Mechanical Engineer – Automation & Tooling (CATIA) Location: Lake Orion, MI Position Overview We are seeking experienced Mechanical Engineers to support the design and development of automation equipment and BIW tooling for a major automotive manufacturing program. This role is ideal for engineers with a strong mechanical design background, extensive CATIA experience, and knowledge of body-in-white (BIW) tooling and automated assembly systems. This is a hands-on engineering position working closely with cross-functional teams to design, validate, and support custom automation equipment from concept through installation. Responsibilities • Design and develop mechanical systems, tooling, and automation equipment using CATIA. • Create 3D models, detailed manufacturing drawings, and engineering documentation. • Develop innovative design concepts for automated assembly and manufacturing systems. • Perform engineering calculations, tolerance analysis, and design validation. • Support prototype builds, testing, and equipment validation. • Collaborate with controls, electrical, manufacturing, and project engineering teams. • Work with suppliers and vendors to ensure designs are manufacturable and meet project requirements. • Review drawings, BOMs, and specifications for accuracy and quality. • Track engineering changes and maintain project documentation throughout the design lifecycle. • Support equipment installation, launch activities, and engineering changes as required. Required Qualifications • Bachelor's degree in Mechanical Engineering or equivalent experience. • Approximately 10 years of mechanical design experience. • Advanced proficiency with CATIA and 3DEXPERIENCE CATIA. • Strong experience designing BIW tooling. • Understanding of GD&T, manufacturing processes, and machine design. • Experience designing automation equipment, tooling, or general assembly systems. • Strong communication and problem-solving skills. Preferred Qualifications • Automotive manufacturing experience. • Experience supporting Honda or other OEM design standards. • Knowledge of automated assembly systems and industrial manufacturing. • Proficiency with Microsoft Excel and PowerPoint. Schedule • Standard schedule of 40–45 hours per week. • Overtime available, with workloads reaching 50–55 hours per week during installation and launch.