Automotive Software and Systems Architect

Experienced Automotive Software and Systems Architect with over 13 years of expertise in E-Powertrain and high-voltage systems. He holds advanced certifications in Functional Safety and Cybersecurity and specializes in translating complex OEM requirements into robust system architectures. His core focus lies in ensuring compliance with international standards such as ISO 26262 and ISO/SAE 21434 throughout the entire V-Model lifecycle. With hands-on experience in On-Board Chargers, Battery Management Systems, and ADAS ECUs, he covers a broad technological spectrum. He effectively combines methodical requirements engineering with practical validation skills in highly regulated automotive environments.

Led the system and software architecture development for the electrification of mechanical power take-offs while strictly adhering to HV safety regulations and cybersecurity standards. Developed system concepts for On-Board Charger systems including the definition of state-of-charge logic and the implementation of AUTOSAR basic software modules. Technical lead for the development of C++ based control logic for ADAS ECUs such as reverse parking aids and front camera modules including image processing and CAN integration. Designed a modular airbag ECU architecture with multi-layered safety mechanisms and performed comprehensive safety analyses such as FMEA and FTA according to ISO 26262. Extensive experience in embedded software development for industrial automation systems including low-level programming and performance optimization.