Georgios D.

• Managed system requirements for advanced real-time RISC-V microcontrollers, ensuring alignment with customer needs. • Collaborated with B2B customers on safety-critical applications, adhering to ISO 26262 and related standards. • Analyzed market trends in Chassis and ADAS, providing strategic insights to the VP of Automotive.

• Designed and implemented innovative control algorithms for independent-front-wheel-steering-systems (IFWSs). • Developed a feed-forward control algorithm to compensate for bump-steer effects during on-center steering. • Employed ASPICE practices to create embedded software architectures compliant with ISO 26262 and UNECE regulations. • Contributed to achieving superior safety standards through redundancy in hardware and software.

• Designed and instantiated two new Software User Modules (SUMs) for enhanced operator HMI functionality. • Conducted process simulation and executed FAT, DSAT, and SAT testing to ensure compliance with quality standards. • Updated functional and detailed design documents, adhering to J&J global design guidelines and good documentation practices. • Collaborated with Capgemini Engineering for outsourcing, ensuring project alignment with industry standards

Involved at the Motorist Project: ESR 2.2 An experimental approach into the quantification of steering and balance behaviour of bicyclists. Ph.D. Thesis: An experimental approach into the quantification of steering and balance behavior of bicyclists. • Design and built instrumented bicycles, including software and hardware components for advanced riding assist functionalities (ARAS) testing. • Design a control algorithm that describes adequately the rider’s control behavior captured during the experiments (physicsbased simulation). https://cordis.europa.eu/project/id/608092/reporting

• Conducted inspections and testing of M and L vehicle categories in compliance with ISO 9001:2008 standards. • Oversaw the implementation of new regulations and inspection procedures. • Trained interns to ensure adherence to quality standards and operational excellence.

• Operated the MLRS weapon system by inputting fire control and meteorological data for precise targeting. • Conducted preventive and routine maintenance on launchers, ensuring optimal functionality and readiness. • Managed ammunition handling, including testing, inspecting, and storing missiles and rockets safely.

Light Vehicle Inspection Technician