Senior CNC Programmer - Precision Machining for Aerospace

Hader Solutions; Town of Germantown (WI); On-site; USD 85,000 - 110,000; Full time

Job summary

Hader Solutions in Wisconsin seeks a Senior CNC Programmer to support large, complex machining projects for energy, aerospace, and heavy equipment customers.

You will create, test, and optimize CNC programs, interpret blueprints and 3D models, select tooling and cutting parameters, and collaborate with machinists, engineers, and quality teams to meet stringent specifications. The role emphasizes continuous improvement and safe, repeatable machining outcomes.

Qualifications

• Strong CNC programming expertise delivering high-precision results.
• Advanced blueprint/model interpretation and machining planning skills.
• Ability to troubleshoot and refine programs for performance and consistency.
• Team-oriented communication with safety and quality focus.
• Craftsmanship mindset for reliable, repeatable machining outcomes.

Responsibilities

• Create, test, and optimize CNC programs for high-precision components
• Interpret blueprints, drawings, and 3D models to plan machining operations
• Select appropriate tools and define cutting parameters to improve accuracy and efficiency
• Support setups and program prove-outs to ensure repeatability
• Collaborate with machinists, engineers, and quality teams to meet dimensional and performance requirements
• Drive continuous improvement in programming and machining processes

Skills

CNC programming

Blueprint interpretation

Machining planning

Troubleshooting CNC programs

Team communication

Safety & quality

Job description

Hader Solutions in Wisconsin seeks a Senior CNC Programmer to support large, complex machining projects for energy, aerospace, and heavy equipment customers.

You will create, test, and optimize CNC programs, interpret blueprints and 3D models, select tooling and cutting parameters, and collaborate with machinists, engineers, and quality teams to meet stringent specifications. The role emphasizes continuous improvement and safe, repeatable machining outcomes.