AR
$191,000 – $248,000
Listed on Agility Robotics’s own careers site. You apply with them directly — we never stand between you and the employer.
What this role is
This staff-level systems engineering role leads the design and safety architecture of humanoid robots deployed in industrial settings, balancing rigorous functional safety standards with rapid development cycles. It's suited for an experienced technical leader with deep expertise in safety-critical systems who can navigate complex trade-offs and drive integration across mechanical, electrical, and software domains.
Our summary, not Agility Robotics’s wording. The full posting is on their site.
Skills this role names
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What they ask for
Required
- 8+ years of systems engineering in safety-critical domains (robotics, aerospace, automotive, medical devices, or similar)
- 3+ years on functional safety projects using standards like ISO 13849, IEC 61508, ISO 26262, IEC 62061, or equivalent
- Demonstrated experience leading system-level integration, architecture, and requirement management
- Experience in fast-paced, high-growth environments requiring self-direction and bias for action
- Understanding of safety lifecycle processes, hazard analysis methods, and safety architecture principles
- Expert-level skills in authoring safety requirements and managing traceability
- Strong familiarity with V-model approach adapted for rapid development
- Proficiency with safety analysis tools and requirements management platforms
- Ability to collaborate with test engineering on safety verification and validation
- Current authorization to work in the United States
Nice to have
- Advanced degree (MS/PhD) in Systems Engineering, Electrical Engineering, Mechanical Engineering, or related field
- Experience with collaborative or mobile robotics in industrial environments
- Background in AI/ML safety considerations for autonomous systems
- Experience mentoring junior engineers in safety-critical system development
- Knowledge of regulatory compliance processes for robotics in manufacturing