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Tool Designer Direct Hire
Career Insights for Mechanical Design Engineer
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Based on Minnesota data
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What they do
A Mechanical Design Engineer designs and develops mechanical tools as part of the product development cycle.
$92,912 / year median in Minnesota
+2% projected growth
Job Description
We are currently seeking a Tool Designer for a direct hire opportunity, offering compensation up to $50 per hour, commensurate with your professional background. Core Duties Conceptualize and engineer tool and die solutions that align with specific client needs, production capacities, and manufacturing standards. Develop precise 3D models, flat blank layouts, and technical engineering drawings utilizing SolidWorks and LogoPress, with Cadkey proficiency considered an asset. Engineer diverse punch press tooling solutions, encompassing automated systems, stage tooling, and progressive dies. Verify the functionality and production viability of designs by constructing and evaluating prototypes. Analyze incoming engineering specifications, RFQs, CAD files, and client-provided drawings. Work alongside the toolroom, quality assurance, and machine operators to ensure seamless production support. Determine optimal materials for tooling to balance cost-efficiency with long-term performance and durability. Enhance overall productivity and output quality by identifying tooling malfunctions and executing effective design modifications. Support ongoing process improvements while managing all necessary engineering records. Ideal Background Degree in Manufacturing Engineering, Tool Design, Mechanical Engineering, or a related discipline. Background in the design of sheet metal fabrication tooling, metal stamping, or progressive dies. Strong command of CAD platforms, specifically LogoPress and SolidWorks. Solid grasp of blueprint interpretation and GD&T (Geometric Dimensioning & Tolerancing) standards. Familiarity with various production methods, such as metal fabrication, stamping, EDM, and CNC machining. Excellent capabilities in communication, analytical thinking, and complex problem-solving. Candidates are expected to demonstrate expertise in the following areas: Geometric Dimensioning & Tolerancing Equipment Maintenance and Diagnostics Technical Troubleshooting Computer-Aided Design Systems G-Code Programming M-Code Programming Progressive Die Metal Forming and Stamping Hand Metrology and Precision Measurement Gauge Measurement and Advanced Inspection Academic Engineering Credentials Technical Blueprint Interpretation