Tool and Die Maker Resume Guide
The Bureau of Labor Statistics reports approximately 64,400 tool and die makers employed in the United States, with a median annual wage of $57,920 — but the occupation faces a projected 2% decline through 2032 as automation absorbs some repetitive tooling work, while simultaneously creating acute shortages in the precision, multi-axis, and EDM specialties that automation cannot replace [1]. This paradox means that tool and die makers with advanced skills are in high demand despite the overall employment contraction. Your resume must communicate which side of that divide you occupy — whether you are a commodity machinist who sets up standard presses, or a precision toolmaker who builds progressive dies with tolerances under 0.0005" and troubleshoots die performance under production conditions.
Key Takeaways
- Lead with your highest credential: journeyman toolmaker certification, NIMS credentials, or state apprenticeship completion — these are the first items screened by tool room managers
- Specify tolerances you have worked to (0.001", 0.0005", 0.0002"), materials (D2, A2, S7, carbide), and die types (progressive, transfer, compound, line) — generic "tool and die experience" gets filtered out
- Include machine capabilities: CNC mills (Haas, Mori Seiki, Makino), EDM (sinker and wire), surface grinders, jig grinders, and coordinate measuring machines (CMMs)
- Quantify your work: number of dies built, tonnage of presses served, production rates achieved, downtime reduced through die maintenance
- Name your CAD/CAM proficiency: SolidWorks, Mastercam, AutoCAD, CATIA, or NX are expected for modern toolmakers
What Hiring Managers Look For
Tool room managers and manufacturing engineers screening resumes evaluate three categories. First, precision capability — can you hold the tolerances their dies require? A stamping die for automotive body panels demands different precision than a blanking die for HVAC brackets. Second, they assess your breadth of process knowledge: can you design, machine, assemble, try out, and troubleshoot a die, or are you limited to one phase? Third, they evaluate your equipment proficiency — a toolmaker who can program and operate a wire EDM (Mitsubishi, Sodick, Fanuc) alongside conventional milling and grinding commands a significantly higher market rate than one limited to manual machines [2]. The distinction between "tool and die maker" and "machinist" matters on resumes. Machinists make parts to print. Tool and die makers build the tools that make parts — they work from engineering intent, not just dimensions. Your resume should demonstrate that you understand die function, not just die geometry.
Resume Format and Structure
**Format:** Reverse-chronological. Manufacturing hiring managers want to see your most recent toolroom experience first and a clear progression of capabilities. **Length:** One page for under 10 years of experience. Two pages if you have extensive die design experience, multiple specializations, or foreman/lead responsibilities. **Sections:** 1. Contact Information (name, phone, email, city/state) 2. Professional Summary (3-4 lines with credential, years, specializations, key equipment) 3. Certifications & Credentials (prominent placement — before work experience) 4. Work Experience (reverse chronological, project-focused bullets) 5. Equipment & Software Proficiency (specific machines, CAD/CAM platforms) 6. Education & Apprenticeship 7. Additional Training (GD&T, lean manufacturing, Six Sigma)
Skills Section
**Die types and tooling:** - Progressive dies (small pitch, large pitch, high-speed) - Transfer dies (mechanical and servo press applications) - Compound dies (combination cut and form operations) - Line dies (individual station blanking, piercing, forming) - Class A dies (automotive exterior panels — mirror finish, no witness marks) - Prototype and short-run tooling - Die cast molds (aluminum, zinc, magnesium) - Injection molds (steel and aluminum, single and multi-cavity) - Trim dies, draw dies, pierce dies, form dies, cam dies - Fixture design and build (welding fixtures, inspection fixtures, assembly fixtures) **Machining processes:** - CNC milling (3-axis, 4-axis, 5-axis) - CNC turning - Wire EDM (Mitsubishi, Sodick, Fanuc, Makino) - Sinker EDM (ram EDM) with electrode fabrication - Surface grinding (Blanchard rotary, reciprocating) - Cylindrical grinding (OD, ID) - Jig grinding (Moore, Hauser) - Jig boring - Manual milling (Bridgeport) - Manual turning (engine lathe) - Honing and lapping - Hard milling (direct machining of hardened tool steel) **Materials:** - Tool steels: D2, A2, S7, O1, W1, M2, H13, P20 - Carbide (solid carbide inserts and carbide-tipped tooling) - Hardened materials (working at 58-65 HRC) - Aluminum tooling (6061-T6, 7075-T6 for prototype dies) - Pre-hardened steel (4140, 4340) - Beryllium copper (for plastic injection mold inserts) **Measurement and inspection:** - Coordinate measuring machine (CMM) — Zeiss, Brown & Sharpe, Mitutoyo - Optical comparator / profile projector - Micrometers (outside, inside, depth) to 0.0001" resolution - Height gauges and surface plates - Dial indicators and test indicators - Gage blocks and gage pins - GD&T (Geometric Dimensioning and Tolerancing) interpretation per ASME Y14.5 **Software:** - CAD: SolidWorks, AutoCAD, CATIA, NX (Unigraphics), Creo (Pro/E) - CAM: Mastercam, ESPRIT, PowerMill, GibbsCAM, Hypermill - Die simulation: AutoForm, Dynaform, PAM-STAMP - ERP/MRP: SAP, Oracle, JobBoss, Epicor
Work Experience Bullets
Entry-Level (Apprentice / 1-4 years journeyman)
- Built 12 progressive stamping dies for automotive bracket production, machining die details from D2 and A2 tool steel to tolerances of 0.0005", with all dies achieving first-article approval on tryout
- Programmed and operated a Mitsubishi MV2400R wire EDM to cut die openings, punch profiles, and stripper insert pockets, maintaining tolerances of 0.0002" on critical punch-to-die clearances
- Surface ground die shoes, parallels, and sub-plates on a Blanchard rotary grinder and Brown & Sharpe reciprocating grinder, holding flatness within 0.0003" across 36" x 48" die shoes
- Fabricated graphite and copper EDM electrodes on a Haas VF-2 CNC mill for sinker EDM operations, achieving detail reproduction within 0.0005" on complex cavity geometries
- Performed first-article inspection on completed die components using a Zeiss CMM, documenting results per PPAP requirements for Tier 1 automotive suppliers
Mid-Level (Journeyman, 4-10 years)
- Designed and built 8 progressive dies for a high-speed stamping line producing 450 strokes per minute on a 200-ton Minster press, achieving first-pass production rates of 95%+ with scrap rates below 1.2%
- Troubleshot a 14-station progressive die experiencing slug pulling and mis-feed issues at 300 SPM, identified worn pilot clearances and incorrect timing, and performed corrective rework that reduced unplanned downtime from 8 hours/month to under 1 hour/month
- Led die tryout and validation for 22 new stamping dies over 3 years, coordinating with design engineering, quality, and production to achieve PPAP approval with zero rejections
- Programmed 5-axis CNC operations on a Makino V56i for direct hard milling of die inserts in hardened D2 (60 HRC), eliminating sinker EDM operations on 40% of die details and reducing lead time by an average of 3 days per die
- Maintained and repaired 45 active production dies serving 6 stamping presses (150-800 ton), performing sharpening, timing adjustments, component replacement, and preventive maintenance per scheduled intervals
Senior-Level (Lead Toolmaker / Die Designer, 10+ years)
- Managed a 6-person tool room responsible for building 15-20 new progressive dies annually and maintaining 120+ active production dies for automotive, appliance, and electrical connector stamping operations
- Designed progressive dies in SolidWorks with strip layout optimization, reducing material waste by 12% across a product family of 8 parts, saving $340,000 annually in raw material costs
- Implemented a predictive die maintenance program using production hit counters and inspection data, reducing unplanned die failures by 65% and increasing press uptime from 82% to 94% across the stamping department
- Trained 8 apprentice toolmakers over 6 years through the company's registered apprenticeship program, with all 8 completing journeyman certification and 3 advancing to lead toolmaker positions
- Specified and justified capital purchase of a Sodick ALC600G wire EDM ($285,000), demonstrating ROI through reduced outsourcing costs and improved in-house capability, achieving payback within 14 months
Professional Summary Examples
**Example 1 — Experienced Journeyman:** "Journeyman tool and die maker with 8 years of experience designing, building, and maintaining progressive stamping dies for automotive and appliance manufacturing. Proficient in CNC milling (Haas, Makino), wire EDM (Mitsubishi, Sodick), surface grinding, and jig grinding with tolerances to 0.0002". SolidWorks and Mastercam proficient. NIMS Level II certified." **Example 2 — Die Design Specialist:** "Tool and die maker with 14 years of experience specializing in progressive die design and build for high-speed stamping applications (300-600 SPM). Expert in strip layout optimization, die simulation (AutoForm), and Class A die construction for automotive exterior panels. Manages tool rooms of 6-10 toolmakers. Journeyman certification through USDOL-registered apprenticeship." **Example 3 — EDM Specialist:** "Precision tool and die maker with 6 years of experience focused on wire EDM and sinker EDM operations for complex die details and injection mold inserts. Operates Mitsubishi, Sodick, and Fanuc wire EDM equipment with tolerances to 0.0001". Proficient in electrode design and fabrication, CNC programming (Mastercam), and hard milling of tool steels at 58-65 HRC."
Education and Certifications
**Apprenticeship:** The primary entry path into tool and die making is a 4-year registered apprenticeship (8,000 hours of OJT plus related classroom instruction). The USDOL Office of Apprenticeship and state apprenticeship agencies register these programs. Some programs extend to 5 years. List your apprenticeship with the sponsor (employer or consortium), completion year, and journeyman certificate information [3]. **NIMS Credentials:** The National Institute for Metalworking Skills (NIMS) offers stackable credentials that validate specific competencies: CNC Milling, CNC Turning, Grinding, EDM, Measurement/Materials/Safety, and others. NIMS credentials are nationally recognized and increasingly expected on resumes — particularly for candidates from community college programs rather than employer-sponsored apprenticeships [4]. **Additional certifications:** - GD&T certification (ASME Y14.5) — ETI or equivalent - Six Sigma Green Belt or Black Belt - Lean Manufacturing certification - OSHA 10 or OSHA 30 - Forklift and overhead crane operator certification - First Aid/CPR
Common Resume Mistakes for Tool and Die Makers
**1. Writing "machinist" when you are a tool and die maker.** These are different trades with different skill levels, pay scales, and expectations. A machinist makes parts to print. A tool and die maker builds the tools that make parts. If you are a toolmaker, say so — do not undersell yourself. **2. Omitting tolerances.** "Machined die details" is meaningless. "Machined die details from D2 tool steel to tolerances of 0.0005" on a Haas VF-4 CNC mill" communicates precision capability, material knowledge, and equipment proficiency. **3. Not specifying die types.** Progressive, transfer, compound, and line dies require different skill sets. Injection molds are different from stamping dies. Name the die types you have built and maintained. **4. Listing machines without specifying capability.** "CNC mill" could mean anything. "Haas VF-4 (40" x 20" x 25" travel), 3-axis with 4th-axis rotary table" communicates your actual capability. **5. Ignoring CAD/CAM proficiency.** Modern tool and die making requires CAD/CAM competency. If you design in SolidWorks, program in Mastercam, and simulate in AutoForm, say so — these are differentiating skills, especially for younger toolmakers competing against experienced manual-only tradespeople. **6. Not quantifying die performance.** How many strokes per minute? What scrap rate? How many hits between sharpening? Production metrics demonstrate that you understand die function, not just die geometry. **7. Forgetting press tonnage and die size.** "Built progressive dies" does not tell the hiring manager whether you have worked on a 60-ton precision press or an 800-ton transfer press. Include press tonnage and die dimensions (shoe size) to communicate the scale of your experience.
ATS Keywords for Tool and Die Maker Resumes
**Core trade terms:** tool and die maker, toolmaker, die maker, journeyman toolmaker, tool room, die design, die build, die maintenance, die repair, die tryout **Die types:** progressive die, transfer die, compound die, line die, draw die, trim die, pierce die, form die, cam die, Class A die, prototype die, injection mold, die cast mold **Processes:** CNC milling, CNC turning, wire EDM, sinker EDM, surface grinding, jig grinding, jig boring, manual milling, Bridgeport, hard milling, lapping, honing, heat treating **Materials:** D2, A2, S7, O1, M2, H13, P20, carbide, tool steel, hardened steel, pre-hardened **Equipment:** Haas, Makino, Mori Seiki, Mitsubishi EDM, Sodick, Fanuc, Blanchard, Brown & Sharpe, Moore jig grinder, Zeiss CMM **Software:** SolidWorks, Mastercam, AutoCAD, CATIA, NX, Creo, AutoForm, Dynaform **Quality:** tolerance, GD&T, CMM, first-article inspection, PPAP, SPC, dimensional inspection
Final Takeaways
A tool and die maker resume must answer three questions for the hiring manager: What precision level can you work to (tolerances, surface finishes)? What complexity of tooling have you built (die types, number of stations, press tonnage)? And what equipment and software can you operate (specific CNC machines, EDM equipment, CAD/CAM platforms)? Generic language fails because the tool and die trade is defined by specificity — the difference between 0.001" and 0.0002" tolerance work is the difference between a $28/hour job and a $42/hour job. Name your capabilities precisely, quantify your project experience, and demonstrate that you understand die function — not just die fabrication.
Frequently Asked Questions
Do tool and die makers need a formal apprenticeship?
A registered apprenticeship (4 years, 8,000 hours) is the traditional and most respected entry path. However, some toolmakers enter through community college machining programs followed by on-the-job development, military training (Navy and Air Force machinist ratings), or progressive advancement from CNC operator to setup to toolmaker within a manufacturing facility. What matters most is demonstrable competency — NIMS credentials, a portfolio of completed die projects, and the ability to pass a hands-on skills assessment during the hiring process [3].
How important is CAD/CAM for tool and die maker resumes?
Increasingly critical. Modern tool rooms expect toolmakers to create 3D models in SolidWorks or CATIA, generate CNC programs in Mastercam or PowerMill, and use simulation tools to validate die designs before cutting steel. Toolmakers who rely exclusively on manual methods and 2D drawings are at a competitive disadvantage for new positions, particularly at Tier 1 and Tier 2 automotive suppliers. If you have CAD/CAM skills, feature them prominently.
What is the difference between a tool and die maker and a mold maker on a resume?
Tool and die makers primarily build stamping dies (progressive, transfer, compound) for metal forming operations. Mold makers build injection molds and die cast molds for plastic and metal casting. The machining skills overlap significantly (CNC, EDM, grinding), but the design knowledge differs — die makers understand strip layout, material flow, and press mechanics, while mold makers understand gating, cooling, and ejection. Some toolmakers are proficient in both. Use the title that matches the position you are applying for.
Should I include press tonnage and die size on my resume?
Yes. Press tonnage and die shoe dimensions communicate the scale of your experience. A toolmaker who has built dies for 60-ton precision presses works at a fundamentally different scale than one who has built dies for 1,000-ton transfer presses. Include this information in your work experience bullets: "Built 14-station progressive die (48" x 72" shoe) for a 400-ton Komatsu servo press producing automotive door hinges at 45 SPM."
How do I handle gaps in employment on a tool and die maker resume?
Manufacturing is cyclical — layoffs during economic downturns are common and understood by hiring managers. If you used gap time productively (additional training, NIMS certification, freelance prototype work), mention it. If the gap was recent, address it briefly in your cover letter. What matters most to toolroom managers is your current skill level and your ability to demonstrate it through specific project descriptions and, often, a practical shop test during the hiring process.
**Citations:** [1] Bureau of Labor Statistics, Occupational Outlook Handbook, "Tool and Die Makers (51-4111)," 2024-2025 [2] National Tooling and Machining Association (NTMA), "Workforce Compensation Survey," 2024 [3] U.S. Department of Labor, Employment and Training Administration, "Registered Apprenticeship in Advanced Manufacturing," 2024 [4] National Institute for Metalworking Skills (NIMS), "Credentialing Standards for Tool and Die Making," 2024