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The Tooling Engineer III is responsible for the design and development of tools, dies, and fixtures used in various manufacturing processes. This position requires a strong background in mechanical engineering, precision manufacturing, and materials science to ensure the efficiency, quality, and durability of tools used for stamping, bending/forming, and machining. The Tooling Engineer III collaborates closely with production teams to optimize tool designs and troubleshoot issues in order to meet production demands.

• Design and develop tools, dies, and fixtures for a range of manufacturing processes, including stamping, bending/forming, and machining.
• Create 3D models and technical drawings using CAD software such as SolidWorks, AutoCAD, and CATIA.
• Evaluate tool designs for ease of use, manufacturability, and cost-effectiveness.
• Analyze existing tooling for performance issues and wear, and make recommendations for enhancements to improve durability and productivity.
• Implement continuous process improvements to enhance the efficiency of tooling and ensure consistent product quality.
• Assist in the development and testing of prototype tools and dies.
• Perform dimensional inspections and functional tests to ensure tools meet design specifications and quality standards.
• Provide technical support to manufacturing teams by diagnosing and resolving tooling issues during production.
• Work with maintenance teams to ensure proper upkeep of tools and dies, including repairs and retooling.
• Collaborate with production, quality control, and design teams to understand requirements and provide engineering solutions.
• Provide training and guidance to operators and technicians on the usage, setup, and maintenance of tools.
• Manage multiple tooling projects simultaneously, ensuring deadlines and cost targets are met.
• Prepare documentation, reports, and budgets related to tool and die development projects.