In this role, you'll transform approved CAD drawings into precise, production-ready QuickCam programs for our CNC machinery. You'll collaborate with drafters, project managers, engineers, and shop fabricators-ensuring every program runs efficiently, accurately, and meets our high production standards.
This is a great opportunity for someone who enjoys the challenge of complex, custom work and thrives in a collaborative environment. Your work will directly impact our projects' quality, efficiency, and success from programming through final installation. If you want to grow your career with a company that values craftsmanship, precision, and teamwork, we'd love to hear from you.
What You'll Do
- Convert approved CAD drawings into QuickCam programs for CNC machinery.
- Review and interpret drawings, specifications, and cut lists for accuracy before programming.
- Optimize tool paths, cutting strategies, and material usage to maximize efficiency and minimize waste.
- Collaborate with drafters, project managers, and shop leads to resolve programming or design conflicts early.
- Maintain organized, documented program files for repeatability and quality control.
- Assist in troubleshooting CNC issues related to programming or setup.
- Continuously improve programming standards and workflows.
What We're Looking For
Must-Haves
- Proven CNC programming experience in architectural millwork or custom woodworking.
- Proficiency in QuickCam or similar CAM software.
- Strong understanding of woodworking, joinery, and cabinet fabrication methods.
- Ability to read and interpret CAD drawings with high accuracy.
- Detail-oriented, reliable, and a problem-solver.
- Strong communication, time management, and organizational skills.
Nice-To-Haves
- Experience with Mastercam, Alphacam, or other CNC programming tools.
- Familiarity with AWI standards and millwork production methods.
- 5+ years of relevant experience in millwork or comparable commercial manufacturing.
What Success Looks Like
- Accurate, efficient CNC programs delivered on time.
- Minimal machine downtime due to programming errors.
- Optimized production runs that save time, material, and labor.
- Proactive problem-solving and workflow improvements that benefit the shop and project timelines.
