Startups · AI

Founding Mechanical Engineer (Robotic Systems)

General Astronautics · San Francisco, CA, US · On-site

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About General Astronautics

Robotics for Space R&D. Backed by Y Combinator.

About the role

General Astronautics is building autonomous dexterous robotic arms for microgravity environments. Our systems enable orbital science and manufacturing that isn't possible on Earth, and we're doing it without humans in the loop. We're looking for a Founding Mechanical Engineer to own the design and development of our robotic arm from concept through flight-ready hardware. This is a high-ownership , high-accountability role . You will be one of the first engineers at the company, and the hardware you build will fly.

What they're looking for

  • Bachelor's degree in Mechanical Engineering, Aerospace Engineering, or related discipline
  • 2+ years of experience designing, building, analyzing, and testing complex mechanical or electromechanical hardware
  • Proficiency in professional CAD software (NX, CATIA, Creo, SolidWorks, or equivalent)
  • Strong fundamentals in machine design, structural sizing, mechanism design, and electromechanical integration
  • Experience with hand calculations, tolerance analysis, and FEA
  • Proficiency with GD&T and engineering drawing standards (ASME Y14.5)
More about this role

General Astronautics is building autonomous dexterous robotic arms for microgravity environments. Our systems enable orbital science and manufacturing that isn't possible on Earth, and we're doing it without humans in the loop. We're looking for a Founding Mechanical Engineer to own the design and development of our robotic arm from concept through flight-ready hardware. This is a high-ownership , high-accountability role . You will be one of the first engineers at the company, and the hardware you build will fly.

  • Lead architecture, design, development, and test of a robotic arm for autonomous microgravity operations
  • Own hardware from concept through detailed design, prototyping, qualification, integration, and deployment
  • Design precision mechanisms, joints, end effectors, actuator interfaces, and electromechanical assemblies optimized for vacuum, vibration, thermal cycling, and microgravity
  • Perform trade studies across mass, stiffness, reach, payload, repeatability, thermal performance, manufacturability, reliability, and cost
  • Generate 3D CAD, 2D drawings, release packages, interface definitions, and technical documentation
  • Perform hand calculations, tolerance...

Read the full posting on General Astronautics's site ↗

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