Division NC Programmer - Turning

PCC Talent Acquisition Portal•Mason, OH

About The Position

The Mill‑Turn NC Programmer works closely with the Division leaders of NC Programming and NC Team Leads to develop high‑quality CNC programs for mill‑turn products produced on vertical or horizontal lathes , including multi‑axis turning centers, twin‑spindle machines, and live‑tool capable platforms. The role includes designing tooling and work‑holding, optimizing machining strategies, and supporting prove‑out on the shop floor. The programmer ensures that all programs meet manufacturing, quality, and safety requirements while aligning with company standards and production schedules.

Requirements

7–10+ years of CNC programming experience in a manufacturing environment, including turning centers and mill‑turn equipment.
Strong knowledge of CAM software (CATIA, Mastercam, NX, or equivalent) and post‑processing workflows.
Proficient understanding of G‑Code and M‑Code for turning, milling, and multi‑channel machines.
Experience with tooling selection, insert application, feeds/speeds optimization, and chip‑control strategies.
Ability to design and document fixtures, jaws, and work‑holding solutions for complex mill‑turn operations.
Familiarity with Vericut or other simulation software for tool‑path validation.
Strong understanding of GD&T, blueprint interpretation, and metrology techniques.
Proficient with Microsoft Office tools and capable of producing clear documentation.
Ability to collaborate effectively with machinists, quality engineers, and production teams.
Strong problem‑solving abilities and a continuous‑improvement mindset.

Nice To Haves

Formal training in relevant CAD/CAM tools preferred.

Responsibilities

Develop CNC programs for vertical and horizontal lathes, including mill‑turn and multi‑tasking machines, using appropriate CAM software and based on engineering drawings, 3D models, and technical specifications.
Create and modify 3D solid models from 2D drawings, PDFs, and customer‑supplied geometry when needed.
Design tooling, work‑holding, and fixture concepts to support turning, milling, cross‑drill, and multi‑axis operations.
Optimize machining processes for cycle time, tool life, and manufacturability, balancing efficiency with quality.
Ensure CNC programs meet internal standards, machining best practices, and production requirements.
Interpret and apply GD&T, model‑based definitions, and tolerance schemes to ensure dimensional compliance.
Support program prove‑outs on the shop floor, collaborating with machinists and manufacturing engineers to resolve issues.
Understand and apply FAI requirements, inspection methods, and aerospace documentation standards (if applicable).
Maintain knowledge of ITAR, ISO 9001, AS9100, and other quality/compliance requirements.
Work cross‑functionally to support new product introduction, continuous improvement, and special projects.
Perform additional duties as assigned to support production and engineering objectives.