CNC Programmer

Meyer Utility Structures is searching for a CNC Programmer at our Clinton, IL plant. The CNC programmer will be responsible for creating and optimizing CNC machine programs to generate high-quality parts in accordance with technical specifications. This role requires working closely with engineers, machinists, and the production team to guarantee the competence and accuracy of manufacturing processes.

Meyer Utility Structures is a proud subsidiary of the infrastructure company, Arcosa, Inc. We commit to and pride ourselves on providing reliable structures, superior service, and product solutions. Meyer Utility Structures is an industry leader in the engineering design and fabrication of concrete, and tubular steel structures for transmission, distribution, and substation applications.

 What You’ll Do:

• Develop, write, and edit CNC programs using CAD/CAM software-based engineering drawings, blueprints, and specifications


• Analyze and interpret technical designs to create efficient and accurate machining paths


• Optimize CNC programs to minimize cycle times and material waste while maintaining quality standards


• Provide troubleshooting support for machine setups and programs


• Test and validate programs by running simulations and adjusting as necessary


• Ensure all programs meet dimensional and tolerance requirements using precision measurement instruments


• Identify potential manufacturing issues and recommend solutions to improve quality and efficiency


• Closely work with the production and engineering team to ensure seamless integration of programs into the manufacturing process


• Suggest process improvements to enhance productivity and reduce costs


• Other duties as assigned

What You’ll Need:

• High school diploma


• 2 years plus of CNC programming experience in a manufacturing environment


• Proficiency with CAD/CAM software


• Strong knowledge of G-code, M-code, and machining principles


• Ability to read and interpret blueprints, schematics, and technical drawings


• In-depth understanding of machining processes, materials, and tooling


• Strong analytical and problem-solving skills