What will your job look like? Develop a deep understanding of the system architecture and its implementation across all platform features and domains. Define, own, and drive feature-level and platform-level validation strategies, leveraging positive, negative, boundary, fault-injection, robustness, integration, and architectural validation methodologies to ensure comprehensive system verification and risk mitigation. Derive and define platform-level validation requirements, methodologies, coverage models, validation criteria, and acceptance criteria that complement and extend existing system requirements. Identify validation gaps, testability challenges, architectural weaknesses, and technical risks early in the development lifecycle. Review platform architecture and design decisions, providing validation-driven feedback to improve quality, reliability, robustness, and testability. Influence architectural decisions through validation findings, root-cause investigations, technical analysis, and data-driven recommendations. Lead root-cause analysis of complex system-level issues and drive resolution across multidisciplinary engineering teams. Serve as the technical focal point for validation-related architectural discussions, methodologies, and best practices. Collaborate closely with system architects, developers, and validation engineers to ensure validation considerations are integrated throughout the product development lifecycle. Drive continuous improvement of validation methodologies, tools, processes, and coverage across the platform. All you need is: 5+ years of experience as a System Architect, Systems Engineer, or similar technical leadership role in a multidisciplinary environment. At least 5 years of hands-on experience leading system-level validation activities, defining validation methodologies, validation strategies, coverage models, and verification approaches for complex products. Proven experience in investigating complex system-level issues, performing root cause analysis, and driving resolution across multiple engineering domains. Experience working closely with system architects and influencing design decisions through validation insights and technical recommendations. Strong systems thinking with the ability to understand complex interactions and the propagation of effects across an entire system. Proven ability to analyze complex architectures and identify risks, gaps, weaknesses, and opportunities for improved validation coverage. B.Sc. in Electrical Engineering, Systems Engineering, Computer Engineering, or a related technical field.
