Machinist Resume Examples & Templates
Compare 4 Machinist resume examples from Apprentice Machinist to Lead Machinist, with salary benchmarks ($38,000 - $98,000) and the exact skills hiring managers screen for.
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Professional Apprentice Machinist resume example. Get hired faster with our ATS-optimized template.
View Template →Professional Machinist resume example. Get hired faster with our ATS-optimized template.
View Template →Professional Senior Machinist resume example. Get hired faster with our ATS-optimized template.
View Template →Professional Lead Machinist resume example. Get hired faster with our ATS-optimized template.
View Template →Why This Resume Works
Strong verbs open every bullet
Machined, Deburred, Operated, Logged. Even as a trainee, lead with an action that proves you ran the machine, not just watched the journeyman.
Counts turn tasks into proof
120+ parts a week, 40+ drawings, under 2% rework. Recruiters trust numbers over claims, so quantify your output even in an entry role.
Context and outcome in every line
Not 'cut metal' but 'holding tolerances to +/-0.001 inch'. Not 'cleaned parts' but 'cutting rework returns to under 2%'. The result is the whole point.
Show who you learned under
Under a journeyman, for the lead machinist, under direct supervision. Apprentices win by proving they take direction and support a real production line.
Craft skills placed inside the work
'Confirmed features with micrometers and calipers' beats a skills dump. Name the technique inside a real task so it reads as hands-on, not a buzzword list.
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Key Skills
- Manual machining basics
- Blueprint reading
- Precision measurement (micrometers & calipers)
- Deburring and finishing
- Shop safety and PPE
- Basic CNC operation
- Material identification
- Tool changing and offsets basics
- Clean-as-you-go discipline
- CNC operation (mill & lathe)
- Tool setup and offsets
- G-code editing
- GD&T and tolerances
- In-process inspection
- Feeds and speeds optimization
- Work-holding and fixturing
- Material knowledge (steel, aluminum, stainless)
- Preventive machine maintenance
- 5-axis machining
- CAM programming (Mastercam/Fusion 360)
- Setup reduction
- First-article inspection
- Mentoring and training
- Probing and in-machine measurement
- Fixture design
- Lean manufacturing
- AS9102 documentation
- Shop-floor team leadership
- Production and capacity planning
- OEE and throughput management
- Lights-out machining
- Quality systems (AS9100/ISO 9001)
- Hiring and training
- Budget and cost control
- Continuous improvement (Kaizen)
- Scheduling software (ERP/MES)
Level Up Your Resume
Salary Ranges (US)
Career Progression
The machining career ladder runs from Apprentice Machinist through Lead Machinist, and progression typically takes 8-14 years, though strong craft, CAM programming, and leadership can accelerate it. The critical transitions are: (1) Apprentice to Machinist -- requires consistent part output, confident CNC operation, GD&T interpretation, and a clean safety record; (2) Machinist to Senior Machinist -- requires CAM programming, 5-axis work, setup reduction, first-article inspection, and mentoring; (3) Senior to Lead Machinist -- requires team leadership, capacity planning, OEE ownership, and quality systems.
Hold consistent part output across a shift. Operate CNC mills and lathes from setup to finished part. Interpret GD&T and inspect your own work with micrometers and calipers. Maintain an OSHA 10 card and a clean safety record.
- CNC operation (mill & lathe)
- Tool setup and offsets
- GD&T and tolerances
- In-process inspection
Program parts in Mastercam or Fusion 360 and run 5-axis machines. Reduce setup time with standardized work-holding. Perform first-article inspection and write reports. Reduce scrap through offset and tool-path improvements. Train junior machinists with measurable results.
- 5-axis machining
- CAM programming (Mastercam/Fusion 360)
- Setup reduction
- First-article inspection
- Mentoring and training
Lead a team across shifts. Own capacity planning and scheduling for the cell. Raise OEE through setup reduction and lights-out machining. Own quality systems and hold clean audit results. Hire, train, and retain machinists.
- Shop-floor team leadership
- Production and capacity planning
- OEE and throughput management
- Quality systems (AS9100/ISO 9001)
- Hiring and training
Machinists have several alternative trajectories: (1) Programming and CAM -- moving into full-time CNC programming or CAM engineering, focusing on tool paths, post-processors, and process planning. (2) Quality and inspection -- becoming a CMM programmer or quality inspector, owning GD&T, first-article inspection, and metrology. (3) Manufacturing engineering -- designing fixtures, processes, and work instructions, bridging the shop floor and engineering. (4) Shop ownership or estimating -- opening a job shop or moving into estimating and production management, trading the machine for the business.
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