About Devol Robots
At Devol, we are redefining how robots learn and interact with the physical world. Instead of relying on rigid, pre-programmed routines, we are pioneering a new paradigm: physics-based embodied AI that enables robots to truly understand and adapt to force, contact, and physical interaction.
Our proprietary physics-based embodied AI model has already reached proof-of-concept, and we are now on track to integrate and deploy it with our customers across international markets, including Singapore, China, and the United States. You'll work alongside our CTO and a team of AI and robotics expertsbuilders at the intersection of hardware, software, and artificial intelligenceas we refine, scale, and release production-ready platforms. This is a rare opportunity to define how robots learn physical interaction for the next decade, and to contribute meaningfully to the rollout of a technology set to transform industries worldwide.
Your Role
We are seeking aSenior Hardware Engineer (Mechanical)who is passionate about pushing the boundaries of robotic design. You will be a key member of our engineering team, driving the mechanical architecture of force-sensitive robotic arms and mobile platforms that integrate tightly with our proprietary AI stack.
Key Responsibilities
- Responsible for the mechanical design and development of next-generation robotic systems, from concept to production.
- Design actuators, linkages, and sensors optimized for force control and manipulation.
- Collaborate with AI and firmware teams to ensure seamless integration between mechanical systems and intelligence.
- Perform FEA, tolerance analysis, and material selection to ensure durability, precision, and manufacturability.
- Prototype, test, and iterate on designs quickly in an agile hardware development cycle.
- Oversee DFM/assembly documentation, supplier liaison, and pilot builds.
What You Bring
- Bachelor's or Master's in Mechanical Engineering or equivalent.
- 5+ years of experience in robotic or electromechanical product development.
- Expertise in CAD (SolidWorks, Inventor, or equivalent), FEA tools, and rapid prototyping.
- Strong understanding of actuation systems (harmonic drives, cycloid reducers, torque sensors, etc.)
- Experience with compliant mechanisms, lightweight structures, and robotic kinematics is a plus.
- Creative, hands-on, and eager to iterate and test in the real world.
- A passion for shaping the future of robotics.
Why Join Us
- Be part of amission-driven teamredefining the frontier of robotic manipulation.
- Work oncutting-edge technologyin a full-stack robotics environmentfrom AI to electromechanics.
- Collaborate with some of the brightest minds in robotics and AI.
- Competitive compensation and equity opportunities.
- A culture of learning, experimentation, and deep ownership.
Key Responsibilities
- Responsible for the mechanical design and development of next-generation robotic systems, from concept to production.
- Design actuators, linkages, and compliant mechanisms optimized for force control and manipulation.
- Collaborate with AI and firmware teams to ensure seamless integration between mechanical systems and intelligence.
- Perform FEA, tolerance analysis, and material selection to ensure durability, precision, and manufacturability.
- Prototype, test, and iterate on designs quickly in an agile hardware development cycle.
- Oversee DFM/assembly documentation, supplier liaison, and pilot builds.
What You Bring
- Bachelor's or Master's in Mechanical Engineering or equivalent.
- 5+ years of experience in robotic or electromechanical product development.
- Expertise in CAD (SolidWorks, Inventor, or equivalent), FEA tools, and rapid prototyping.
- Strong understanding of actuation systems (harmonic drives, cycloid reducers, torque sensors, etc.)
- Experience with compliant mechanisms, lightweight structures, and robotic kinematics is a plus.
- Creative, hands-on, and eager to iterate and test in the real world.
- A passion for shaping the future of robotics.
Why Join Us
- Be part of amission-driven teamredefining the frontier of robotic manipulation.
- Work oncutting-edge technologyin a full-stack robotics environmentfrom AI to electromechanics.
- Collaborate with some of the brightest minds in robotics and AI.
- Competitive compensation and equity opportunities.
- A culture of learning, experimentation, and deep ownership.
