Aerospace CNC Programmer: 3-5 Axis, On Site WA

Janicki; Sedro-Woolley (WA); On-site; USD 37,000 - 80,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

401k plan

Paid time off

Education reimbursement

Shift options

Off-shift pay

Job summary

Janicki Industries is seeking a CNC Machine Programmer to plan machining sequences and fixturing for 3- to 5-axis tools. The role involves creating 3-5 axis tool paths with Unigraphics NX and collaborating with process engineers to ensure quality and design objectives are met.

The candidate will design fixturing elements, produce shop documentation, and verify tool paths with Vericut, while applying G-code basics and machine offsets in a high-precision aerospace environment.

Qualifications

• Engineering degree or equivalent preferred; minimum is a high school diploma or GED.
• 5+ years experience programming 5-axis NC mills.
• Experience with Unigraphics/Siemens NX software preferred.
• Knowledge of G-code language and machine offsets.

Responsibilities

• Plan machining sequences and fixturing for 3- to 5-axis machine tools.
• Design 3-D models, drawings, and fixturing specs.
• Create 3-5 axis tool paths using Unigraphics NX.
• Provide input to production tracking software.
• Collaborate with process engineers to meet quality and design objectives.
• Create shop documentation compliant with ISO 9000 standards.

Skills

NC programming

5-axis mills

Unigraphics NX

G-code

Vericut

Education

Engineering degree or equivalent

High School Diploma or GED

Tools

Unigraphics NX

Vericut

Job description

Janicki Industries is seeking a CNC Machine Programmer to plan machining sequences and fixturing for 3- to 5-axis tools. The role involves creating 3-5 axis tool paths with Unigraphics NX and collaborating with process engineers to ensure quality and design objectives are met.

The candidate will design fixturing elements, produce shop documentation, and verify tool paths with Vericut, while applying G-code basics and machine offsets in a high-precision aerospace environment.