Senior Functional Safety Expert

Experienced Functional Safety professional with more than six years of expertise in ISO 26262 for system and software development across ADAS, zonal controllers, and power electronics. Strong background in HARA, FMEDA, FTA, fault chain analysis, and the development of functional and technical safety concepts. Skilled in defining safety‑relevant software architectures for complex automotive SoCs, including embedded software, safety mechanisms, and safety V&V. Proficient with leading safety tools such as Ansys Medini, APIS, DOORS, Polarion, and MBSE frameworks. Brings strong cross-functional collaboration skills, audit readiness, and solid knowledge in cybersecurity according to ISO 21434.

• Derived safety goals and developed technical safety concepts for safety‑critical zonal controller systems (ASIL C), including traceability, change management, and internal safety assessments. • Executed HARA, FTA, and FMEDA for power electronics systems (ASIL B–D), including quantitative SPFM, LFM, and PMHF evaluation and development of safety‑oriented hardware and software architectures. • Analyzed and enhanced system, hardware, and software architectures for ADAS vision systems (ASIL D), integrating both functional safety and cybersecurity requirements. • Performed software FMEA for safety‑critical ADAS functions and incorporated cybersecurity risks into safety analyses. • Developed a microcontroller‑based test system with sensor integration, including validation, diagnostics, and RAMT‑based reliability assessment.