
Process Engineer with strong expertise in SolidWorks, automated tooling, and reverse engineering. Experienced in designing, building, and implementing custom end-of-arm tooling (EOAT) and precision fixtures to enhance manufacturing efficiency and process reliability. Combines hands-on mechanical assembly skills with CAD-driven design to deliver practical, production-ready solutions.
· Designed and developed end-of-arm tooling (EOAT) for automated and semi-automated manufacturing systems
· Created custom fixtures and tooling to support production, testing, and assembly operations
· Collaborated cross-functionally with manufacturing, automation, and production teams to improve tool designs and manufacturability
· Maintained engineering documentation including revision control, BOMs, and redlines
· Oversee design projects from design phase, first article reports to mass production
· Document and report project progress to management
· Lead design review meetings and presentations
· Reverse engineer automotive components using 3D scanning and 3D printing techniques for accurate design
· Implement new designs to improve a variety of existing products
· Maintain communication with manufacturers for product quality, manufacturing process, and production phase
· Coordinated with other departments to mitigate design and streamline final product
· Collaborated with team to develop and implement innovative design solutions
· Researched product to identify flaws and address customer complaints for project enhancements
· Convert drawings into 3D models using SolidWorks