Mechanical Engineer Intern [Fall 2026]

About the role

Figure builds autonomous humanoid robots designed to operate with human level intelligence in both commercial and residential settings. This role offers a unique opportunity to contribute directly to the hardware development lifecycle of advanced robotics platforms. As an intern, you will own specific mechanical validation tasks that directly influence product performance and reliability. You will work alongside experienced engineers to translate high-level design requirements into tangible mechanical components. The position emphasizes hands-on creation and rigorous testing to ensure designs meet stringent operational standards. You will be responsible for maintaining detailed records of your design iterations and test results for future reference. This experience places you at the center of innovation where mechanical engineering meets real-world robotics challenges.

Key facts

What you'll do

• Generate intricate 3D CAD designs adhering to strict durability, load, and form factor specifications.
• Fabricate physical prototypes and conduct methodical evaluations to verify mechanical performance against objectives.
• Produce precise 2D technical drawings utilizing ASME Y14.5 GD&T standards to uphold exacting tolerances.
• Develop specialized test rigs and provide direct support to systems integration and mechanical engineering teams during physical testing phases.
• Conduct detailed reviews of initial components, monitor production quality, and deliver ongoing support for robot development iterations.
• Facilitate the integration of complex electromechanical elements including motors, sensors, and actuation systems.
• Document every phase of the design cycle, ensuring traceability and clarity for cross-functional collaboration.
• Analyze test data to identify mechanical failures and recommend corrective actions to improve robustness.
• Support material selection processes by evaluating alternatives for cost, performance, and manufacturability.
• Collaborate with electrical engineering peers to ensure seamless mechanical-electrical interfaces.
• Validate assembly processes to confirm that robots can be built consistently and efficiently.
• Participate in design review meetings and communicate technical concepts to diverse audiences.
• Maintain version control of CAD files and ensure all documentation aligns with internal standards.
• Contribute to the creation of test protocols that verify functionality in simulated real-world environments.

Requirements

• Submit a portfolio or project website detailing your specific contributions to past mechanical projects.
• Enrollment in a Mechanical, Mechatronics, Robotics, or related engineering degree program, with at least two years completed before the internship begins.
• Candidates must be in their final year of an undergraduate or master program, or a recent graduate, with a graduation date by the end of 2026 or 2027.
• Practical experience designing, fabricating, and testing mechanical prototypes from concept to completion.
• Proficiency in 3D CAD software for complex geometry design and iterative modeling.
• Demonstrated mechanical aptitude and hands-on experience with hardware assembly and disassembly.
• Ability to maintain organized, thorough documentation throughout the entire design and testing lifecycle.
• Strong problem-solving skills applied to mechanical failures and performance limitations.
• Effective communication skills to articulate design decisions and test outcomes clearly.
• Willingness to follow detailed instructions and adapt to changing project priorities in a fast-paced environment.
• Commitment to safety protocols when operating tools, machinery, and test equipment.
• Ability to work collaboratively in a multidisciplinary team setting with engineers from various backgrounds.
• Readiness to learn new software tools, manufacturing methods, and robotic systems quickly.
• Dedication to quality assurance principles ensuring that mechanical components meet specifications.
• Professionalism in meeting deadlines and preparing work for peer review.

Nice to have

• Proficiency with CATIA V6 for advanced surface modeling and design.
• Knowledge of manufacturing workflows including machining, casting, and assembly processes.
• Experience with first article inspection to verify parts meet design intent and standards.
• Hands-on experience working with motors, sensors, or integrated electromechanical systems.
• Familiarity with simulation tools, FEA, or basic programming in Python or MATLAB for data analysis.
• Understanding of production scaling considerations and DFM (Design for Manufacturing) principles.
• Exposure to robotics operating systems and sensor fusion techniques for autonomous behavior.

Practical notes

This is a Fall 2026 internship based in San Jose, Canada. The engagement is structured as a seasonal internship with defined start and end dates aligned with academic calendars. No specific hours are outlined in the source material, but the role requires on-site presence at the San Jose facility. International applicants must ensure they possess or obtain appropriate work visa sponsorship if required for the location. There are no travel requirements specified for this position. The application deadline is not provided in the source content, so candidates should submit materials as early as practicable to secure consideration for the Fall 2026 term. This opportunity is focused on mechanical engineering contributions within a robotics development environment.