Hardware Engineer

The future of defense will be decided by those who field intelligent machines at scale. At Scout, we're developing Fury - the first robotic foundation model for defense - to give U.S. forces overwhelming, adaptable, and autonomous power across every domain. Fury enables human operators to command fleets of robots through natural language, and empowers those machines to sense, decide, and act together as one. It's not just a leap in autonomy, it's a force multiplier built for real-world conflict. This mission will ask everything of us : urgency, precision, and relentless work.

The Role

We're looking for our first Hardware Engineer with a mechanical focus to take full ownership of the hardware development across Scout's robotic platforms. This is a foundational role : you'll design, build, and validate everything from vehicle testbeds and actuator subsystems to ruggedized compute enclosures and field-ready payload integrations. You won't be handed requirements, you'll help define them. This role means rapidly iterating on real-world systems, designing for environmental resilience, and solving gnarled problems. You'll work across disciplines and domains, collaborating tightly with our software engineers, mission operations team, and external partners to ensure our systems deliver dominance in the field.

We're a startup. You'll be moving fast, context-switching daily, and helping define the culture and process as we go. This is a rare opportunity to come in early and architect the hardware foundation for the AGI-powered future of defense.

Responsibilities

• Lead the design, build, and deployment of mechanical and electromechanical systems across ground and aerial platforms
• Architect test systems for actuators, sensors, and compute modules, including dynos, validation rigs, and instrumentation setups
• Own all mechanical roles related to testing : fixture design, hardware selection, wiring, environmental sealing, and system validation
• Integrate hardware with electrical and software systems in field-ready robotic platforms
• Collaborate closely with mission operations and software / autonomy teams to ensure real-world readiness and performance
• Troubleshoot hardware in the shop and in the field
• Develop scalable, rugged, and modular hardware architectures that can evolve across mission types and environments
• Author documentation for test plans, validation results, integration procedures, and hardware specs
• Contribute to a rapid, iterative development loop between R&D and mission deployment

Qualifications

Why Join Scout

Benefits