Senior CNC Programmer – Architectural Millwork (WoodWOP/HOMAG)

MRO Built; North Canton (OH); Hybrid; USD 65,000 - 95,000; Full time

Benefits offered by this job

Health Insurance

HSA

PTO

Vision, Dental, Life, Disability

401(k) Match

Referral Program

Job summary

MRO Built, based in North Canton, Ohio, seeks a CNC Programmer experienced with HOMAG routers, Router-CIM, WoodWOP, and architectural millwork. The role supports expanded CNC programming capabilities across custom millwork and interior projects.

The position values collaboration with engineering and shop-floor teams, optimizing programs, and improving machining quality. On-site is preferred with potential for hybrid work and relocation considered.

Qualifications

• 3–10 years CNC programming experience in architectural millwork and/or casework.
• Ability to read engineering drawings.
• Strong understanding of millwork fabrication methods, materials and machining.

Responsibilities

• Program HOMAG CNC routers (CENTATEQ) and drilling equipment using Router-CIM, WoodWOP, and Cut Rite
• Convert engineering drawings and models into efficient CNC programs
• Optimize nesting and material usage for maximum yield
• Develop and maintain tooling libraries and machining standards
• Support operators with setup, troubleshooting, and first-article verification
• Reduce machining errors and improve cycle times through program refinement
• Collaborate with engineering on new product development and ECO changes
• Document processes and contribute to continuous improvement initiatives

Skills

CNC programming

Machining optimization

Team collaboration

Reading drawings

Tools

Router-CIM

WoodWOP

HOMAG CENTATEQ/DRILLTEQ

Job description

MRO Built, based in North Canton, Ohio, seeks a CNC Programmer experienced with HOMAG routers, Router-CIM, WoodWOP, and architectural millwork. The role supports expanded CNC programming capabilities across custom millwork and interior projects.

The position values collaboration with engineering and shop-floor teams, optimizing programs, and improving machining quality. On-site is preferred with potential for hybrid work and relocation considered.