Tool & Die Supervisor​/Tooling Design Engineer

Job Number: 367743

Category: Design Engineering

Description: Job Title:
Tool & Die Supervisor / Tooling Design Engineer

Pay rate: $100,000 - $112,000/yr.

Location:

Miamisburg, OH

Zip Code: 45342

Job Type: Direct

Start Date:

Right Away

Keywords: #Miamisburg Jobs; #Tool&Die Supervisor jobs; #Tooling Design Engineer jobs ; #INDREG

This position is offering a pay range of $100,000 - $112,000/yr. however, Belcan considers several factors when extending an offer, including but not limited to education, experience, geographic location, and discipline.

Benefits offered may include health care, dental, vision, life insurance; 401(k); education assistance; paid time off including PTO, holidays, and any other paid leave required by law.

The Tool & Die Supervisor / Tooling Design Engineer to provide technical and supervisory leadership for Tool & Die activities across multiple company manufacturing platforms, facilities, product lines, and processes. This position will retain hands-on responsibility for tooling design, CAD modeling, engineering drawings, tooling troubleshooting, and continuous improvement while ensuring consistent tooling standards and practices across the organization. The position will support fastener manufacturing, cold heading, cold forming, stamping, thread rolling, and related metal-forming operations.

• Supervise and coordinate Tool & Die activities across multiple company platforms and facilities.
• Establish consistent tooling standards, engineering practices, documentation, and processes.
• Prioritize new tooling, repairs, modifications, and preventive maintenance based on production requirements.
• Provide technical direction, training, and mentoring to Tool & Die personnel.
• Coordinate tooling resources and priorities across operations.
• Identify opportunities to share tooling designs, components, equipment, and expertise between company platforms.
• Work closely with Engineering, Production, Quality, Maintenance, and Operations leadership to resolve tooling issues.

• Create and maintain 2D engineering drawings and 3D CAD models for production tooling.
• Design and modify tooling for fasteners, cold forming, stamping, thread rolling, and other metal-forming processes.
• Design tooling including heading dies and punches, progressive and compound dies, blanking/forming tooling, thread rolling tooling, carbide components, fixtures, gauges, and tooling assemblies.
• Translate customer prints, specifications, samples, and production requirements into manufacturable tooling.
• Specify dimensions, tolerances, materials, heat treatment, finishes, and other engineering requirements.
• Maintain drawing revisions, CAD files, BOMs, and tooling documentation.
• Establish consistent drawing and documentation standards across company platforms.
• Apply GD&T and ensure designs are practical to manufacture and maintain.

Provide technical support for tooling used on:

• Single- and multi-station cold headers
• Cold-forming equipment
• Thread rolling machines
• Mechanical and progressive stamping presses
• Transfer presses
• Blanking, piercing, and forming presses
• Secondary-operation equipment

Troubleshoot and improve:

• Heading and forming tooling
• Progressive and compound dies
• Blanking, piercing, and forming dies
• Trim and cutoff tooling
• Thread rolling tooling
• Punches, inserts, pins, and carbide components
• Fixtures and secondary-operation tooling

• Oversee manufacture, repair, modification, and maintenance of production tooling.
• Coordinate machining, grinding, EDM, heat treatment, coating, and specialty processes.
• Determine whether tooling should be repaired, modified, rebuilt, standardized, or replaced.
• Establish preventive-maintenance practices for critical tooling.
• Coordinate internal and outside tooling resources as required.

• Reduce tooling-related scrap, downtime, rework, and cost.
• Improve tool life, production uptime, material utilization, and tooling performance.
• Standardize common tooling designs, materials, and processes.
• Share successful tooling solutions and lessons learned across company platforms.
• Support new product launches, process improvements, capital projects, and manufacturing transfers.

• On-time tooling completion and repair.
• Reduction in tooling-related downtime, scrap, and rework.
• Improved tool life and tooling cost.
• Accuracy and consistency of engineering drawings.
• Reduction in recurring tooling failures.
• Production uptime and tooling performance.
• Adoption of standardized tooling practices across company platforms.
• Toolroom productivity and employee development.

• 5+ years of Tool & Die, tooling, machining, stamping, metal forming, or related…