Figure
Mechanical Engineer - Hands
About this role
Figure, an AI robotics company developing humanoid robots, seeks a Mechanical Design Engineer to lead the design and production of complex hand mechanical modules. The role involves owning components from concept through manufacturing, with emphasis on CAD design, testing, validation, and cross-functional collaboration in a fast-paced robotics environment.
What you'll do
- Design mechanical parts and assemblies in 3D CAD meeting structural, durability, and manufacturability requirements
- Create 2D drawings with GD&T per ASME Y14.5 standards and perform tolerance stack-ups
- Prototype, build, and test components to validate performance and reliability
- Lead testing and validation efforts at component, module, and system levels
- Collaborate with electrical and systems integration teams on electromechanical designs
- Partner with manufacturers and quality teams to drive designs through production and support FA/CA for complex issues
What they're looking for
- 3D CAD design (expert level)
- GD&T and ASME Y14.5 standards
- Engineering analysis and simulation (FEA, MATLAB)
- Statistical analysis (Cp/Cpk, DOE, variance studies)
- Electromechanical integration and sensors
- Hardware scaling and contract manufacturing
- Failure analysis and corrective action
- Cross-functional project management
Benefits
- Competitive base salary range $120,000-$250,000 annually
- Additional compensation components based on role
- 5 days/week in-office collaboration in San Jose, CA
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Figure
Figure develops advanced humanoid robots powered by AI technology. The company is hiring engineers across mechanical design, firmware development, manufacturing, quality assurance, and security to build and refine its autonomous robotic systems.
View all jobs at FigureLikely interview questions
- Walk us through a complex mechanical module you designed end-to-end—from requirements through production. What were the biggest design challenges and how did you validate performance?
- Describe your experience with tolerance stack-ups and GD&T. How have you ensured design intent was met during manufacturing and caught issues early?