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Contents
Machinist Resume: The Essentials
Why This Machinist Resume Works
How to Write a Machinist Resume That Gets Interviews
What to Include in a Machinist Resume
Machinist Resume Summary Examples
Machinist Work Experience Examples
Top Machinist Skills
Machinist Certifications
Machinist Salary
Common Machinist Resume Mistakes
Machinist Resume FAQs
Stefan Hofer
Machinist
0015724410329
Summary
Machinist with twelve years machining precision metal parts for engineering and aerospace suppliers in Stuttgart. Turns drawings into parts that fit to the micron — setting up and programming CNC machines and manual lathes and mills, holding tight tolerances, and inspecting his own work to make sure every part is right. Machined parts for demanding aerospace contracts and cut cycle time on a key job through smarter setups. Programs and operates CNC and manual machines, reads engineering drawings, holds tight tolerances, inspects and measures parts, and maintains tooling. Precise, methodical and proud of his craft. Looking for a senior machinist or CNC role with a shop that machines genuinely demanding, high-precision work.
Work Experience
Machinist
Schwaben Precision Engineering, Stuttgart, Germany
Jan 2015 – Present
- Turn engineering drawings into precision parts that fit to the micron, machining demanding work to tight tolerances.
- Machined parts for demanding aerospace contracts and cut cycle time on a key job through smarter setups.
- Program and operate CNC machines and manual lathes and mills, setting up tooling and offsets for accurate cuts.
- Read complex engineering drawings and hold tight tolerances, getting dimensions right to a few microns.
- Inspect and measure my own parts with precision instruments, so nothing leaves the machine out of spec.
- Maintain tooling and machines, keeping them accurate and reliable so quality and cycle times stay consistent.
Junior Machinist
Neckar Metalworks, Stuttgart, Germany
Jul 2012 – Dec 2014
- Machined parts on lathes and mills under senior machinists, building precision and setup skills on the job.
- Ran jobs, measured parts and learned CNC, growing into more complex and tighter-tolerance work.
- Learned machining, metrology and CNC on the job across more than two years.
- Gained the CNC certificate and experience that led into a full machinist role.
Education
Apprenticeship in Precision Machining, Precision Engineering
Stuttgart Technical Apprenticeship
Sep 2009 – Jun 2012
- Completed a German dual-system apprenticeship in precision machining, combining workshop training with technical college. The programme built deep machining skill and metrology knowledge. It qualified him as a machinist.
Certificate in CNC Programming, CNC Machining
Baden-Württemberg Skills Institute
Jan 2014 – Jun 2014
- Certificate covering CNC programming, CAM and advanced machining to a recognised standard. It deepened his CNC and programming skill. It supported machining complex parts to tight tolerances.
Certifications
CNC Programming Certificate
Baden-Württemberg Skills Institute
Jun 2014 – Present
- Certificate covering CNC programming, CAM and advanced machining to a recognised standard. It deepened his CNC and programming skill and supports machining complex parts to tight tolerances.
Highlights
Aerospace-grade precision
- Machined parts for demanding aerospace contracts where tolerances and quality are unforgiving. Producing parts that pass aerospace inspection reflects machining skill and discipline at the very top of the trade.
Cut cycle time
- Cut cycle time on a key job through smarter setups and tooling without losing accuracy. Making a precision job faster while holding tolerance saves real money and capacity, and is exactly where an expert machinist adds value.
Aerospace Component Run
Aerospace Component Run
Jan 2021 – Jun 2021
- Programmed, set up and machined a run of precision aerospace components to extremely tight tolerances, reworking the setups to cut cycle time, which delivered the parts to spec and improved the job's efficiency.
Languages
- German — Native or Bilingual Proficiency
- English (UK) — Professional Working Proficiency
Technical Skills
- CNC Machining
- CNC Programming
- Manual Lathe & Mill
- Reading Drawings
- Tight Tolerances
- Metrology & Inspection
- Tooling & Setups
- CAM Software
- Materials Knowledge
- Cycle-Time Improvement
Personal Skills
- Precision
- Methodical Approach
- Craftsmanship
- Patience
- Reliability
Activities & Interests
- Swimming
- Rugby
- Radio
- Baby
- Family
Machinist Resume: The Essentials
Before the detail, here is what actually decides a strong machinist resume:
- Lead with the tightest tolerance you hold, plus or minus a few microns, because that single number tells a foreman more about your skill than any adjective.
- Name the machines and controls you run, CNC mill, lathe, 5-axis, and the control like Fanuc, Siemens or Haas, since that is what a shop screens for first.
- State the materials you cut, aluminium, stainless, titanium and Inconel, because exotic and aerospace alloys read very differently from mild steel.
- Show you program, not just operate: G-code editing, CAM software and setting your own offsets and tooling separate a machinist from a button-pusher.
- Prove you inspect your own work with real instruments, micrometers, CMM, gauges, and can read GD&T off a drawing without hand-holding.
- Quantify a cycle-time or scrap win, because saving minutes per part or cutting rework is exactly where an experienced machinist earns his rate.
Why This Machinist Resume Works
This sample earns interviews because it proves precision and self-checking, the two things a shop foreman screens for. Here is what it gets right:
- The summary leads with fit to the micron and holding tight tolerances, putting the one skill that defines the trade in the first line rather than a soft claim.
- It names both CNC and manual work, lathes and mills, so a foreman knows the candidate can set up and cut across the machines a real shop runs.
- The aerospace-contract bullet signals top-of-trade quality, since parts that pass aerospace inspection prove discipline that transfers to any precision job.
- It shows self-inspection explicitly, measuring his own parts so nothing leaves the machine out of spec, which is what lets a shop trust him unsupervised.
- The cycle-time win through smarter setups proves he adds value beyond making parts, cutting cost and freeing capacity without giving up accuracy.
How to Write a Machinist Resume That Gets Interviews
Machinist hiring runs on precision, machine range and whether a shop can trust your parts unsupervised. Write for the foreman or shop manager deciding whether to put you on their tightest jobs:
Lead with your tightest tolerance and machine range
Open with proof of skill: 'Machinist, twelve years, holding tolerances to plus or minus 5 microns on CNC and manual lathes and mills.' A tolerance figure and the machines you run tell a foreman exactly what you can hold, which is worth more than any 'precise and reliable' line.
Name your controls, CAM and materials
Be specific about the kit: Fanuc, Siemens or Haas controls, Mastercam or Fusion 360 for CAM, and the materials you cut from aluminium to titanium and Inconel. A shop screens for whether you can walk up to their machines and their alloys, so spell out both instead of writing 'CNC experience'.
Show you program and set up, not just operate
Separate yourself from a button-pusher: edit G-code at the control, prove out first articles, dial in tool offsets and work coordinates, and design your own fixturing. 'Programmed and proved out a new 5-axis job from drawing to first good part' signals the self-sufficiency shops pay a premium for.
Prove inspection and drawing literacy
Precision means nothing if you cannot verify it. Reference the instruments you use, micrometers, bore gauges, height gauges and CMM, and that you read GD&T and first-article inspection reports. It tells a foreman your parts pass inspection because you check them, not because someone catches your mistakes.
Quantify a cycle-time or quality win
Show you make the shop money: cut cycle time through smarter tooling or setups, reduced scrap, or improved first-pass yield. 'Cut cycle time 30% on a repeat job by resequencing operations and switching to a higher-feed tool' proves you optimise, not just run what you are given.
What to Include in a Machinist Resume
A few specific lines tell a shop foreman you have actually held tight tolerances rather than tended a machine. Make sure yours carries these:
The tightest tolerances you hold and the surface finishes you can achieve, stated in real units.
The machines and axes you run: CNC mill, lathe, 5-axis, Swiss, plus manual lathes and mills.
The controls and CAM software you know, such as Fanuc, Siemens, Haas, Mastercam or Fusion 360.
The materials you cut, from aluminium and stainless to titanium, Inconel and other aerospace alloys.
Programming and setup work: G-code editing, first-article proveout, offsets, tooling and fixturing.
Inspection tools and standards, micrometers, CMM, GD&T and first-article inspection reporting.
The industries you have machined for, aerospace, medical, automotive or defence, since they signal quality level.
A quantified improvement, cycle time cut, scrap reduced or first-pass yield lifted, with the number.
Machinist Resume Summary Examples
Your summary should carry your machine range, tightest tolerance and the materials you cut in the first few lines. These examples span apprentice-fresh to senior so you can match the one closest to your own experience:
Entry-level resume summary example
CNC machinist with two years on 3-axis mills and lathes after completing a precision-machining apprenticeship, holding tolerances to plus or minus 20 microns on production parts. Reads engineering drawings and GD&T, sets tool offsets and work coordinates, and runs jobs on Fanuc and Haas controls in aluminium and mild steel. Inspects his own work with micrometers, calipers and bore gauges, and has kept scrap under 2% across a year of repeat automotive production. Comfortable loading proven programs, making offset corrections, and doing basic edits at the control, and keen to move into tighter-tolerance and 5-axis work. Looking for a machinist role at a precision shop where he can grow into programming and demanding aerospace or medical parts.
Mid-level resume summary example
Machinist with seven years machining precision parts for automotive and general engineering suppliers, holding tolerances to plus or minus 8 microns across CNC and manual lathes and mills. Programs and proves out jobs on Siemens and Fanuc controls, writes and edits G-code, and builds his own setups, tooling and fixturing from the drawing. Cut cycle time on a high-volume job by 25% by resequencing operations and switching to a higher-feed tool without losing surface finish. Cuts aluminium, stainless and tool steel, inspects with micrometers, bore gauges and a CMM, and reads GD&T and first-article reports fluently. Looking for a senior machinist or CNC programmer role at a shop that runs genuinely demanding, high-precision work.
Senior-level resume summary example
Senior CNC machinist with fifteen years machining precision and aerospace components to the tightest tolerances, including 5-axis milling and Swiss turning down to plus or minus 3 microns. Programs from drawing and model in Mastercam, proves out first articles, and sets the standard for setups, tooling and process on the shop's most demanding jobs. Machined flight-critical parts to aerospace inspection standards with zero rejects across multi-year contracts, and cut cycle time on a key job by a third through smarter tooling and fixturing. Cuts titanium, Inconel and stainless, runs CMM inspection and first-article reporting, and mentors apprentices and junior machinists on precision and metrology. Looking for a lead machinist or shop-floor programming role at a supplier machining the hardest, highest-precision work.
Machinist Work Experience Examples
Bullets should read as evidence a foreman can trust, each one carrying the tolerance, material and result, not just a duty. These sets show how the same craft reads across different precision industries:
Aerospace / precision machinist
- Machined flight-critical aerospace components in titanium and Inconel to tolerances of plus or minus 5 microns on 5-axis mills, passing first-article and CMM inspection with zero rejects across a three-year contract.
- Programmed and proved out new jobs from drawing and model in Mastercam, dialling in offsets, tooling and fixturing so parts hit spec on the first article and moved straight into production runs.
- Cut cycle time on a repeat aerospace job by 30% by resequencing operations and switching to higher-feed carbide tooling, holding surface finish and tolerance while freeing machine capacity for other contracts.
- Inspected his own parts with micrometers, bore gauges and a CMM against GD&T callouts, keeping a first-pass yield above 98% and catching drift before a single part left the machine out of spec.
- Maintained tooling, offsets and machine accuracy through long unattended runs, keeping cycle times and quality consistent across demanding titanium jobs where scrapping a part meant losing hours of cutting time.
Medical / Swiss machinist
- Ran Swiss-type lathes producing small-diameter medical components in stainless and titanium to tolerances of plus or minus 3 microns, holding surface finishes fine enough for implantable and surgical parts.
- Programmed multi-axis Swiss jobs and proved out first articles, balancing main and sub-spindle operations to machine complete parts off the bar with minimal secondary work and tight concentricity.
- Held first-pass yield above 97% on high-volume medical runs by monitoring tool wear and adjusting offsets proactively, keeping scrap low on parts where a rejected batch is expensive to replace.
- Inspected micro-features with optical comparators, pin gauges and a CMM, documenting first-article inspection reports to the medical device standards the contract and auditors required.
- Cut changeover time between medical part numbers by building standardised tooling and setup sheets, getting the machine back into qualified production faster without risking the tight tolerances involved.
Automotive / production machinist
- Machined high-volume automotive parts on CNC lathes and mills in aluminium and steel to tolerances of plus or minus 10 microns, sustaining scrap below 1.5% across shifts running thousands of parts.
- Cut cycle time on a core production job by 25% by resequencing operations and optimising feeds and speeds, adding measurable daily capacity without adding a machine or losing tolerance.
- Set up and proved out jobs on Fanuc and Haas controls, editing G-code at the control and correcting offsets on the fly to keep dimensions centred through tool wear across long runs.
- Ran statistical checks with micrometers and bore gauges at set intervals, catching dimensional drift early and feeding corrections back so the process stayed capable through the full production batch.
- Maintained tooling and coolant and did first-line machine upkeep, keeping the cell running reliably across back-to-back shifts and protecting both cycle time and part quality on the line.
Top Machinist Skills
Machinist hiring screens for precision, machine range and self-inspection far more than generic soft skills. Weight your skills section toward the hard, screenable ones:
Hard skills
- CNC milling
- CNC turning / lathe
- 5-axis machining
- Swiss-type turning
- Manual lathe & mill
- CNC programming (G-code)
- CAM software (Mastercam, Fusion 360)
- Fanuc / Siemens / Haas controls
- Reading engineering drawings
- GD&T interpretation
- Tight-tolerance work (microns)
- Metrology & CMM inspection
- First-article inspection
- Tooling selection & setups
- Fixture design & workholding
- Feeds & speeds optimisation
- Materials (aluminium, stainless, titanium, Inconel)
- Cycle-time improvement
Soft skills:
- Precision
- Methodical approach
- Craftsmanship
- Patience
- Reliability
- Problem solving
Machinist Certifications
The credentials that carry weight in machining prove verified skill level and industry-specific quality, the things a shop values beyond years on the job:
-
NIMS Machining Certification
— NIMS The recognised US metalworking standard, with credentials from measurement and CNC turning to milling; proves verified, tested skill.
-
AS9100
— SAE / IAQG Not an individual licence, but experience working to AS9100 signals aerospace-grade quality discipline worth naming for flight-critical work.
-
Mastercam Certification
— Mastercam / CNC Software Vendor CAM credential that backs up programming claims; useful when a shop runs Mastercam for its 5-axis or complex work.
-
GD&T Certification
— ASME Formal training in reading GD&T to the ASME standard; strengthens the drawing-literacy and inspection side of the resume.
Machinist Salary
Machinist pay tracks precision level, industry and region. These figures are drawn from official labour data so you can benchmark before you apply:
USD 38,000 – USD 48,000 · entry · US
Early-career machinists, near the lower quartile of BLS machinist earnings.
USD 48,000 – USD 62,000 · mid · US
Around the BLS median of roughly 50,000 for machinists.
USD 62,000 – USD 80,000 · senior · US
Senior, 5-axis and aerospace machinists; higher with programming and lights-out setup skills.
Sources: US BLS: Machinists (OES 514041)
Common Machinist Resume Mistakes
A few avoidable errors make a skilled machinist look like a general operator. Steer clear of these:
- Writing 'operated CNC machines' with no tolerance, material or control named, so a foreman cannot tell what you can actually hold.
- Leaving out programming and setup, which collapses the difference between a machinist who runs proven jobs and one who proves them out.
- Skipping the materials, since cutting titanium and Inconel reads very differently from running aluminium all day.
- Ignoring inspection, when the ability to verify your own parts with micrometers and a CMM is what lets a shop trust you unsupervised.
- Padding with hobbies while omitting the aerospace or medical work that signals the quality level you machine to.
- Claiming precision with no number, when a figure like 'plus or minus 5 microns' proves your accuracy in a way a vague adjective never can.
Machinist Resume FAQs
The questions machinists most often search when turning shop experience into a resume that lands CNC, aerospace and precision roles:
Lead with your tightest tolerance and the machines and controls you run, then the materials you cut and the industries you machine for. Show programming and setup work, self-inspection with real instruments, and one quantified cycle-time or scrap win.
Prioritise CNC milling and turning, programming and CAM, reading drawings and GD&T, tight-tolerance work and metrology. Name your controls like Fanuc or Siemens and the materials you cut, since these are the screenable skills a shop looks for first.
Be specific about the machines, axes and controls: '5-axis CNC mill, Haas and Fanuc controls, Mastercam programming.' State whether you operate, set up or program, and pair it with the tolerances you hold and the materials you cut.
Yes, tolerances are the clearest proof of skill on a machinist resume. Stating that you hold plus or minus 5 microns tells a foreman more about your capability than any adjective, so put your tightest real tolerance near the top.
Not usually required, but NIMS credentials, GD&T training or a CAM certification strengthen a resume and prove tested skill. For aerospace and medical work, experience to AS9100 or ISO 13485 quality standards carries real weight.
One page for most machinists, extending to two only with many years, machines and industries to cover. Prioritise tolerances, machine range, materials and quantified wins over listing every routine task, and keep older jobs brief.
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