CNC Lathe Programmer Lead

Distro•Tucson, AZ

5d•$85,000 - $120,000•Onsite

About The Position

ITDE is seeking a CNC Lathe Programmer Lead for its precision aerospace manufacturing operation in Tucson, Arizona. This onsite leadership role develops and optimizes complex CNC programs for precision-machined components and supports efficient, high-quality production using CAM, CNC, and tooling technologies. The lead mentors programmers, collaborates with manufacturing teams, and promotes continuous improvement. The role includes developing CNC lathe programs, analyzing engineering drawings and GD&T requirements, converting Mazatrol programs to EIA format when needed, creating probing routines and process-monitoring features, and maintaining setup sheets, tooling documentation, and machining instructions. The lead supports training and programming standards, establishes Best Known Methods, evaluates programs and setups for improvement opportunities, and helps introduce new manufacturing technologies. The position also provides production support during setups and program prove-outs, assists with first article inspections and production launches, revises programs to improve accuracy and repeatability, develops fixture concepts, and reviews processes for productivity, quality, and consistency. The posting lists compensation of $75,000–$95,000 annually DOE and also separately displays $85,000–$120,000 a year. Overtime opportunities, bonus potential, and possible relocation assistance are mentioned.

Requirements

Previous experience programming complex precision-machined components.
Strong CNC lathe programming experience in a manufacturing environment.
Proficiency with CAM software.
Experience creating advanced CNC programs using high-speed machining strategies.
Thorough understanding of probing systems and automated process monitoring.
Experience with Renishaw probing systems.
Ability to read and interpret complex engineering drawings, specifications, and manufacturing documents.
Strong analytical and problem-solving skills.
Proficiency with Microsoft Office Suite, including Excel, Word, and Outlook.
Working knowledge of CAD/CAM software systems.
Must live in the Tucson, Arizona area or be willing to relocate to Tucson from elsewhere in the United States.

Nice To Haves

GibbsCAM experience.
CNC mill programming experience.
Aerospace manufacturing experience.
Leadership or mentoring experience within a programming or machining department.
Strong understanding of process optimization, tooling strategies, and lean manufacturing principles.

Responsibilities

Develop complex CNC programs for precision components manufactured on a variety of CNC lathes.
Use advanced CAM software, with GibbsCAM preferred, to improve machining efficiency and apply high-speed material-removal strategies.
Analyze engineering drawings, specifications, GD&T requirements, tolerances, and design data to create accurate and efficient machining programs.
Convert Mazatrol programs to EIA format as needed.
Generate machine programs and implement probing routines, special instructions, and process-monitoring features.
Develop and maintain setup sheets, tooling documentation, and machining instructions.
Lead and support the Lathe Programming Team and collaborate with mill programmers, machinists, and manufacturing personnel.
Oversee training initiatives and documentation standards for CNC programming processes.
Implement and maintain Best Known Methods for programming and machining operations.
Review programs and setups to identify cycle-time reductions and process improvements.
Evaluate emerging technologies and assist with implementing new manufacturing solutions.
Promote continuous improvement, quality, and teamwork.
Collaborate with setup technicians and machine operators during setups and program prove-outs.
Provide technical support for first article inspections and production launches.
Revise and optimize programs to eliminate errors, improve efficiency, and enhance repeatability.
Create fixture concepts and detailed manufacturing documentation for repeat production work.
Review manufacturing processes to maximize productivity, quality, and consistency.