Aerospace NX CAM Programmer — 5-Axis Automation

Even; Austin (TX); On-site; USD 90,000 - 130,000; Full time

Job summary

Even Platforms in Austin, TX, specializes in automated aerospace manufacturing. This role focuses on full-cycle programming for 5-axis machining, translating specifications into toolpaths and validating production programs for unmanned operations.

You will develop NX-based CAM programs, interpret drawings, select tools and fixturing, and integrate probing and in-process inspection. Collaboration with machinists and ongoing process optimization are expected to drive quality and efficiency.

Qualifications

• Translate engineering specifications into toolpaths for 5-axis machining.
• Validate production programs and optimize unmanned workflows.
• Interpret drawings and select tools/fixturing for speed and quality.
• Incorporate probing, tool management and in-process inspection.
• Maintain documentation and revision control for programs.
• Collaborate with machinists to refine processes for aerospace materials.

Responsibilities

• Develop 5-axis CAM programs using NX.
• Interpret drawings and create toolpath strategies.
• Select tools and fixturing for speed and quality.
• Incorporate probing routines and in-process inspection.
• Maintain program documentation and revision control.
• Establish parameters for aerospace materials (aluminum, titanium, Inconel).
• Collaborate with machinists for shop-floor refinements.
• Identify workflow automation opportunities.

Skills

5-axis CAM

NX

toolpath optimization

engineering drawings

CMM inspection

tooling selection

probing routines

revision control

Tools

NX

Job description

Even Platforms in Austin, TX, specializes in automated aerospace manufacturing. This role focuses on full-cycle programming for 5-axis machining, translating specifications into toolpaths and validating production programs for unmanned operations.

You will develop NX-based CAM programs, interpret drawings, select tools and fixturing, and integrate probing and in-process inspection. Collaboration with machinists and ongoing process optimization are expected to drive quality and efficiency.