Office hours any time by previous appointment
My research interests lie in the development and application of quantitative methods for analyzing and designing sustainable products and systems. I am particularly interested in technologies and technological advancements in mobility (e.g., batteries, fuel cells, and alternative energy carriers), as well as applications in sustainable production and logistics processes.
Methodologically, I use and develop models and approaches of Life Cycle Sustainability Assessment, Techno-Economic Assessment, System Dynamics, as well as Linear and Multi-Criteria Optimization. A particular focus of my work is on capturing dynamic temporal developments.
The aim of my research is to provide robust decision support that enables decision-makers to align technologies, production structures, and value chains in a sustainable and resilient way, thereby enabling viable long-term transformation pathways.
| Semester | Subject |
|---|---|
| since WS 24/25 | Seminar: "Sustainability in Management and Engineering" |
| since SS 24 | Adjunct lecturer of "Sustainability in Production and Logistics" |
| WS 21/22 - WS 23/24 | Seminar: "Software Tools: Sustainability Assessment" |
| SS 21 | Seminar: "Quantitative sustainability assessment of batteries in the context of electromobility" |
| WS 20/21 | Seminar: "Operations Research approaches in the evaluation and implementation of mobility strategies within the mobility transition" |
| SS 20 | Seminar: "Quantitative sustainability assessment of batteries with openLCA" |
| SS 19 | Seminar: "Multi-criteria decision support in location planning and development" |
| SS 19 - SS 21 | Support of lecture "Sustainability in Production and Logistics" |
| WS/SS | Mentoring students in the context of scientific theses |
An overview of my currently offered student thesis topics, as well as those of our chair, can be found here. If you have your own ideas for a thesis beyond these topics, I would be happy to discuss them with you.