Toolmaker Resume Examples & Writing Guide

One page for a journeyman toolmaker in a captive tool room at a stamping and molding plant. The name and employers are invented. Notice that the tolerances, the machines and the tool types are all specific, and that the results are written the way a plant measures them: tryout iterations, die downtime and parts between failures.

Toolmakers are expensive to hire wrong and hard to find, so the screen is specific.

• What you build. Progressive dies, compound dies, injection molds, die cast dies, jigs and fixtures, gauges, prototype tooling. These are different trades that share a title, and a stamping shop and a mold shop want different people.
• Tolerances and machines together. Saying you hold ±0.0002 in means little without the operation. Jig grinding, surface grinding, wire EDM and boring all imply different capability.
• Whether you completed an apprenticeship, and where. A registered apprenticeship with a journeyworker certificate is the standard credential in this trade and it travels. Say the length, the sponsor and the year.
• Whether you can take a job from print to production alone. Build, tryout, debug and first-article approval is the whole loop. Someone who only makes details to a work order is a different hire from someone who owns a tool.
• Die and mold maintenance experience. Most plants need repair and rebuild work more urgently than new builds. Downtime and parts-between-failure numbers are what get read here.

“Tell me what tools you built, what you hold on a grinder, and whether you finished an apprenticeship. Then tell me a die you fixed that nobody else could. That story is the interview. Most resumes I get list machines and never once say what came out of them.”

This trade has real credentials, and they are worth writing precisely. Requirements differ by state and sponsor, so describe your own rather than a general standard.

Three or four lines: what you build, your tolerance and machines, your apprenticeship, then one number that shows you improved something.

The numbers come from job travelers, die history cards, downtime reports and scrap reports. Every shop keeps all four.

Be specific about equipment and materials. A tool room manager reads this section to work out which bench you would stand at.

• Tool types: progressive, compound, blank and pierce, form, draw and transfer dies; injection molds including hot runner, slides and lifters; die cast dies; jigs, fixtures, gauges and prototype tooling.
• Machines: manual mills and lathes, CNC mills and the control you run, surface grinders, jig grinders, cylindrical and internal grinders, wire EDM, sinker EDM, boring mills, saws, spotting presses.
• Programming and modeling: Mastercam, Esprit, NX, SolidWorks, Autodesk products. Say what you program versus what you only open to view.
• Measurement and inspection: micrometers, gage blocks, height gage, bore gages, sine plates, indicators, optical comparator, CMM, surface finish measurement, hardness testing.
• Print and standards work: GD&T to ASME Y14.5, datum structures, first-article inspection, layout, and reading a customer model as the master rather than the drawing.
• Materials and treatments: tool steels such as A2, D2, S7, H13 and P20, carbide details, coatings, heat treat coordination and hardness verification, and knowing what to pick for a wear problem.
• Tryout and debug: strip layout checks, pilot and stripper fit, spring-back and burr control, short-shot and flash troubleshooting on molds, and documenting what you changed.
• Shop practice: die history records, preventive maintenance schedules, rigging and overhead crane use, safe die handling, and working a job to a promise date.

Tool rooms are short of people and most shops will train, but they want evidence that you will still be there in year three. Apprenticeships run four to five years and shops know exactly how many people quit in year two.

1. 1Put your hours logged on the page if you are already in an apprenticeship. "Second-year apprentice, 3,400 hours logged" is precise and it tells a shop where you would slot in.
2. 2Say what you can hold and on what. Even at entry level, "holds ±0.001 in on assigned details on a surface grinder" is a real capability statement.
3. 3List NIMS credentials individually if you have them, and any technical college coursework in machining, blueprint reading or metallurgy.
4. 4Use shop-floor experience of any kind: CNC operating, deburring, machine tending, welding, maintenance, farm equipment repair, auto work. Give the tolerance, the volume or the machine.
5. 5Mention hand skills and patience explicitly. This trade rewards people who will spend an afternoon stoning a form to fit, and shops screen for temperament as much as knowledge.
6. 6Get OSHA 10 and a forklift or crane certification if you can. They are quick and they remove a barrier to your first day on the floor.

• One page up to about 15 years, two only if you have run a tool room or led builds.
• Order: name with tool types, contact with apprenticeship status, summary with tolerance and one result, experience, skills grouped by tool type and machine, certifications, education.
• Single column, no graphics, plain headings. Manufacturing applicant systems are basic and shop managers print.
• Mirror the posting: "progressive die", "compound die", "injection mold", "jig and fixture", "wire EDM", "sinker EDM", "jig grinding", "surface grinding", "GD&T", "tryout", "die repair", "journeyman", "apprenticeship", "Mastercam", "CMM".
• Include your tolerance capability and your tool steel experience. Both get searched for.
• PDF, and bring a printed copy plus any sample prints or photos you are allowed to share. Tool shop interviews often move to the floor.

One note on wording. "Toolmaker" is the common title in the UK and much of the Commonwealth; in the US the job is usually advertised as tool and die maker, mold maker, or tool room machinist. Use the American title in your headline and mention the UK term only if you trained there, but keep the US resume conventions: one page, no photo, no date of birth.