Course catalogue
Overview > Faculty of Mathematics, Informatics and Natural Sciences > Department of Physics > D2. For students of Nanoscience (MSc) > II. Advanced master's courses > Compulsory in chemistry
The current courses can be found in the course catalogue of the Department of Chemistry.
- Module CHE 016: Inorganic chemistry III (6 CP)
- Module CHE 017: Organic chemistry III (6 CP)
- Module CHE 020: Integrated synthesis-practice in organic and inorganic chemistry (12 CP)
- Module CHE 037: Elective practice nanochemistry (6 CP)
- Module CHE 112 B: Energy conversion - practical course (6 CP)
- Module CHE 112 A: Regenerative energy conversion (3 CP)
- Module CHE 114 A: Energy (3 CP)
- Module CHE 134: Quantum chemistry I (6 CP)
- Module CHE 135: Quantum chemistry II (6 CP)
- Module CHE 136: Molecular electronics and spintronics (3 CP)
- Module CHE 137 B: Soft (nano-)matter - internship (6 CP)
- Module CHE 137 A: Soft (nano-)matter (6 CP)
- Module CHE 138 A: Optical spectroscopy and microscopy of nanomaterials - lecture module (3 CP)
- Module CHE 138 B: Optical spectroscopy and microscopy of nanomaterials - internship module (6 CP)
- Module CHE 139: Nanoelectronics and sensor system (6 CP)
- Module CHE 143: Quantum chemistry III (3 CP)
- Module CHE 146: Introduction to membrane technology (3 CP)
- Module CHE 149: Hybrid materials (3 CP)
- Module CHE 152: Chemistry in confined spaces (3 CP)
- Module CHE 153: Molecules: Spectroscopy and dynamics (3 CP)
- Module CHE 414: Cellular biology (9 CP)
- Modules CHE 452 A/B/C: Latest methods in structure-function-analysis of biomolecules A/B/C (6, 9, 15 CP)
- Module CHE 455 A: RNA biochemistry A (6 CP)
- Module CHE 462: Molecular biophysics (3 CP)
- Module CHE 475 A: Membrane proteins (3 CP)
- Module CHE 475 B: Membrane proteins (with internship) (6 CP)
- Module CHE 498 A: Synthetic cellbiology - lecture and seminar (3 CP)