Job Information
Williams International CNC Lathe Machinist (Afternoons) in Pontiac, Michigan
Who We Are
Williams International is a privately-owned company that develops and manufactures jet engines for both military and commercial aircraft applications. We are a company of creators who deliver pioneering ideas and technologies that lead the aerospace industry. Our culture fosters creativity, collaboration, and continuous learning to position our team members to inspire each other and provide quality products and supporting services that exceed the expectations of our customers.
The Opportunity
Williams International has an exciting opportunity for a CNC Lathe Machinist to join our team. The Machinist will be responsible for the setup and operation of miscellaneous computerized numerical control (CNC) and/or manual machines.
Duties include but are not limited to:
- Set-up and operation of miscellaneous CNC and/or manual machines, primarily lathes, occasionally may include mills, lathes, drills, grinders, hone, lap, deburr, etc.
- Machine and/or tests parts according to engineering and customer standards and specifications.
- Participate in establishing manufacturing methods, including machine, test, material and tooling requirements, to ensure parts are machined according to engineering tolerances/specifications.
- Perform inspection and/or testing related activities to ensure that parts are machined in accordance with manufacturing standards and blueprint specifications. Visually inspects parts to ensure they are free of burrs or damaged surfaces.
- Maintain proper identification of parts per planning specifications and ensures that accurate and reliable records and documentation are maintained.
- Perform routine maintenance of machines and equipment operated.
- Clean, organize and maintain cellular manufacturing work area in accordance with established standards.
- Ensure the continuous flow of materials and parts through the Cell.
- Adhere to all safety standards and regulations.
- Strive to accomplish team goals and enhance the quality of machined parts through the reduction of scrap and improvement of throughput.