CNC Programmer/Process engineer
Company Description:
Optisys leverages advanced manufacturing technology to deliver metal 3D-printed antenna products for high-performance aerospace and defense applications. By creating complex structures that were not previously possible, Optisys significantly reduces size, weight, lead times, and part count for its customers. The company integrates RF, mechanical, and system design with a focus on 3D manufacturing to produce highly optimized solutions. Optisys products are deployed in a wide range of environments, including ground terminals, aircraft, and space platforms. Team members collaborate in a cutting-edge, engineering-driven environment focused on innovation and quality.
Role Description:
The CNC Programmer/Process Engineer is a full-time, on-site role based in Salt Lake City, UT. This role is responsible for developing CNC programs for machining and milling operations, creating and optimizing manufacturing processes for 3D-printed and conventionally machined components, and interpreting technical drawings to ensure accurate production. Day-to-day tasks include setting up machining workflows, selecting appropriate tools and cutting parameters, troubleshooting production issues, and continuously improving process efficiency and part quality. The role also involves collaborating with engineering and production teams to ensure manufacturability of designs, maintaining documentation for processes and programs, and supporting adherence to safety, quality, and aerospace/defense manufacturing standards.
Qualifications:
Ability to interpret and create detailed technical drawings and manufacturing documentation.
Proficiency in CNC Programming and Programming for machining operations and complex geometries.
Hands-on experience with Machining and Milling processes, including tooling selection and setup.
Strong understanding of process engineering principles and manufacturing optimization.
Experience with CAM software and CNC controls commonly used in precision manufacturing. NX preferred.
Knowledge of metal 3D printing or additive manufacturing processes is highly beneficial.
Background in aerospace, defense, or other high-precision, regulated industries is a plus.
Relevant technical education (e.g., degree or certification in manufacturing, mechanical engineering, or related field) or equivalent practical experience.
Effective communication skills and ability to collaborate with cross-functional engineering and production teams.
Strong attention to detail, problem-solving abilities, and commitment to safety and quality standards.