Core capability areas for safety-critical embedded products and platform decisions.
Requirements decomposition, interface boundary definition, fault containment strategies, and resilience-oriented system design. I focus on ensuring that architectural decisions support safety, testability, and long-term maintainability across hardware and firmware boundaries.
Firmware architecture for deterministic behavior, hardware-software interface design, and platform-level integration strategy. My experience spans mixed-signal systems, real-time control, and resource-constrained embedded environments.
Evidence planning, test architecture, failure-mode analysis, and defect-prevention practices aligned to system risk. I help teams build verification strategies that are proportional to risk and practical within their resource constraints.