Université de Lorraine collaborates with our Faculty of Chemical Technology, where you will also be registered as a DD student. Here you can read the details related to the DD program.
- Length of study (ECTS Credits): 2 years = 4 semesters (120 ECTS credits)
- Period studied at UCT Prague: 3rd and 4th semester (60 ECTS credits)
Number of ECTS credits acquired when starting at UCT Prague: 240 ECTS credits (180 for bachelor programme + 60 for the 1st year of master double degree).
At UCT Prague:
- Chemie a chemická technologie (in Czech)
- Chemistry and Chemical Technologies (in English)
At UL-ENSIC:
- Process and Bioprocess Engineering ( in English)
- Génie des Procédés et des Bioprocédés (in French)
Contact persons at UCT Prague
- Guarantor of the DD program (organisation, study plan): prof. Dr. Ing. Karel Bouzek
Study Plan
You should complete your Learning Agreement based on this study plan. If you have any questions about the courses, please always consult the guarantor of the DD program at our university.
| Semester | Module offer (ECTS) | ECTS | Location |
| 1 |
- Polymer Chemistry (3) - Industrial Processes and Sustainable Development (7) - Transport Phenomena III (3) - Thermal separation processes (5) - Process Systems Engineering (5) - Management and Economics III (2) - Foreign Languages III (3) - Elective (1) - Industrialists' Conferences (1) |
60 |
UL-ENSIC |
| 2 |
- Management and Economics IV (2) - Foreign Languages IV (2) - Industrial Design Project (6) - Operator Internship (4) - Personal Project (3) - Elective (1) - Academic specialisation : A) or B) A) Academic Specialisation : Innovative Products - from Chemistry to Process : - Micro-and Nanostructured Products (4) - Introduction to Product Engineering (4) - From Molecules to Products (4) Or B) Academic Specialisation: Process Engineering for Energy and Environment: - Advanced Separation Processes and Multiphase Reactors (4) - Sustainable Processes (4) |
||
| 3 |
- Engineering Thermodynamics (5) - Process Design (5) - Inorganic Technology (5) - Laboratory Project II (8) - Surfaces of Solid Materials: Reactivity and Structure (5) |
≥30 |
UCT |
| 4 |
- Applied Reaction Kinetics (5) Diploma Thesis (30) |
≥30 |
UCT |