Project Lead | Product Engineering and Prototyping

Automotive Research Platform – Wildau The advancement of the all-wheel-articulated tilting technology suspension in the context of autonomous driving.

• Conceptualized and designed a prototype vehicle
• Coordinated the procurement of vehicle components, including drive systems, data processing units, and sensor technology
• Managed the procurement process in alignment with public sector requirements
• Oversaw the assembly and commissioning of the vehicle, ensuring seamless integration of all components
• Developed and implemented a digital twin of the vehicle
• Designed and validated comprehensive driving scenarios
• Served as a key point of contact and facilitator for student collaboration

• Managing projects, incl. steering the international project team of up to 14 staff and planning the budget
• Preparing development requests
• Communicating and collaborating with external partners
• Creating and evaluating implementation concepts
• Reporting to the management
• Handling IT security
• Technology: V-model, QMS, Embedded Linux, Yocto, SoM i.MX8M

• Conceptualised and constructed several test benches for various, partly autonomous, parking functions
• Coordinated orders of various contacts and their requirements for the individual parking functions
• Programmed various communication interfaces
• Communicated and collaborated with project participants
• Carried out various project tasks, incl. planning the project budget

• Created a REST communication interface
• Developed and revised hardware and software components for a RAMAN-LIBS analysis system

• Programmed automated tests for an existing CMS system