Since 2005 I study systemstechnics and technical cybernetics at the
Otto-von-Guericke University of Magdeburg. During my time at the university
I'm attending different courses and worked on some projects.
Projects
semester 7
- Optimal control with René Kelling and Alex Zinser
[PDF]
- Project steamcracker with René Kelling and Tobias Gey
[PDF]
Courses
basics
| course | semester |
professor | |
| physics | 1/2 |
Dr.Streitenberger | [Link] |
| technical mechanics | 1/2 |
Dr.Gröbel | [Link] |
| maths for electrical engineers | 1-3 |
Dr.Rummler | [Link] |
| computer science for engineers | 1/2 |
Prof. Paul | [Link] |
| general and inorganic chemistry | 3 |
Prof. Edelmann | [Link] |
| phsical chemistry | 4 |
Prof. Weiß | [Link] |
| electrical engineering/electronics | 3/4 |
Prof. Palis | [Link] |
| numerics for engineers | 4 |
Prof. Deckelnick | [Link] |
| micro processors | 3 |
Prof. Michaelis | [Link] |
| measuring technics | 3/4 |
Prof. Hauptmann | [Link] |
systems and control theory
| course | semester |
professor | |
| introduction to systems theory | 2 |
Prof. Raisch(now TU Berlin) | [Link] |
| process dynamics I | 3 |
Dr.Voigt | [Link] |
| process dynamics II | 4 |
Prof. Kienle | [Link] |
| systems with distributed parameters | 4 |
Prof. Flockerzi | [Link] |
| control theory | 5 |
Prof. Findeisen | [Link] |
| systems theory | 5 |
Dr. Mangold | [Link] |
| state estimation | 6 |
Dr. Mangold | [Link] |
| nonlinear control | 6 |
Prof Findeisen | [Link] |
| process optimization | 6 |
Dr.Heidebrecht | [Link] |
| experimental process analysis | 6 |
Prof.Kienle | [Link] |
| nonlinear systems | 7 |
Prof.Flockerzi | [Link] |
| optimal control | 7 |
Prof.Findeisen | [Link] |
| model reduction | 8 |
Prof.Flockerzi | [Link] |
| numeric in chemical engineering | 8 |
Prof.Seidel-Morgenstern | [Link] |
| continious simulation | 5 |
Dr.Hohmann | [Link] |
engineering
| course | semester |
professor | |
| basics of mechanical and thermal engineering | 5 |
Prof. Tsotsas/Prof.Tomas | [Link] |
| current dynamics I | 3 |
Prof. Thevenin | [Link] |
| current dynamics II | 6 |
Prof. Thevenin | [Link] |
| technical thermodynamics | 6 |
Prof. Schmidt | [Link] |
| systems engineering | 5 |
Prof.Sundmacher | [Link] |
| chemical reaction engineering | 6 |
Prof.Seidel-Morgenstern | [Link] |
| biotechnology | 6 |
Prof.Reichl | [Link] |
| chemical processes | 7 |
Prof.Seidel-Morgenstern/Dr.Lorenz | [Link] |
| fuel cells | 5 |
Dr.Hanke-Rauschenbach | [Link] |
| CFD | 5 |
Dr.Janiga | [Link] |
| plant design | 6 |
Prof.Hauptmanns | [Link] |
| introduction to Medical Imaging | 5 |
Prof.Rose | [Link] |
| mathematical modelling of physiological systems | 5 |
Prof. Kienle | [Link] |
| process simulation(ASPEN) | 6 |
Dr.Freund | [Link] |
| molecular modelling | 6 |
Dr.Voigt | [Link] |
| modelling of biological processes | 7 |
Prof.Reichl | [Link] |
| unit opperations | 7 |
Prof.Mörl | [Link] |
| nuclear reactors | 7 |
Prof.Hauptmanns | [Link] |
| introduction to modelling with population balances | 7 |
Jun.-Prof. Peglow | [Link] |
| adsorbation and heterogenous catalysation | 7 |
Dr.Kaspereit | [Link] |
| dispers systems in engineering | 8 |
Dr.Voigt | [Link] |
| industrial chromatography | 8 |
Dr.Kaspereit | [Link] |