I am an energy system modeller at the Institute for Energy Networks and Energy Storage (FENES) at the University of Applied Sciences Regensburg (OTH Regensburg).
I studied Computer Science at the University of Applied Sciences Regensburg (OTH Regensburg) and received my Bachelor’s degree in 2021 and my Master’s degree in 2023.
My work focuses on the decarbonization of energy systems through sector coupling and green hydrogen production. I mainly do this via renewable electricity system modelling using the open source energy system model PyPSA-Earth. Also i am co-developing on open-source software:
- PyPSA-Earth is a flexible python-based open optimisation model to study energy system futures around the World
- PyPSA-Earth-Sec is the sector-coupling extension of PyPSA-Earth
- Open energy system modelling
- Sector coupling
- Data visualization
- Knowledge transfer
- Green hydrogen
M.Sc. in Computer Science, 2023
Ostbayerische Technische Hochschule Regensburg
B.Sc. in Computer Science, 2021
Ostbayerische Technische Hochschule Regensburg
Teaching
Courses, seminars, and supervision
| Class | Institution | Term |
|---|---|---|
| Energy system modeling | OTH Regensburg | WiSe25/26 |
| Energy system modeling | OTH Regensburg | SoSe25 |
| Energy system modeling | OTH Regensburg | WiSe24/25 |
| Energy system modeling | OTH Regensburg | SoSe24 |
Open Thesis Projects
- Master/Bachelor: Modeling the “Green Corridor Egypt” – Optimal design of energy and hydrogen infrastructure in Egypt
- Master/Bachelor: Decarbonization of urea production – Potential of green hydrogen in the fertilizer industry
- Master/Bachelor: Integration of hydropower in PyPSA-Earth – a case study for Ethiopia
- Master/Bachelor: Modeling Capillary Electrolysis in PyPSA-Earth: Can Green Hydrogen Compete with Grey?
- Master/Bachelor: Brine Osmosis in Desalination: Can Innovative Approaches Reduce Energy Consumption?
- Master/Bachelor: Integration of biomass potential and carbondioxid sources in PyPSA-Earth – a case study on the spatial assessment of sustainable bioenergy
- Master/Bachelor: Developing an Interactive Streamlit App for Automated Energy Cost Assessment Across Sectors
- Master/Bachelor: From (technology) Data to Deck: Automated Generation of Energy Technology Quartet Cards
- Master/Bachelor: Energy system modeling and decarbonization of an agricultural business – paths to climate-neutral agriculture of the future
- Master/Bachelor: Advancing Campus Sustainability: An Analysis of the OTH Climate Protection Strategy
Ongoing Thesis Projects
- Bachelor: Off-grid integration in PyPSA-Earth – a case study for decentralized energy systems
- Bachelor: Expansion of geothermal potential in PyPSA-Earth – a case study using Japan as an example
- Bachelor: Global analysis of electricity generation costs and synergies and conflicts between Bitcoin mining and hydrogen production
Past Thesis Projects
- Master: Green Hydrogen on the African Continent – Financial demand of large-scale projects, OTH, 2025
- Master: Scaling up PV Production for domestic use, OTH, 2025
- Bachelor: Charting the Path: Assessing the Potential Opportunities and Pitfalls of Green Hydrogen Production and Export in Africa - An Energy Justice Assessment of the Hyphen Hydrogen Energy Project in Namibia, OTH, 2024
- Bachelor: The Impact of Green Hydrogen on Employment in South Africa’s Path to a Just Transition. A case study on the South African Hydrogen Valley, OTH, 2024
- Bachelor: Sustainable Steel Production in the Desert: Economic and Technical Assessment of a Hydrogen-Powered Plant in Mauritania, OTH, 2024
Talks
Recent & Upcoming Talks - Speaking inquiries: [email protected]
