Machining Engineer/CNC Programmer

ATI•Cudahy, WI
•Onsite

About The Position

ATI is hiring a Machining Engineer/CNC Programmer at its Cudahy, Wisconsin location. The role involves creating design concepts, verifying them through process simulations, and preparing models, drawings, specifications, and instructions. The engineer supports the design of parts to ATI and customer standards and works with team members and other plant departments. The position reports to the Sr. Engineer and offers opportunities for professional and career growth. The engineer learns and applies design and manufacturing principles to machining projects, including machining-hour estimates, new product introductions, customer-initiated changes, and resolving process holds. The role uses CAD systems to develop design concepts and NC programs, validates concepts through calculations and simulations, analyzes process data, investigates manufacturing issues, and recommends process and tooling improvements. The position also involves developing knowledge of forging, heat treatment, machining, and equipment capabilities, building collaborative working relationships, and traveling to other business units to support manufacturing processes.

Requirements

  • A bachelor's degree in an engineering-related field or equivalent years of experience.
  • Oral and written communication skills.
  • Interpersonal skills.
  • Organizational skills and the ability to multitask.
  • Analytical skills.

Nice To Haves

  • Experience in CAD and/or FEM.

Responsibilities

  • Learn and apply design and manufacturing principles to machining project tasks, including estimating machining hours, new product introduction projects, customer-initiated changes, and resolving process holds.
  • Use CAD systems to create design concepts, sketches, layouts, models, assemblies, and NC programs.
  • Test and validate design concepts through calculations and process simulations.
  • Collect and analyze process data and evaluate simulation results to make engineering assessments.
  • Investigate problems involving manufactured items or processes, attend tryouts, and recommend methods and tooling improvements for quality and cost.
  • Create documentation and technical reports to communicate recommended or implemented solutions.
  • Develop an understanding of forging, heat treatment, and machining processes, as well as equipment functions and capabilities.
  • Build relationships that support mutual trust, respect, and high ethical standards.
  • Travel to other business units to support manufacturing processes.
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