
|
Industrial engineering in environmental protection
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Computer analysis of experimental data
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
LCA methodology in environmental analysis
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Methods of water and wastewater analysis
|
Laboratory classes:
30 |
2 | Assessment | W |
|
Methods to reduce CO2 emissions
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Methods for refining solid fuels
|
Lecture:
30 Laboratory classes: 15 |
2 | Assessment | W |
|
Nanomaterials in industry and environment
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Naturally occuring radioactive materials (NORM)
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
materials
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Machining, storage, transport of bulk and bulk materials
|
Lecture:
15 Laboratory classes: 10 |
2 | Assessment | W |
|
Reduction of low emissions from the combustion of solid fuels
|
Lecture:
15 Project classes: 15 |
2 | Assessment | W |
|
Standard testing of porous materials
|
Lecture:
15 Laboratory classes: 20 |
2 | Assessment | W |
|
Radioactives technics in environmental protection
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Technologies of air protection in the automotive industry
|
Lecture:
30 Project classes: 15 |
2 | Assessment | W |
|
Destruction of pollutants in the water and soil environment
|
Lecture:
15 Laboratory classes: 25 |
2 | Assessment | W |
|
Contemporary environmental analytics
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Chosen low-tonnage technologies
|
Lecture:
15 Laboratory classes: 20 |
2 | Assessment | W |
|
The chemistry of cosmetics selected aspects
|
Laboratory classes:
20 Conversation seminar: 10 |
2 | Assessment | W |
|
Advanced catalytic materials in the automotive industry
|
Lecture:
30 Project classes: 15 |
2 | Assessment | W |
|
Advanced methods of wastewater treatment
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Quality assurance of analyses in physico-chemical laboratories
|
Lecture:
30 Auditorium classes: 15 Laboratory classes: 15 |
4 | Assessment | W |
|
Emission management
|
Lecture:
15 Project classes: 15 |
2 | Assessment | W |
|
Semester 1 F&E
|
Total number of contact hours:
30 |
30 | Assessment | W |
| Zasady wyboru: Wybór ściezki dyplomowania, która będzie kontynuowana na semestrze 2 | ||||
|
Block P1 - sem. 1
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku P1 oraz przedmiotów z bloku obieralnego P1-P2 za sumę 4 ECTS | ||||
|
Catalytic processes used in modern technology of liquid fuels production
|
Lecture:
30 Laboratory classes: 15 Seminars: 15 |
5 | Exam | O |
|
Energy storage in batteries and supercapacitors
|
Lecture:
30 Project classes: 15 Seminars: 15 |
4 | Assessment | O |
|
Modeling of physicochemical processes in fuel technologies
|
Lecture:
30 Auditorium classes: 15 Laboratory classes: 30 Project classes: 15 |
9 | Exam | O |
|
Fundamentals of biotechnoology
|
Lecture:
15 Laboratory classes: 15 Project classes: 15 Seminars: 15 |
5 | Exam | O |
|
Surface processes
|
Lecture:
15 Project classes: 15 |
2 | Assessment | O |
|
Advanced methods of wastewater analysis and treatment
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Waste management and their development
|
Lecture:
15 Seminars: 15 |
2 | Assessment | O |
|
Block P2 - sem. 1
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku P2 oraz przedmiotów z bloku obieralnego P1-P2 za sumę 4 ECTS | ||||
|
High-fidelity modeling of unit operations
|
Lecture:
15 Project classes: 30 |
3 | Assessment | O |
|
Modeling of physicochemical processes in fuel technologies
|
Lecture:
30 Auditorium classes: 15 Laboratory classes: 30 Project classes: 15 |
9 | Exam | O |
|
Fundamentals of biotechnoology
|
Lecture:
15 Laboratory classes: 15 Project classes: 15 Seminars: 15 |
5 | Exam | O |
|
62/5000 Basics of simulation calculations in hydrogen production technology
|
Lecture:
30 Laboratory classes: 30 |
4 | Exam | O |
|
Processes of solid fuel conversion
|
Lecture:
15 Seminars: 15 |
2 | Assessment | O |
|
Process design of chemical reactors
|
Lecture:
15 Laboratory classes: 30 |
3 | Assessment | O |
|
Creating process diagrams (AutoCAD)
|
Laboratory classes:
30 |
2 | Assessment | O |
|
Block S1 - sem. 1
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku S1 oraz przedmiotów z bloku obieralnego S1-S2 za sumę 4 ECTS | ||||
|
Adsorption and surface phenomena
|
Lecture:
15 Auditorium classes: 15 Laboratory classes: 15 |
4 | Assessment | O |
|
Heterogeneous catalysis
|
Lecture:
30 Laboratory classes: 30 |
5 | Exam | O |
|
Methods of water and wastewater treatment
|
Lecture:
15 Laboratory classes: 30 |
4 | Assessment | O |
|
Methods of sampling solid, liquid and gaseous
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Methods of sample preparation for analytical measurements
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Radioisotopes in the environment
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Radiometry
|
Lecture:
10 Auditorium classes: 10 Laboratory classes: 10 |
3 | Assessment | O |
|
Selected methods of environmental analysis
|
Lecture:
15 Laboratory classes: 30 |
4 | Assessment | O |
|
Block S2 - sem. 1
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku S2 oraz przedmiotów z bloku obieralnego S1-S2 za sumę 4 ECTS | ||||
|
Adsorption and surface phenomena
|
Lecture:
15 Auditorium classes: 15 Laboratory classes: 15 |
4 | Assessment | O |
|
Process design of chemical reactors
|
Lecture:
15 Laboratory classes: 30 |
3 | Assessment | O |
|
Apparatus and maintenance of production processes
|
Conversation seminar:
30 |
3 | Assessment | O |
|
Heterogeneous catalysis
|
Lecture:
30 Laboratory classes: 30 |
5 | Exam | O |
|
Methods of water and wastewater treatment
|
Lecture:
15 Laboratory classes: 30 |
4 | Assessment | O |
|
Optimization of computer-aided computing processes (ChemCAD)
|
Laboratory classes:
30 |
2 | Assessment | O |
|
High-fidelity modeling of unit operations
|
Lecture:
15 Project classes: 30 |
3 | Assessment | O |
|
Creating process diagrams (AutoCAD)
|
Laboratory classes:
30 |
2 | Assessment | O |
| Sum | 120 | 30 | ||
Winter semester, 2023/2024
| Subject | Number of hours | ECTS points | Form of verification | |
|---|---|---|---|---|
|
Elective block P1 - P2
|
Total number of contact hours:
30 |
- | Assessment | W |
|
Environmental aspects of utilization and recycling of waste fuels
|
Seminars:
15 |
1 | Assessment | W |
|
Biofuels and biocomponents
|
Laboratory classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Chemical methods of waste utilization
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Energy use of waste and biowaste
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Fluidization
|
Lecture:
30 Project classes: 15 |
3 | Assessment | W |
|
Greenhouse gases: sources, mitigation
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
The economy of closed circuit in the energy sector
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Hazardous waste management
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Engineering of coal processing processes
|
Lecture:
30 Seminars: 30 |
3 | Assessment | W |
|
Methods of water and wastewater analysis
|
Laboratory classes:
30 |
2 | Assessment | W |
|
Nuclear fuel
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Fuel experimental module
|
Laboratory classes:
15 Project classes: 15 |
2 | Assessment | W |
|
Legal basis for waste management
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Flue gas cleaning processes
|
Lecture:
15 Project classes: 30 |
2 | Assessment | W |
|
Recycling and reusing
|
Conversation seminar:
15 Seminars: 15 |
2 | Assessment | W |
|
Standard testing of porous materials
|
Lecture:
15 Laboratory classes: 20 |
2 | Assessment | W |
|
BAT techniques in environmental protection
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Adsorption technologies
|
Lecture:
15 Auditorium classes: 10 Laboratory classes: 15 |
2 | Assessment | W |
|
Technologies and processes of thermal utilization and recycling of waste fuels - gasification and pyrolysis of waste
|
Lecture:
30 |
2 | Assessment | W |
|
Fuel technologies - industrial projects
|
Fieldwork:
20 |
2 | Assessment | W |
|
Technologies for the production of energy storage materials
|
Lecture:
15 Project classes: 15 Seminars: 15 |
2 | Assessment | W |
|
Destruction of pollutants in the water and soil environment
|
Lecture:
15 Laboratory classes: 25 |
2 | Assessment | W |
|
CO2 utilization
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Validation of fuel testing methods
|
Laboratory classes:
15 Seminars: 15 |
2 | Assessment | W |
|
Chosen pro-ecological processes
|
Laboratory classes:
15 Seminars: 15 |
2 | Assessment | W |
|
The chemistry of cosmetics selected aspects
|
Laboratory classes:
20 Conversation seminar: 10 |
2 | Assessment | W |
|
Elective block S1-S2
|
Total number of contact hours:
30 |
- | Assessment | W |
|
Analysis of environmental footprints (CF and WF)
|
Lecture:
15 Project classes: 15 |
2 | Assessment | W |
|
Technical safety in the fuel sector and environmental protection
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Greenhouse gases: sources, mitigation
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Industrial engineering in environmental protection
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
LCA methodology in environmental analysis
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Methods of water and wastewater analysis
|
Laboratory classes:
30 |
2 | Assessment | W |
|
Methods to reduce CO2 emissions
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
|
Methods for refining solid fuels
|
Lecture:
30 Laboratory classes: 15 |
2 | Assessment | W |
|
Nanomaterials in industry and environment
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Naturally occuring radioactive materials (NORM)
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
materials
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Machining, storage, transport of bulk and bulk materials
|
Lecture:
15 Laboratory classes: 10 |
2 | Assessment | W |
|
Reduction of low emissions from the combustion of solid fuels
|
Lecture:
15 Project classes: 15 |
2 | Assessment | W |
|
Standard testing of porous materials
|
Lecture:
15 Laboratory classes: 20 |
2 | Assessment | W |
|
Radioactives technics in environmental protection
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Technologies of air protection in the automotive industry
|
Lecture:
30 Project classes: 15 |
2 | Assessment | W |
|
Destruction of pollutants in the water and soil environment
|
Lecture:
15 Laboratory classes: 25 |
2 | Assessment | W |
|
Contemporary environmental analytics
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Chosen low-tonnage technologies
|
Lecture:
15 Laboratory classes: 20 |
2 | Assessment | W |
|
The chemistry of cosmetics selected aspects
|
Laboratory classes:
20 Conversation seminar: 10 |
2 | Assessment | W |
|
Advanced catalytic materials in the automotive industry
|
Lecture:
30 Project classes: 15 |
2 | Assessment | W |
|
Advanced methods of wastewater treatment
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | W |
|
Emission management
|
Lecture:
15 Project classes: 15 |
2 | Assessment | W |
|
Specialist subject in a foreign language
|
Total number of contact hours:
30 |
3 | Assessment | W |
| Zasady wyboru: Student realizuje przedmiot specjalistyczny w języku obcym z oferty wydziału lub UBPO za 3 ECTS | ||||
|
Environmental and industrial analysis
|
Lecture:
15 Laboratory classes: 15 |
3 | Assessment | W |
|
Overview of coal conversion
|
Lecture:
15 Seminars: 15 |
3 | Assessment | W |
|
Physical chemistry of fuels
|
Lecture:
15 Laboratory classes: 15 |
3 | Assessment | W |
|
Solid fuels beneficiation
|
Lecture:
15 Seminars: 15 |
3 | Assessment | W |
|
Semester 2 F&E
|
Total number of contact hours:
30 |
25 | Assessment | W |
| Zasady wyboru: Wybór bloku zgodnie ze ścieżką dyplomowania wybraną na semestrze 1 | ||||
|
Block P1 - sem. 2
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku P1 oraz przedmiotów z bloku obieralnego P1-P2 za sumę 4 ECTS | ||||
|
Balancing processes
|
Project classes:
15 |
1 | Assessment | O |
|
Practical aspects of liquid fuel analysis
|
Lecture:
15 Laboratory classes: 15 Seminars: 15 |
3 | Assessment | O |
|
Exhaust gas and post-process gas treatment processes
|
Lecture:
15 Project classes: 30 |
4 | Exam | O |
|
Industrial catalytic processes
|
Lecture:
15 Laboratory classes: 30 |
3 | Exam | O |
|
Sustainable technologies for the production of biofuels for the needs of the fuel and energy market
|
Lecture:
15 Laboratory classes: 15 Seminars: 15 |
3 | Assessment | O |
|
Modern materials and methods of their characterization
|
Lecture:
15 Seminars: 30 |
3 | Assessment | O |
|
Wastewater Treatment Technologies
|
Lecture:
30 Laboratory classes: 30 |
5 | Exam | O |
|
Blok P2 - sem. 2
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku P2 oraz przedmiotów z bloku obieralnego P1-P2 za sumę 4 ECTS | ||||
|
MathCAD
|
Laboratory classes:
30 |
2 | Assessment | O |
|
Advanced carbon materials
|
Lecture:
15 Laboratory classes: 30 |
3 | Assessment | O |
|
Gas installations
|
Lecture:
15 Auditorium classes: 15 Project classes: 15 |
3 | Exam | O |
|
Gas networks
|
Lecture:
15 Auditorium classes: 30 Laboratory classes: 15 |
5 | Exam | O |
|
Domestic gas appliances and their functioning
|
Lecture:
15 Project classes: 15 |
2 | Assessment | O |
|
Modeling and calculation of solid and gas fuels processing
|
Lecture:
30 Auditorium classes: 30 |
4 | Exam | O |
|
Optimization of computer-aided computing processes (ChemCAD)
|
Laboratory classes:
30 |
2 | Assessment | O |
|
Block S1 - sem. 2
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku S1 oraz przedmiotów z bloku obieralnego S1-S2 za sumę 4 ECTS | ||||
|
Radiochemical analysis
|
Lecture:
15 Auditorium classes: 15 Laboratory classes: 15 |
4 | Exam | O |
|
Techniques combined in environmental analysis
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Selected methods of industrial analysis
|
Lecture:
15 Laboratory classes: 30 |
4 | Assessment | O |
|
Advanced wastewater analysis methods
|
Laboratory classes:
15 |
1 | Assessment | O |
|
Emissions from combustion processes
|
Lecture:
15 Laboratory classes: 15 |
4 | Assessment | O |
|
New identified environmental pollution
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Environmental Toxicology
|
Lecture:
30 Laboratory classes: 15 |
4 | Assessment | O |
|
Block S2 - sem. 2
|
Total number of contact hours:
0 |
- | Assessment | W |
| Zasady wyboru: Realizacja wszystkich przedmiotów z bloku S2 oraz przedmiotów z bloku obieralnego S1-S2 za sumę 4 ECTS | ||||
|
Legal basis for waste management
|
Lecture:
15 Seminars: 15 |
2 | Assessment | O |
|
Processes of cleaning industrial gases
|
Lecture:
15 Auditorium classes: 15 |
3 | Assessment | O |
|
Designing landfills
|
Project classes:
15 Conversation seminar: 15 |
3 | Assessment | O |
|
BAT techniques in environmental protection
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | O |
|
Technology for the preparation of adsorptive materials
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Waste management from the energy sector
|
Lecture:
15 Laboratory classes: 15 |
2 | Assessment | O |
|
Chemical methods of waste utilization
|
Lecture:
15 Seminars: 30 |
4 | Assessment | O |
|
The economy of closed circuit in the energy sector
|
Lecture:
15 Seminars: 15 |
3 | Assessment | O |
|
Foreign language (FL2)
|
Total number of contact hours:
30 |
2 | Assessment | W |
| Zasady wyboru: Wybór jednego przedmiotu z grupy | ||||
|
English B2 + - a compulsory specialist language course at second-cycle studies for students of the Faculty of Energy and Fuels
|
Foreign language classes:
30 |
2 | Exam | O |
|
French B2+ course - compulsory course for students of SECOND-CYCLE STUDIES
|
Foreign language classes:
30 |
2 | Exam | O |
|
Spanish B2 + - a compulsory specialist language course in second-cycle studies for students of the Faculty of Energy and Fuels
|
Foreign language classes:
30 |
2 | Exam | O |
|
German B2 + - a compulsory specialist language course in second-cycle studies for students of the Faculty of Energy and Fuels
|
Foreign language classes:
30 |
2 | Exam | O |
|
Russian B2+ course - compulsory course for students of SECOND-CYCLE STUDIES
|
Foreign language classes:
30 |
2 | Exam | O |
| Sum | 150 | 30 | ||
Summer semester, 2023/2024
| Subject | Number of hours | ECTS points | Form of verification | |
|---|---|---|---|---|
|
Diploma Thesis
|
Diploma Thesis:
0 |
20 | Assessment | O |
|
Thesis-internship programme
|
Thesis-internship programme:
0 |
3 | Assessment | O |
|
Diploma Seminar
|
Seminars:
25 |
2 | Assessment | O |
|
HS Block sem. 3
|
Total number of contact hours:
45 |
5 | Assessment | O |
| Zasady wyboru: Realizacja przedmiotów z grupy HS na sumę 5 ECTS | ||||
|
Evaluation of innovative projects in the fuel and energy sector
|
Lecture:
15 Project classes: 15 |
2 | Assessment | W |
|
Basics of the commercialization of the results of scientific research
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Legal basis for the regulation of emissions in the European Union
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Legal basis for environmental protection and waste management
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Effective management and communication in the organization
|
Seminars:
15 |
1 | Assessment | W |
|
Data visualization and presentation of research results
|
Laboratory classes:
30 Seminars: 15 |
3 | Assessment | W |
|
Quality management in research and development laboratories
|
Lecture:
15 Seminars: 15 |
2 | Assessment | W |
|
Project Management
|
Project classes:
15 Conversation seminar: 15 |
2 | Assessment | W |
| Sum | 70 | 30 | ||