SYLLABUS 2ND YEAR OF STUDY
Taught Courses (CORE CURRICULUM – lectures and seminars)
(about 300 hours per year)
- English
- Spanish, German or French for non-native speakers
- Business economics
- Organic analysis
- Inorganic analysis
- Organic chemistry
- Transfer – Material and energy balances
- Fundamental solid-state chemistry
- Crystallography
- Formulation
- Safety for chemical engineers
- Statistical physics
- Chemical bonds and spectroscopy
- Polymer chemistry
- Unit operations 1
- Unit operations 2
- Chemical reactors
Practical (CORE CURRICULUM)
- Instrumental chemical analysis of minerals
- Organic chemistry
- Process engineering and safety
- Polymer chemistry
- Computing and instrumentation
Specialisation
Students have to select one specialisation out of three possibilities: organic chemistry / materials / engineering sciences
Specialisation organic chemistry
- Organometallic chemistry
- Specialised aromaticity
- Specialised organic chemistry
- Structural biochemistry
- Specialised asymmetric synthesis
- Practical work
Specialisation materials
- Advanced crystallography – X-ray diffraction on monocrystals
- Solid-state chemistry
- Transitional elements
- Materials
- Practical work
Specialisation engineering sciences
- Industrial analytical chemistry
- Fluid mechanics
- Specialised reactors
- Systems dynamics
- Practical work
Training engineers
Career plan follow-up, personal projects – working in team to manage a project, carrying out projects in collaboration with university laboratories or companies on a voluntary basis.
More details in complete syllabus in French.