- Work on future storage systems for fuels of all kinds and the integration of powertrains and storage systems- Design components of a wide range of hybrid and all-electric powertrains, storage systems for hydrogen, e-fuels and batteries with CATIA - for motorcycles, passenger cars as well as commercial vehicles and off-highway applications

- Manage a team of 20 engineering students in researching, designing, and constructing the mechanical components of a hydrogen fuel cell vehicle for a fuel-efficiency competition (Shell Eco-marathon)- Design major vehicle components, adhering to competition constraints, optimizing for efficiency, safety and manufacturability- Use SolidWorks to design chassis, car body, suspension system and mechanical fuel cell components- Track project process by reviewing technical documentation and leading weekly team meetings- Raised a total of 60,000€ as both in kind and monetary donations from sponsors

- Support SMEs in digitalization and networking of their supply chain, including household appliances and plumbing equipment, production and processes, and development of new business fields in Industry 4.0- Supported research and provided recommendations on creating an innovative automated system for determining the perceived quality of surfaces of products

- Delivered a supply chain streamlining project for an industrial company based on the complete Six Sigma cycle- Methodically identified and eliminated the causes of supply and efficiency problems and increased process quality in the company- Achieved a time saving of 75% in the returnable packaging process and additional advantages in the logistics costs due to shorter delivery and response times- Increased transparency between the different departments of the company and between the company and contractors

- Won a university level competition by designing a safety strategy that enables future use of autonomous vehicles for a street with a senior home and a school.- Became acquainted with the concept of design thinking and implemented a simple project management framework into our team.- Currently working to complete the project within a six month timeframe with a grant of €10,000.

- Designed and developed parts for laser cutting using SolidWorks,- Produced and assembled parts for companies in the apparatus and plant engineering industry, automotive industry, electrical engineering industry, machine building industry and small to midsize businesses

- Project Thesis- Researched and documented a Concept Development of a Milling Unit for an Industrial Robot to Process Foam with two other students following VDI standards,- Designed milling unit with Inventor

- Improved the Kobold VG100 Window Cleaner of VORWERK with four other students following VDI standards- Designed modified part with Inventor

- Learned about chipping and forming manufacturing processes and thermal joining and separating processes on metal- Practiced processes like milling, bending, drilling, sawing, turning, soldering and welding