Toolmaker CV Examples & Writing Guide
A toolroom manager reads for three things: what you build (progressive press tools, injection moulds, fixtures, gauges), the tolerances you hold and on which machines, and whether you completed an apprenticeship. Put those on page one with real numbers, then add try-out, repair and downtime figures from your own jobs.
Toolmaker CV example (12 years, press tools and moulds)
One page for a time-served toolmaker in an in-house toolroom at a pressings and moulding 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: try-out iterations, tool downtime and parts between failures.
Grant Vodicka
Toolmaker (Time-Served) | Progressive Press Tools, Injection Moulds, Fixtures
Telford · 07700 900175 · g.vodicka.tooling@email.com · Completed 4-year toolmaking apprenticeship · NVQ Level 3 · Own precision hand tools and micrometers
Summary
Time-served toolmaker with 12 years building and repairing progressive press tools, injection moulds and check fixtures. Works to ±0.005 mm on jig grinding and holds ±0.01 mm on wire EDM details. Built 34 progressive tools from drawing to production, cut average try-out iterations from 5 to 3, and reduced unplanned tool downtime on the top 10 running tools by 41%. Reads and applies GD&T to BS 8888 and ASME Y14.5.
Experience
Toolmaker · Wrekin Precision Components (metal pressings and injection moulding, 420 staff), Telford
May 2019 – Present
- Build and rebuild progressive press tools from 4 to 22 stations for pressings in cold-rolled steel, stainless and aluminium from 0.5 to 3 mm thick, working to drawing tolerances down to ±0.01 mm.
- Completed 34 new progressive tools from drawing through first-article approval, cutting average try-out iterations from 5 to 3 by checking strip layout and pilot fit before the tool ever saw the press.
- Cut unplanned downtime on the plant's 10 highest-running tools by 41% over two years by rebuilding worn form stations in D2 and S7 and moving 6 punch details to carbide.
- Grind tool details on surface and jig grinders to ±0.005 mm and cut punches, dies and inserts on wire EDM with a typical finish of Ra 0.4 µm or better.
- Repair and maintain 60 injection mould bases: core and cavity polishing to an SPI B finish, ejector and slide repair, cooling circuit service, and vent cutting on tools that were short-shotting.
- Program and run CNC mills in Mastercam for electrodes and mould detail work, and check first-offs on a CMM before releasing a tool to production.
Toolmaker · Severn Valley Tool & Machine (contract toolroom, 38 staff), Wolverhampton
Jun 2015 – Apr 2019
- Built compound, blank and pierce, and form tools plus 90 check fixtures and gauges for automotive and white goods customers.
- Worked from customer drawings and models in SolidWorks, and turned around emergency tool repairs on a 24-hour promise, meeting it on 96% of 140 jobs.
- Ran manual Bridgeport mills, surface and jig grinders, lathes, spark erosion (sinker EDM) and wire EDM, and did my own heat treatment coordination and hardness checks.
- Cut scrap on a problem drawn part from 9% to 2.4% by reworking the draw radius and adding a nitrogen gas spring system to the tool.
Toolmaking Apprentice · Severn Valley Tool & Machine, Wolverhampton
Aug 2011 – May 2015
- Completed a 4-year Advanced Apprenticeship: about 8,000 hours on the shop floor plus day-release college study in technical drawing, GD&T, metallurgy, machining and press tool design.
- Rotated through manual machining, grinding, EDM, assembly and tool try-out, finishing with independent build responsibility on 3 fixture jobs.
- Completed NVQ Level 3 toolmaking units during the apprenticeship.
Education
Advanced Apprenticeship (Level 3), Engineering Manufacture, toolmaking (4 years, completion certificate and NVQ Level 3)
Severn Valley Tool & Machine with day release to a further education college, 2015
BTEC Level 3 in Manufacturing Engineering (day release)
Further education college, Wolverhampton, 2013
Certifications
- Apprenticeship completion certificate, Advanced Apprenticeship in Engineering Manufacture (toolmaking), 2015
- NVQ Level 3 in Mechanical Manufacturing Engineering (toolmaking units)
- IOSH Working Safely, 2021
- Overhead crane and slinger/signaller training, current
- Counterbalance forklift (accredited course), refresher due 2027
Skills
What a toolroom manager checks first
Toolmakers are expensive to hire wrong and hard to find, so the screen is specific.
- What you build. Progressive press tools, compound tools, injection moulds, die-casting dies, jigs and fixtures, gauges, prototype tooling. These are different trades that share a title, and a press shop and a mould shop want different people.
- Tolerances and machines together. Saying you hold ±0.005 mm 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 completed toolmaking apprenticeship with NVQ Level 3 is the standard credential in this trade and it travels. Say the length, the employer and the year.
- Whether you can take a job from drawing to production alone. Build, try-out, debug and first-article approval is the whole loop. Someone who only makes details to a job card is a different hire from someone who owns a tool.
- Tool and mould 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 CVs I get list machines and never once say what came out of them.”
Apprenticeship, NVQ and how to write your qualifications
This trade has real qualifications, and they are worth writing precisely. Apprenticeship content differs by employer and college, so describe your own rather than a general standard.
Advanced Apprenticeship (Level 3), toolmaking, Severn Valley Tool & Machine, August 2011 to May 2015. About 8,000 hours on the shop floor plus day-release college study in technical drawing, GD&T, metallurgy, machining and press tool design. Completion certificate and NVQ Level 3 issued 2015.
NVQ Level 3 in Mechanical Manufacturing Engineering, toolmaking units. Name the qualification, the level and the pathway rather than writing "fully qualified", since the units you completed mean something to a toolroom manager.
BTEC Level 3 in Manufacturing Engineering, 2013, or an HNC in mechanical or manufacturing engineering. List modules only if you finished in the last two years.
Mastercam training completed 2020, SolidWorks 2018. Say what you actually program and model in, and at what level, because "exposure to CAD" and "programs three-axis electrodes daily" are different things.
IOSH Working Safely, 2021. Overhead crane and slinger/signaller training, current. Counterbalance forklift, refresher due 2027. All three matter because tool handling is heavy and dangerous.
Plenty of toolmakers came up without a formal apprenticeship. Write it plainly: "9 years in a toolroom, trained on the floor by two time-served toolmakers, no formal apprenticeship", then let the tool list and tolerances carry the CV.
Toolmaker personal statement examples
Three or four lines: what you build, your tolerance and machines, your apprenticeship, then one number that shows you improved something.
Time-served toolmaker with 12 years on progressive press tools, injection moulds and fixtures. Holds ±0.005 mm on jig grinding and ±0.01 mm on wire EDM details. Built 34 progressive tools from drawing to production, cut average try-out iterations from 5 to 3, and reduced unplanned tool downtime on the top 10 tools by 41%.
Mould maker with 9 years building and repairing injection moulds from single-cavity prototypes to 32-cavity hot runner production tools. Polishes to SPI A2, cuts and repairs slides and lifters, and takes tools through try-out and sampling. Cut mould-related scrap on 4 problem tools from 7% to under 2%.
Toolmaker with 8 years in a 38-person contract toolroom, building compound and form tools, check fixtures and gauges to customer drawings. Turned around emergency tool repairs on a 24-hour promise, meeting it on 96% of 140 jobs, and works from SolidWorks models daily.
Toolmaker with 7 years split between manual and CNC work, programming three-axis mills in Mastercam for electrodes and mould details, and running wire EDM to ±0.008 mm. Cut electrode lead time from 3 days to 1 by building a standard blank and holder library.
Second-year toolmaking apprentice with 3,400 hours logged, comfortable on manual mills, surface grinders and wire EDM, and holding ±0.02 mm on assigned details. BTEC Level 3 in Engineering in progress at college on day release. Looking to finish an apprenticeship in a toolroom that builds progressive press tools.
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Toolmaker bullets: weak to strong
The numbers come from job cards, tool history records, downtime reports and scrap reports. Every shop keeps all four.
| Weak | Strong |
|---|---|
| Built and repaired tooling for production. | Build and rebuild 4 to 22 station progressive press tools for pressings from 0.5 to 3 mm thick, to drawing tolerances down to ±0.01 mm. |
| Worked on new tool builds from start to finish. | Completed 34 progressive tools from drawing to first-article approval, cutting average try-out iterations from 5 to 3 by checking strip layout and pilot fit before the tool saw the press. |
| Performed preventive maintenance on press tools. | Cut unplanned downtime on the plant's 10 highest-running tools by 41% over two years by rebuilding worn form stations in D2 and S7 and moving 6 punch details to carbide. |
| Operated grinding and EDM equipment. | Grind tool details on surface and jig grinders to ±0.005 mm and cut punches, dies and inserts on wire EDM at Ra 0.4 µm finish or better. |
| Maintained injection moulds. | Maintain 60 mould bases: core and cavity polishing to SPI B, ejector and slide repair, cooling circuit service, and vent cutting on tools that were short-shotting. |
| Reduced scrap on a difficult part. | Cut scrap on a problem drawn part from 9% to 2.4% by reworking the draw radius and adding a nitrogen gas spring system to the tool. |
| Used CAD and CAM software. | Program three-axis mills in Mastercam for electrodes and mould details, working from customer SolidWorks models, and cut electrode lead time from 3 days to 1 with a standard blank library. |
| Responded quickly to production problems. | Turned around emergency tool repairs on a 24-hour promise, meeting it on 96% of 140 jobs over 4 years. |
Skills, machines and materials to list
Be specific about equipment and materials. A toolroom manager reads this section to work out which bench you would stand at.
- Tool types: progressive, compound, blank and pierce, form, draw and transfer press tools; injection moulds including hot runner, slides and lifters; die-casting 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, spark erosion (sinker EDM), boring mills, saws, spotting presses.
- Programming and modelling: Mastercam, Esprit, NX, SolidWorks, Autodesk products. Say what you program versus what you only open to view.
- Measurement and inspection: micrometers, slip gauges, height gauge, bore gauges, sine plates, dial indicators, optical comparator, CMM, surface finish measurement, hardness testing.
- Drawing and standards work: GD&T to BS 8888 and ISO GPS (ASME Y14.5 on US customer drawings), datum structures, first-article inspection, marking out, 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 treatment coordination and hardness verification, and knowing what to pick for a wear problem.
- Try-out and debug: strip layout checks, pilot and stripper fit, springback and burr control, short-shot and flash troubleshooting on moulds, and documenting what you changed.
- Shop practice: tool history records, planned maintenance schedules, slinging and overhead crane use, safe tool handling, and working a job to a promise date.
Apprentice and entry-level toolmaker CVs
Toolrooms are short of people and most shops will train, but they want evidence that you will still be there in year three. Apprenticeships usually run about four years and shops know exactly how many people quit in year two.
- 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.
- 2Say what you can hold and on what. Even at entry level, "holds ±0.02 mm on assigned details on a surface grinder" is a real capability statement.
- 3List your NVQ units and college qualifications individually if you have them, and any college coursework in machining, technical drawing or metallurgy.
- 4Use shop-floor experience of any kind: CNC operating, deburring, machine minding, welding, maintenance, farm machinery repair, vehicle work. Give the tolerance, the volume or the machine.
- 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.
- 6Do a short health and safety course and forklift or overhead crane training if you can. They are quick and they remove a barrier to your first day on the floor.
Ran two Haas VF-3 machining centres on production parts for 2 years, holding ±0.025 mm on turned and milled features, doing my own offsets, tool changes and in-process inspection with micrometers and bore gauges.
Repaired and rebuilt farm machinery for 3 years including hydraulic cylinders, gearboxes and welded frame repairs, working from parts diagrams and making replacement parts on a manual lathe and mill.
Engineering college leaver (BTEC Level 3 in Engineering, 2026) with 400 workshop hours on manual mills, lathes and surface grinders, and a summer deburring and machine minding in a pressings plant. Looking for a toolmaking apprenticeship, willing to commit to the full four years.
Format, length and keywords
- Two pages at most. One is enough up to about 15 years; use two if you have run a toolroom or led builds.
- Order: name with tool types, contact details with apprenticeship status, personal statement with tolerance and one result, experience, skills grouped by tool type and machine, certificates, education.
- Single column, no graphics, plain headings. Manufacturing applicant systems are basic and shop managers print.
- Mirror the advert: "progressive tool", "press tools", "injection mould", "jigs and fixtures", "wire EDM", "spark erosion", "jig grinding", "surface grinding", "GD&T", "try-out", "tool repair", "time-served", "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 drawings or photos you are allowed to share. Toolroom interviews often move to the shop floor.
One note on wording. "Toolmaker" is the common title in the UK, and adverts also use press toolmaker, mould toolmaker or toolroom machinist; US employers usually advertise the same job as tool and die maker. Use the advert's own title in your headline and keep UK CV conventions: two pages at most, no photo, no date of birth.
Frequently asked questions
What should a toolmaker put on a CV?
The tool types you build (progressive press tools, moulds, fixtures, gauges), the tolerances you hold and on which machines, your apprenticeship and NVQ status, and results such as try-out iterations, tool downtime, scrap reduction or repair turnaround. Add the tool steels and software you work with.
What is the difference between a toolmaker and a machinist?
A machinist makes parts, usually to a production routine. A toolmaker builds the tooling that makes those parts: press tools, moulds, fixtures and gauges, generally to tighter tolerances, in ones and twos, from drawing through try-out. The two overlap on machines but not on responsibility.
Do you need an apprenticeship to be a toolmaker?
It is the standard route and a completed apprenticeship with NVQ Level 3 travels well between toolrooms, but plenty of toolmakers came up on the floor without one. If you did not complete an apprenticeship, say so plainly and let your tool list, tolerances and results carry the CV.
What skills should be on a toolmaker CV?
Press tool and mould building and repair, jig and surface grinding, wire EDM and spark erosion, manual and CNC milling, GD&T to BS 8888 or ASME Y14.5, CMM and hand measurement, tool steel selection and heat treatment, and try-out and debug work including strip layout and mould venting.
How do you get into toolmaking with no experience?
Apply for a toolmaking or engineering apprenticeship, and support it with any shop-floor work: CNC operating, machine minding, welding, maintenance or machinery repair, with tolerances and machines named. Add an engineering BTEC or college course, and say you will commit to the full apprenticeship.
How long should a toolmaker CV be?
One page for most of a career and two at most, used if you have run a toolroom or led new tool builds. Keep tool types, tolerances and apprenticeship status in the top third, since those are what a manager screens on first.
Should I list tolerances on my CV?
Yes, and name the operation with each one. "±0.005 mm on jig grinding, ±0.01 mm on wire EDM details" is a capability statement a toolroom manager can act on. A vague claim of precision work reads as someone who has not held a tight tolerance recently.
Ready to write yours?
The builder suggests a summary from your own experience, then checks it against the job posting.
How this page was made: a first draft was written with AI assistance from cvplex's example library, then edited and fact-checked by the cvplex Careers Team. Examples are fictional composites; numbers are illustrative. Report an error via the editorial policy page.