Advanced Tool Design Manager

Join Weiss-Aug – A Leader in Precision Manufacturing and Innovation

Be part of a company that’s shaping the future of manufacturing where your ideas, skills, and passion matter.

Weiss-Aug, is a leading provider of advanced manufacturing and engineering solutions with advanced facilities across the U.S. and Mexico for over 50 years.

Why Join Us? 

At Weiss-Aug we are driven by a commitment to excellence, innovation, and continuous improvement. As a recognized leader in the industrial and commercial sectors, specializing in high-volume metal stamping, thermoplastic molding, and value-added assembly solutions for the medical, aerospace & defense, automotive, interconnect, telecommunications and consumer goods industries, we take pride in cultivating a collaborative and forward-thinking work environment.

We're currently seeking a passionate and skilled Advanced Tool Design Manager to join our team and contribute to our mission of delivering high-quality, engineered solutions to our customers worldwide. In this role you will be responsible for leading the design, development, validation, and continuous improvement of complex progressive stamping dies, precision tooling systems, and advanced manufacturing technologies. This position manages tooling design resources while providing strategic direction for die engineering, simulation, tool optimization, automation integration, and smart manufacturing initiatives.

The Successful candidate will possess deep expertise in progressive die design, metal forming processes, tool construction, simulation technologies, and advanced manufacturing systems. This role is responsible for driving tooling innovation, establishing engineering standards, developing technical talent, and ensuring tooling solutions support operational excellence, cost competitiveness, product quality, and manufacturing scalability.

The Advanced Tool Design Manager partners closely with Product Development, Manufacturing Engineering, Operations, Quality, Supply Chain, Tool Room, Automation, and external tooling suppliers to deliver world-class tooling solutions from concept through production launch.

Responsibilities

Tooling Strategy & Leadership

• Lead the Advanced Tool Design function, establishing technical direction, priorities, and engineering standards.
• Manage and develop a team of Tool Designers, Tool Engineers, and technical specialists.
• Provide leadership from progressive die design, stamping process development, and tooling innovation initiatives.
• Drive standardization of tooling methodologies, design practices, component selection and documentation.

Advanced Tool Design & Engineering

• Oversee the design and development of complex progressive stamping dies utilizing SolidWorks, Logopress, and advances engineering software.
• Approve strip layouts, progression designs, carrier concepts, die station development, and complete tooling assemblies.
• Provide technical guidance on die construction methods, tool steels, heat treatment, coating and wear-resistant technologies.
• Support tooling quotations, feasibility assessments, and manufacturing cost analyses.

Simulation & Manufacturing Analytics

• Lead the utilization of advanced simulation technologies to optimize stamping and forming processes.
• Implement simulation-driven design methodologies that reduce launch risk and minimize tool tryout cycles.
• Drive data-driven root cause analysis and corrective action initiatives across tooling programs.

Die Protection, Automation & Smart Manufacturing 

• Establish standards for advanced in-die sensing and die protection systems.
• Partner with Automation and Controls Engineering team to integrate sensor technology with presses, robotic systems, and manufacturing equipment.
• Support development of smart tooling technologies for predictive maintenance and process monitoring.

Program Management & Launch Support 

• Provide technical leadership for tooling projects from product concept through production launch.
• Coordinate internal and external tooling suppliers to meet project timing, cost and quality objectives.
• Manage tooling schedules, budgets, risks and resource allocation.
• Lead tool build reviews, tryouts, debugging activities, and validation programs.
• Ensure successful transfer to tooling into production environments.