Projects and final theses
We offer students a wide range of opportunities to carry out their own projects and theses in current research and development areas. Our topics combine theoretical approaches with practical applications – from cyber-biological systems to interconnected energy systems.
Depending on the study phase, different formats are available, such as programming projects (2nd semester of the Bachelor's program), Bachelor project work, Bachelor theses, or Master theses.
Further information on the individual formats can be found in our Moodle course. An overview of the currently available topics is provided below.
Open topics
- “Instrument interface for low-voltage lab (LoLa) inverter testbed”, Bachelor thesis.
- “HiL test of distributed MPC scheme for interconnected microgrids”, Master thesis.
- “Augmented Neural Ordinary Differential Equations for Input-Output System Identification”, Master thesis.
- “Learning Governing Equations of Power Systems using Deep Symbolic Regression”, Master thesis.
New topics are added on a regular basis.
Ongoing
- Christoph Schrom, “Modellprädiktive Regelung zur Bewässerung von Hochbeeten”, Bachelor thesis.
- Jan Magnus Wiederhold, “HiL test of distributed MPC scheme for interconnected microgrids”, Bachelor project work.
- Rishi Pagadala, “Operation control of microgrids with integrated heat pumps”, Master thesis.
- Tjark Seeger, “Model predictive operation control of sector-coupled microgrids”, Master thesis.
- Vlado Subotic, “A simulation framework for future power systems”, Bachelor thesis.
Completed
- Andre Krouhs, “Entwicklung einer Schätzmethode zur Beobachtung hydraulischer Zustandsgrößen in einem nichtlinearen thermohydraulischen System bei unbekannten Störeinflüssen”, Master thesis, 2025.
- Christoph Schrom, “Urban-gardening im Digitalzeitalter: Projekt Wetterstation”, Bachelor project work, 2025.
- Laksh Patel, “Measurement uncertainty and piece-to-piece variation of sensors for refrigerant circuits”, Master thesis, 2025.