Tooling Engineer

If you’re looking for a special place to build or grow your career, you’ve found it. Whether you’re an experienced professional, a recent college graduate or somewhere in between, IDEX is a place where you can apply your existing skills and learn new ones in an environment where you can make an impact. With interesting opportunities in engineering, marketing, sales, supply chain, operations, HR, finance, and more across more than 40 diverse businesses around the globe, chances are, we have something special for you. SUMMARY OF JOB RESPONSIBILITIES :   The Tooling Designer plays a critical role in the design, development, and maintenance of precision progressive stamping dies for punch press and clamp machines. This role will be responsible for the design of high-volume production dies, improving existing dies, and ensuring all tooling meets safety, quality, and reliability standards. Additionally, they will collaborate with the New Product Development team to create prototype dies, assist with new product design. This position requires close collaboration with engineering, quality, machine operators, toolmakers, and third-party partners to optimize tooling performance, troubleshoot issues, and drive continuous improvement. REPORTING TO : Tooling Engineering Manager DUTIES AND RESPONSIBILITIES: Progressive Die Design & Manufacturing Performance Deliver progressive die designs that achieve safety, quality, productivity, and cost objectives. Ensure tooling designs support high-volume manufacturing requirements while maximizing die life, reliability, and maintainability. Drive continuous improvement of existing tooling to improve throughput, reduce downtime, minimize scrap, and enhance overall equipment effectiveness. Establish and maintain tooling standards that promote consistency, repeatability, and best practices across manufacturing operations. Tooling Reliability & Lifecycle Management Ensure production tooling meets defined performance, durability, and maintenance expectations throughout its lifecycle. Develop strategies that extend tooling life and reduce unplanned downtime through effective design. Establish tooling documentation, standards, and processes that improve asset management and knowledge retention. Drive root-cause problem solving and corrective actions for tooling-related production issues. Engineering Documentation & Technical Excellence Maintain accurate and complete tooling designs, engineering models, drawings, specifications, and technical documentation. Ensure tooling designs effectively communicate design intent and manufacturing requirements to internal and external stakeholders. Leverage CAD and engineering tools to support efficient design iterations and successful implementation of tooling solutions. Apply sound engineering principles and material expertise to deliver reliable, manufacturable, and cost-effective designs. Cross-Functional Collaboration Partner with Engineering, Operations, Quality, Tool & Die, and external suppliers to develop tooling solutions that support business objectives and manufacturing excellence. Drive successful new product introductions by ensuring tooling designs support manufacturability, scalability, quality, and production readiness. Develop prototype tooling and innovative manufacturing solutions that accelerate product development and reduce time-to-market. Collaborate across functions to identify opportunities for improved product designs, tooling concepts, and manufacturing processes. Align stakeholders around technical requirements, project timelines, risks, and performance expectations to ensure successful implementation of tooling solutions. Provide technical guidance and problem-solving support for complex tooling, manufacturing, and quality challenges. Build strong working relationships that foster effective communication, knowledge sharing, and continuous improvement across the organization. Continuous Improvement & Business Impact Identify and