I focus on embedded systems where safety, reliability, and engineering discipline must stand up to real-world operating risk.
I approach every engagement as an architecture problem. My role is not to write code or design circuits in isolation — it is to ensure that the system-level decisions are sound, that interfaces are clearly defined, and that the engineering team has a reliable path from concept to verified product. I believe that the most expensive defects originate in architecture, not implementation.
Over 20 years of engineering experience spanning embedded hardware, firmware, and system integration. My work has included medical device electronics, high-voltage actuation systems, biosignal acquisition platforms, and safety-critical industrial systems. I have contributed across the full product lifecycle from early-stage prototyping through to production deployment and field support.
I think in terms of interfaces, failure boundaries, and risk propagation. Embedded systems rarely fail in a single domain — failures cascade across hardware, firmware, and system-level assumptions. My advisory work focuses on identifying these cross-domain risks early, before they become expensive to resolve. This perspective comes from years of debugging real system failures in the field.
I work best with engineering teams that already have strong implementation skills but need independent architectural perspective. Whether it is a startup preparing for regulatory submission, a research team transitioning to production, or an established company auditing a critical subsystem — I provide the structured analysis and technical clarity needed to make confident decisions.