Computer Numerical Control Programmer

• Create, verify, and revise Machine Control Data (MCD), tooling geometry, and setup documentation for multi-axis CNC machines (primarily 5-axis).
• Interpret engineering drawings, planning documentation, and manufacturing requirements to develop robust NC programs for aluminum and hard-metal parts.
• Develop multiple setups and operations for complex part geometries, ensuring fixturing, tooling, and machine selection support producibility and tolerances.
• Produce clear setup sheets and operator instructions that enable consistent and safe machine operation.
• Use simulation/verification tools (e.g., Vericut) to validate programs and eliminate collisions or gouges prior to shop-floor execution.
• Troubleshoot and iterate programs based on first-article inspections, in-process feedback, and shop-floor testing.
• Coordinate with planning, manufacturing engineering, tooling design, and machine operators to optimize cycle times, reduce scrap, and address manufacturability concerns.
• For Level 4:
  Lead the design of custom fixtures and complex tooling arrangements and define machining strategies across multiple operations and machines.
• Maintain program documentation, revisions, and configuration control per company/contract requirements.

• 7+ years of NC programming experience for production machining or equivalent combination of education and experience.
• Demonstrated experience programming 5-axis CNC machines for aerospace parts (aluminum and hard metals).
• Proficiency reading and interpreting engineering drawings, GD&T, and manufacturing documentation.
• Proficient in CATIA V5 NC programming.
• Proficient in NC simulation/verification tools such as Vericut.
• Ability to create clear setup documentation and operator instructions.
• Able to work 2nd shift schedule as specified.
• Contractor eligibility to work under the terms of the engagement.

• Prior experience creating custom fixtures and tooling for multi-setup machining operations.
• Experience defining machining strategy and selecting appropriate machines and processes for part families.
• Familiarity with aerospace manufacturing processes, inspection practices, and first-article requirements.
• Strong problem-solving skills with a track record of reducing cycle times or improving producibility.
• Effective communicator with experience collaborating across planning, engineering, and shop-floor teams.
• Experience with additional CAM systems or post-processors commonly used in aerospace environments.

Education/experience typically acquired through advanced education (e.g. Associate) and typically 6 or more years' related work experience or an equivalent combination of education and experience (e.g. Bachelor+4 years' related work experience, 8 years' related work experience, etc.).