Electro-Mechanical Engineer

Physical AI/Robotics at the Edge | High Ownership & Product Influence

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This role is for the SI engineer that wants to work on the next generation of industrial automation not legacy. We are building the largest industrial robotic workforce on Earth to revitalize American manufacturing in the dirty, dull and dangerous tasks.

We are a small team with deep roots in manufacturing, industrial automation and physical AI, and we are tackling one of the most formidable engineering challenges of our time: deploying and orchestrating fleets of intelligent industrial robots at the edge. To do this, we are unleashing the full power of NVIDIA's most advanced compute, SOTA ML models in harsh environments where 99.99% task completion isn't a goal—it's the starting point.

As an Electro-Mechanical Integration Engineer, you will be a core contributor bringing our designs to life—a true multidisciplinary "maker" who can rapidly prototype and test integrated hardware systems. This is a junior-to-mid-level role perfect for an engineer who thrives on taking concepts from CAD to working physical hardware, spanning electrical, mechanical, and software domains. You will be instrumental in the build, deployment, and testing of our physical AI systems.

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What You’ll Do

• Rapidly prototype, build, and integrate complex robotic and sensing hardware from conceptual design through to functional, production-ready systems.
• Design, fabricate, and assemble mechanical systems and components, utilizing tools like 3D printing, laser cutting, machining, and various shop equipment.
• Design and execute electrical integration, including wiring harnesses, power distribution, sensor/actuator integration, and basic PCB design/modification.
• Perform hands-on troubleshooting and root-cause analysis on system-level failures,
• Contribute to CAD modeling, drawings and documentation to ensure manufacturability and system repeatability.
• Develop and run validation and endurance tests for both new and existing hardware in rugged industrial environments.
• Work closely with Software and Robotics Engineers to integrate physical hardware with the software stack and production environments

Who You Are

• Bachelor's degree or equivalent experience in Mechanical, Electrical, Mechatronics Engineering, or a related technical field.
• 1-4 years of hands-on, practical experience in a role requiring multi-disciplinary engineering skills (e.g., prototyping, lab/shop experience, personal projects).
• Demonstrated experience via a project portfolio in designing, building, and deploying physical systems, showcasing breadth across mechanical and electrical domains.
• Experience with various manufacturing processes and tools (3D printing, laser cutting, CNC, etc.)
• Proficiency in CAD software (Fusion 360 preferred) and creating technical drawings/schematics.
• Strong practical skills in electrical assembly, soldering, crimping, and wiring.
• Familiarity with microcontrollers (e.g., Arduino, Raspberry Pi) and basic scripting/programming for hardware control (e.g., Python, C/C++).
• A natural, tenacious problem-solver who excels at debugging complex electro-mechanical systems on the factory floor.
• You are an excellent communicator who can build trust with operators and engineers alike.
• Eagerness to learn new skills across hardware and software platforms.
  
  

Why Join Us

• Be the critical link translating digital designs into reliable, functional physical AI systems.
• High ownership and autonomy where your contributions directly influence our system architecture and product direction.
• Work alongside a small, high-caliber team of experts in robotics, perception, planning, and systems engineering.
• The opportunity to work on cutting-edge problems with direct real-world impact.
• Join a rapidly growing company with huge future scope.

Benefits

• Competitive compensation including salary and equity in a seed-stage venture-backed startup
• Comprehensive health insurance
  

Your work will not be theoretical; it will be in the steel and wires that command machines on the factory floor. We're solving brutally hard problems to help American manufacturers win. If you have the grit to ship real-world AI, don't let a checklist stop you from applying.

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