Lead Design CNC Programmer/Operator

About Lucid

At Lucid, we are creating exceptional mobility experiences through innovation to drive the world forward. Built on Lucid’s proprietary technology and software-defined vehicle architecture, our award-winning vehicles bring our “Compromise Nothing™” approach to the global automotive market. That means refusing to choose between performance and sustainability, design and engineering, ambition and integrity. In Lucid Air and Lucid Gravity, we have designed and built vehicles that have redefined their segments, combining exceptional range, performance, design, and expansive space in a single experience.

We achieve this through deep vertical integration, with design, engineering, and production happening in-house across our global offices and manufacturing facilities. Our teams come from industries around the world, united by a shared commitment to excellence. By refusing to settle, you can help redefine what’s possible and shape the future of mobility.

Role Overview

The Lead Design CNC Programmer/Operator is responsible for programming, setting up, and operating CNC equipment in support of Design Studio vehicle properties, prototype models, and development programs.

Working closely with Design, Engineering, Modelers, and Fabrication teams, this role supports the manufacture of a diverse range of prototype components, from small development parts to full-scale vehicle bucks, aerodynamic models, composite tooling, fabricated structures, and show car assets.

The ideal candidate combines strong CNC programming and machining expertise with exceptional organization, problem-solving ability, and adaptability. Success in this position requires the ability to work across a broad range of materials, project types, and component scales while consistently delivering high-quality work in a fast-paced prototype environment.

• •Develop, optimize, and verify CNC programs for complex 3-axis and 5-axis machining applications.
• •Setup, operate, and troubleshoot large-format CNC routers and gantry mills.
• •Select and implement machining strategies, tooling, and work holding solutions that deliver high-quality prototype parts and properties.
• •Evaluate CAD data and identify potential manufacturing concerns before machining begins.
• •Maintain organized PowerMill projects, CNC programs, fixture models, and related manufacturing data.

• •Manufacture prototype components supporting vehicle development programs, including design bucks, ergonomic properties, aerodynamic models, composite tooling, fabricated structures, clay studio assets, and show car components.
• •Interpret CAD models, design data, and engineering information to develop practical manufacturing solutions.
• •Modify CAD geometry and create fixtures, support structures, and work holding solutions when required.
• •Collaborate closely with Design, Engineering, Modeling, and Fabrication teams to support successful project execution.

• •Serve as a technical resource for CNC programmers and operators.
• •Provide guidance on machining strategies, tooling, fixturing, and manufacturing processes.
• •Take ownership of the department's most technically challenging machining projects.
• •Support troubleshooting efforts across programming, machine operation, tooling, and manufacturing methods.
• •Lead by example through technical excellence, craftsmanship, organization, and accountability.

• •Monitor machine performance and operating conditions to ensure reliable operation.
• •Perform routine maintenance and support preventative maintenance activities.
• •Identify opportunities to improve machine performance, tooling, machining processes, and overall shop capability.
• •Support a safe, clean, and organized working environment.

• •Delivery of high-quality prototype components and vehicle properties.
• •Successful execution of complex machining projects from programming through final completion.
• •Safe and reliable operation of CNC equipment.
• •Organization and maintainability of CNC programs, CAD/CAM data, and fixture files.
• •Effective technical support provided to the team.
• •Adaptability across a wide range of materials, project types, and manufacturing challenges
• •Strong and effective collaboration with Design, Engineering, Modeling, and Fabrication teams.