Tool and Die Maker ATS Keywords
Manufacturing employers — including major automotive suppliers (Magna, Martinrea, Linamar), aerospace companies (RTX, GE Aerospace, Northrop Grumman), and mid-size die shops — increasingly process tool and die maker applications through applicant tracking systems before resumes reach a tool room manager's desk [1]. Indeed, Workday, iCIMS, and Greenhouse are the most common ATS platforms in manufacturing hiring. For a tool and die maker, this means your resume must contain the exact terminology that keyword-matching algorithms scan for — writing "I make tools" when the system searches for "progressive die" and "wire EDM" will eliminate you before anyone evaluates your precision capability.
Key Takeaways
- Manufacturing ATS systems are less sophisticated than corporate ATS but still rely on keyword matching — include exact terms from the job posting
- Die type specificity (progressive, transfer, compound, injection mold) is the highest-value keyword category because it directly determines whether your experience matches the shop's work
- Equipment names must be specific: "Mitsubishi MV2400R wire EDM" matches differently than "wire EDM" or "EDM machine"
- Material keywords (D2, A2, S7, carbide, HRC values) signal authentic trade knowledge that generic "tool steel" descriptions do not
- Include both precision capabilities (tolerances in inches: 0.0005", 0.0002") and measurement methods (CMM, GD&T) — both are heavily searched by recruiting systems
Tier 1: Must-Have Keywords (Appear in 90%+ of Tool and Die Maker Postings)
**Role identifiers:** - Tool and die maker / toolmaker / tool maker - Die maker / diemaker - Journeyman tool and die maker - Journeyman toolmaker - Tool room / toolroom **Core trade skills:** - Die build / die construction - Die maintenance / die repair - Die tryout - Machining / precision machining - CNC milling / CNC machining - Surface grinding - Wire EDM - Blueprint reading / print reading - Measurement / inspection / precision measurement **Primary die types:** - Progressive die / progressive stamping die - Transfer die - Compound die - Stamping die / stamping tooling **Fundamental standards:** - GD&T / Geometric Dimensioning and Tolerancing - ASME Y14.5 - Tolerance / tight tolerance / close tolerance **Safety and quality:** - Quality control / quality assurance / QC / QA - First-article inspection / first article - Safety / shop safety
Tier 2: High-Impact Keywords by Shop Type
Automotive Stamping Keywords
**Die construction:** - Progressive die construction / progressive die build - Strip layout / strip development - Station sequencing / station design - Pilot design / pilot installation - Die shoe / die set / die assembly - Upper die / lower die / punch holder / die holder - Stripper / stripper plate / stripper insert - Punch / die button / die opening - Form detail / form insert - Cam / cam driver / cam slide - Spring / nitrogen spring / die spring - Guide post / guide bushing / ball-bearing guide **Press and production:** - Stamping press / mechanical press / servo press - Press tonnage / 200 ton / 400 ton / 600 ton / 800 ton - Strokes per minute / SPM / production rate - Die set / die setup / die change - Scrap rate / material utilization - PPAP / Production Part Approval Process - SPC / Statistical Process Control - First-article approval **Materials:** - Tool steel / die steel - D2 / D2 tool steel - A2 / A2 tool steel - S7 / S7 tool steel - O1 / O1 tool steel - M2 / M2 high-speed steel - H13 / H13 hot-work steel - P20 / P20 pre-hardened - Carbide / tungsten carbide / solid carbide - HRC / Rockwell hardness / hardened / heat treated - 58 HRC / 60 HRC / 62 HRC / 65 HRC
EDM and Precision Machining Keywords
**Wire EDM:** - Wire EDM / wire electrical discharge machining - Mitsubishi EDM / Mitsubishi MV series - Sodick EDM / Sodick ALC series - Fanuc EDM / Fanuc Robocut - Makino EDM / AgieCharmilles - Wire cutting / wire cut - Skim cut / skim pass - Taper cutting - Submerged cutting - Wire threading / auto-thread - Start hole / pre-drill **Sinker EDM:** - Sinker EDM / ram EDM / die sinking EDM - Electrode fabrication / electrode design - Graphite electrode / copper electrode - Overburn / undercut - Orbiting / orbital motion **Precision machining:** - Hard milling / direct machining - 5-axis machining / 5-axis CNC - Jig grinding / jig grinder / Moore jig grinder - Jig boring - Lapping / honing - Surface finish / Ra / microinch - 0.0001" / 0.0002" / 0.0005" / 0.001" (tolerance values)
Equipment Keywords
**CNC machines:** - Haas / Haas VF series / Haas UMC - Makino / Makino V series - DMG Mori / Mori Seiki - Mazak / Mazak Variaxis - Okuma - Hermle - Bridgeport / Bridgeport mill **Grinders:** - Brown & Sharpe / Brown and Sharpe - Blanchard / Blanchard rotary grinder - Chevalier - Okamoto - Studer (cylindrical) **Measurement equipment:** - CMM / coordinate measuring machine - Zeiss CMM / Zeiss Contura / Zeiss Prismo - Mitutoyo CMM - Brown & Sharpe CMM - Optical comparator / profile projector - Micrometer / outside micrometer / inside micrometer - Height gauge / height gage - Gage blocks / gage pins / go/no-go - Dial indicator / test indicator - Surface plate - Profilometer / surface roughness tester - Rockwell hardness tester
CAD/CAM Software Keywords
**CAD:** - SolidWorks / Solid Works - AutoCAD - CATIA / CATIA V5 / CATIA V6 - NX / Unigraphics / Siemens NX - Creo / Pro/Engineer / Pro/E **CAM:** - Mastercam / MasterCAM - ESPRIT - PowerMill - Hypermill / hyperMILL - GibbsCAM - CAMWorks - G-code / G code / CNC programming **Die simulation:** - AutoForm / AutoForm forming simulation - Dynaform / LS-DYNA - PAM-STAMP - Forming simulation / FEA / finite element analysis
Injection Mold Keywords (for mold-building shops)
- Injection mold / injection molding / injection mould
- Mold base / mold insert / cavity insert / core insert
- Hot runner / cold runner
- Gate design / gate location
- Cooling circuit / cooling channel / conformal cooling
- Ejection / ejector pin / ejector plate
- Mold maintenance / mold repair
- Single-cavity / multi-cavity
- Plastic injection / thermoplastic
- Mold tryout / mold sampling
Tier 3: Differentiating Keywords
These appear in 20-40% of postings but signal advanced competency: **Advanced technical:** - Class A die / Class A surface - Automotive exterior panel die - Die simulation / forming simulation - Springback compensation - Die clearance calculation - Strip layout optimization / material utilization - Nitrogen spring / gas spring system - Transfer bar / transfer die automation - Servo press / servo stamping - Micro-stamping / fine blanking **Leadership and management:** - Lead toolmaker / senior toolmaker - Tool room foreman / tool room supervisor - Apprentice training / apprentice mentoring - Die build scheduling / project scheduling - Estimating / quoting / die build estimation - Material procurement / tool ordering - ISO 9001 / AS9100 / IATF 16949 **Certifications:** - NIMS / National Institute for Metalworking Skills - NIMS Level I / NIMS Level II - Journeyman certification / journeyman card - Registered apprenticeship / USDOL apprenticeship - GD&T certification / ASME Y14.5 certification - Six Sigma / Six Sigma Green Belt / Six Sigma Black Belt - Lean manufacturing / lean certification - OSHA 10 / OSHA 30 - Forklift certification / overhead crane certification
Keyword Placement Strategy
**Professional summary (3-4 lines):** Pack 8-10 high-priority keywords naturally. Example: "Journeyman tool and die maker with 9 years of experience building and maintaining progressive stamping dies for automotive Tier 1 suppliers. Proficient in CNC milling (Haas, Makino), wire EDM (Mitsubishi MV2400R), surface grinding, and jig grinding with tolerances to 0.0002". SolidWorks and Mastercam proficient. NIMS Level II certified." Keywords captured: journeyman, tool and die maker, progressive stamping dies, automotive, CNC milling, Haas, Makino, wire EDM, Mitsubishi, surface grinding, jig grinding, tolerances, SolidWorks, Mastercam, NIMS. **Work experience bullets:** Each bullet should embed 3-5 keywords within a quantified achievement statement. Example: "Built 8 progressive dies (12-18 stations) in D2 tool steel with punch-to-die clearances of 0.0005" per side for a 400-ton Komatsu servo press producing automotive structural brackets at 60 SPM, achieving first-article PPAP approval and production scrap rates below 1%." Keywords captured: progressive dies, D2 tool steel, punch-to-die clearance, 0.0005", 400-ton, servo press, automotive, SPM, PPAP, scrap rate. **Skills section:** Organize by category: - "Machines: Haas VF-4 CNC mill, Makino V56i 5-axis, Mitsubishi MV2400R wire EDM, Brown & Sharpe surface grinder, Moore jig grinder, Zeiss CMM" - "Software: SolidWorks, Mastercam, AutoCAD, AutoForm forming simulation" - "Die Types: Progressive, transfer, compound, draw, trim, cam, Class A" - "Materials: D2, A2, S7, O1, H13, P20, carbide (58-65 HRC)" **Certifications section:** List each on its own line with issuing body: - "Journeyman Tool and Die Maker — USDOL Registered Apprenticeship (4 years, 8,000 hours)" - "NIMS Level II — CNC Milling, Grinding, EDM" - "GD&T Certification — ASME Y14.5"
Common ATS Mistakes for Tool and Die Makers
**1. Writing "machinist" when the posting says "tool and die maker."** ATS systems searching for "tool and die maker" will not match "machinist." These are different occupational titles with different keyword profiles. **2. Listing "EDM" without specifying wire or sinker.** "EDM experience" is generic. "Wire EDM (Mitsubishi MV2400R) with 0.0002" tolerance capability" is specific and matches more search terms. **3. Not specifying die types.** "Built dies" could mean anything. "Built 14-station progressive dies" matches postings that specifically require progressive die experience. **4. Using only generic tolerance language.** "Close tolerances" or "precision work" do not match ATS searches for "0.0005" or "0.0002"." Include numerical tolerance values. **5. Omitting material specifications.** "Tool steel" is generic. "D2 hardened to 60 HRC" signals specific material knowledge that ATS keyword matching captures. **6. Not listing specific machine makes and models.** "CNC mill" could mean any machine. "Haas VF-4" and "Makino V56i" are specific, searchable terms that match against employer equipment inventories. **7. PDF formatting that breaks keyword extraction.** Use .docx format unless PDF is specifically required. Complex formatting (tables, columns, headers/footers, graphics) can break ATS parsing and prevent keywords from being extracted accurately [2].
Frequently Asked Questions
How many keywords should a tool and die maker resume include?
Aim for 25-40 unique relevant keywords distributed naturally across your summary, work experience, skills, and certifications sections. The most heavily weighted keywords are typically the role identifier ("tool and die maker"), die types (progressive, transfer), equipment names (specific CNC, EDM, and CMM models), materials (D2, A2, carbide), and tolerance values (0.0005", 0.0002"). Match 60-70% of the specific posting's terminology for optimal scoring.
Do manufacturing companies actually use ATS systems?
Yes, and increasingly so. Large manufacturers (Magna, Martinrea, GE Aerospace) use enterprise ATS platforms. Mid-size companies use Indeed's integrated ATS, iCIMS, or BambooHR. Even small die shops that review resumes manually often use keyword searches within email or job board platforms. The cost of ATS optimization is zero — it simply means using precise, standard terminology instead of vague descriptions [1].
Should I tailor my tool and die maker resume for each posting?
Yes, to the extent practical. Adjust which die types you emphasize (progressive vs. injection mold), which equipment you list first (wire EDM vs. 5-axis CNC), and whether you highlight build or maintenance experience based on the posting's requirements. The core content remains the same; the emphasis shifts to match each specific opportunity.
Are tolerance values and hardness numbers actually searched as ATS keywords?
They can be, particularly when postings specify "must be able to work to tolerances of 0.0005" or tighter" or "experience with hardened tool steel (58-62 HRC)." Including numerical values ensures you match those specific search terms. Even when not searched as keywords, they provide critical information that human reviewers use to evaluate your precision capability.
Should I include equipment that I have operated but am not expert-level on?
Include it in your skills section with appropriate context — list primary equipment (machines you operate daily) separately from secondary equipment (machines you have operated but are not primary on). This captures the keyword match while being honest about your proficiency level. Do not claim expert-level capability on equipment you have only observed or operated briefly.
**Citations:** [1] National Tooling and Machining Association (NTMA), "Technology Adoption in Manufacturing Hiring," 2024 [2] Society for Human Resource Management (SHRM), "ATS Best Practices for Skilled Trades Recruiting," 2024