CNC Programmer at Laborup

Chandler, Arizona, United States -

Full Time

Start Date

Immediate

Expiry Date

23 Jun, 26

Salary

95000.0

Posted On

25 Mar, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

CNC Programming, 5-Axis Machining, NX, Mastercam, Tooling Design, Fixturing, Shop Floor Execution, Process Documentation, Continuous Improvement, Root Cause Analysis, GD&T, Exotic Materials, Lean Manufacturing, G-code, CAD/CAM

Industry

Internet Marketplace Platforms

Description

Overview We are hiring for a skilled CNC Programmer for our high-spec aerospace manufacturing operation who will develop the manufacturing processes for mission-critical parts used in advanced defense and semiconductor applications. This is an opportunity to do some of the best work of your life and continuously expand your skill set. You won’t just be sitting behind a screen generating G-code; you will be tackling advanced 5-axis work, navigating the complexities of exotic materials, and pushing the limits of creative workholding and fixturing. We are looking for someone with a true machinist's mindset—a programmer who has spent actual time at the spindle setting up and running machines, not just a "pure computer guy." You will serve as the crucial link between engineering and the shop floor, driving continuous improvement and ensuring our operators are set up for absolute success. Compensation Base Pay: $80,000 - $95,000 Bonus: Eligible for a 7.5% annual bonus Benefits: Medical, dental, vision 401(k) with match PTO Responsibilities: Advanced CNC Programming: Develop, write, and optimize complex programs for CNC Mills (including advanced 5-axis work) using NX or Mastercam. Tooling & Fixturing Design: Engineer, design, and implement creative workholding, fixturing, and tooling solutions to ensure precision and repeatability on complex aerospace and semiconductor components. Shop Floor Execution: Work directly with machinists on the floor to prove out programs, assist with complex setups, and ensure seamless execution of your manufacturing plans. Process Documentation: Develop clear, comprehensive aircraft fabrication, assembly, and installation work instructions to guide the production floor. Continuous Improvement: Utilize systematic problem-solving and Lean Manufacturing principles to drive cost reduction, minimize downtime, and optimize cycle times. Root Cause Analysis: Investigate and troubleshoot dimensional, tooling, and process issues on the floor to perform root cause corrective action. Engineering Liaison: Evaluate engineering changes, interpret complex drawings, and recommend new equipment or processes to improve safety, capacity, and reliability. Qualifications: Experience: Bachelor’s degree with 2–4 years of experience, OR 5+ years of relevant NC/CNC programming experience. Machining Foundation: 3+ years of hands-on CNC machinist and setup experience is strictly required; you must know how to run the machines you program. Software Fluency: High proficiency in CAD/CAM programming using NX or Mastercam (GibbsCam and CNC Lathe programming are strong pluses). Technical Expertise: Proven experience with advanced 5-axis machining, complex GD&T, and working with exotic materials. Problem Solver: Exceptional ability to identify issues in a fast-paced environment and develop technical, alternative solutions quickly. Communication: Strong written and verbal skills, with the ability to translate complex engineering requirements into actionable work instructions for the shop floor. Physical Requirements: Ability to handle the physical demands of the role, including extended screen time, long periods of sitting, and potentially long hours to meet critical customer delivery schedules. Benefits: Medical, dental, vision 401(k) with match PTO

Responsibilities

The role involves developing, writing, and optimizing complex CNC programs, particularly for advanced 5-axis mills, while also engineering creative tooling and fixturing solutions for precision manufacturing. This person will serve as the link between engineering and the shop floor, proving out programs and developing clear work instructions for production.