5+ years of experience in systems engineering for semiconductor, robotics, or compute systems.
Proficient in requirements flowdown, system modeling, and conducting trade studies.
Experience with cross-functional collaboration involving hardware, software, and controls.
Skilled in building and maintaining system architecture documentation and traceability.
Responsibilities
Define, model, and integrate complex electromechanical and computational systems.
Develop system requirements and interface definitions for seamless integration.
Create validation plans to ensure efficient cross-domain behavior between hardware, firmware, and AI-driven pipelines.
Own the system-level architecture throughout the project from concept to production.
Benefits
Collaborative environment with a diverse and experienced team.
Access to cutting-edge technology and innovative projects.
Opportunities for professional development and growth within a leading-edge company.
Full Job Description
About this Role You will define, model, and integrate complex electromechanical and computational systems that span from simulation to silicon. You'll develop system requirements, interface definitions, and validation plans to ensure seamless cross-domain behavior between hardware, firmware, and AI-driven design pipelines. You'll own the system-level architecture - the thread that connects concept to production.
You might thrive if you have 5+ years of experience in
Systems engineering for semiconductor, robotics, or compute systems
Requirements flowdown, system modeling, and trade studies
Cross-functional collaboration between hardware, software, and controls
Building and maintaining system architecture documentation and traceability
