Manufacturing Automations Designer

• Design and develop jigs, fixtures, tooling, and automation solutions to improve manufacturing efficiency and product quality • Design and implement production molds, including metal and 3D-printed mold systems, for fabrication, forming, casting, or composite-related manufacturing needs • Create detailed 2D and 3D CAD models and drawings for parts, assemblies, and production equipment • Support 3D printing initiatives, including designing, prototyping, and implementing printed components for production use • Analyze manufacturing processes and implement improvements to increase throughput and reduce cost and waste • Collaborate with engineering, production, and shop personnel to ensure designs are practical and optimized for fabrication • Perform hands-on technical analysis of equipment and manufacturing processes • Assist with capital improvement and automation projects from concept through implementation • Develop and maintain process documentation, including fabrication, assembly, and test instructions • Validate designs through shop support, testing, and iteration • Review and revise drawings based on internal and customer feedback • Estimate production times, materials, and labor requirements for projects • Apply Lean manufacturing principles to eliminate waste and improve workflow • Support shop floor operations including troubleshooting, training, and continuous improvement initiatives

• Technical School Diploma, Associate’s, or Bachelor’s degree in Mechanical Engineering, Manufacturing Engineering, Drafting/Design, or related field • 3–5+ years of experience in manufacturing design, drafting, or engineering support • Strong proficiency in INVENTOR, VAULT, and AutoCAD (2D & 3D modeling) • Experience designing jigs, fixtures, molds, or production tooling • Familiarity with 3D printing technologies and applications in manufacturing • Understanding of fabrication processes, machining, and assembly methods • Knowledge of Lean manufacturing principles and process improvement methods • Strong analytical, problem-solving, and project coordination skills • Ability to communicate effectively across engineering and shop teams • Proficiency in Microsoft Office (Excel, Word, Outlook)