
Results-driven Embedded Systems Architect and Leader with 11+ years of deep expertise in automotive embedded software, AUTOSAR platforms, firmware / driver development and hybrid/electric vehicle (HEV/EV) systems. I specialize in bridging cutting-edge technology with real-world engineering constraints to deliver safe, secure, and scalable embedded solutions for the next generation of intelligent vehicles and edge devices.
My career has been anchored in high-integrity automotive domains, where I’ve architected and led the development of mission-critical software stacks compliant with ISO 26262 (Functional Safety), AUTOSAR Classic , Cybersecurity standards (EVITA, ISO/SAE 21434), and ASPICE Level 2/3 processes. I bring hands-on mastery of low-level firmware, MCU ecosystems (Infineon AURIX™, ARM Cortex-M/R/A), RTOS, BSP development, and hardware-software co-design—paired with a strategic mindset for product vision and cross-functional leadership.
I’ve successfully led global engineering teams across Europe, North America, and Asia, driving architecture-level decisions, customer technical engagements, requirement analysis, and end-to-end delivery of complex ECU software—from concept and design to validation and production ramp-up. Beyond code, I’m passionate about mentoring engineers, fostering engineering excellence, and translating ambiguous customer needs into robust, future-proof technical roadmaps.
I can merge my deep embedded systems expertise with product strategy to shape innovative solutions at the intersection of:
Whether you're building a safety-critical ECU, defining a next-gen AUTOSAR-based platform, hardening your system for cyber-resilience, or exploring AI at the edge, I bring the technical depth, compliance rigor, and leadership experience to accelerate your vision—on time, on spec, and with zero compromise on quality.