CNC Programmer

CNC Programmer

Required experience/skills: 1) Experience with Esprit programming software 2) Experience with mill programming

Essential functions: Provides programming support for machining parts & tools on numerically controlled machines by suggesting/implementing program edits or rewrites of machine instructions.

1. Create, modify, and optimize CNC programs for mills and lathes using Esprit Cam software

2. Create part setup, fixturing, machining strategy, order of operations, tool selection, speed/feed process parameter selections, etc., for new products.

3. Show location of reference points and direction of cutting paths by preparing setup sheets and tool lists

4. Suggest / Implement existing part programs for program improvement. Revise program(s) to eliminate omissions or errors.

5. Support operators during first article runs and process stabilization.

6. Analyze proposed changes in methods and materials and contribute to continuous improvement and key lean manufacturing/production activities

7. Maintains technical knowledge by attending workshops and reviewing technical publications

8. Support the team by accomplishing related tasks as needed. Work assignments may include cross-functional responsibilities.

Qualification: Education and experience Completion of related trade school program, AA, or equivalent external/internal training, and exposure to NC Programming. Demonstrated ability to perform the essential functions of the job, typically acquired through previous technical or production experience, and or two years' experience at the NC Programmer level is preferred.

Knowledge, skills, and abilities:

Knowledge and proficiency in key numerical control programming principles, concepts, and techniques.

Fundamental knowledge of CNC programming language, including Esprit Cam or Mastercam.

Knowledge of N/C tooling, proper speeds and feeds for the material to be machined and proper machine sequences.

General knowledge of the aerospace industry and machine shop operations.

Ability to effectively apply continuous improvement methods to manufacturing functions (e.g., process mapping, design-to-production automation).

Ability to research and analyze data and develop recommendations or resolve problems.

Ability to work with only general work direction and instructions regarding the scope of assignments, determine priority, and order of assignments.

Ability to read, analyze, and interpret technical manuals.

May require the ability to use standard business software applications and/or specialized design, data analysis, or database tools.

Ability to define problems, collect data, establish facts, and draw valid conclusions.

Ability to effectively demonstrate team member competencies and participate in goal setting, performance feedback, and self-development activities.