Precision Machinist Resume Examples by Level (2026)

Precision Machinist Resume Examples & Writing Guide

The Bureau of Labor Statistics reports approximately 34,200 annual openings for machinists and tool and die makers despite an overall 2% employment decline projected through 2034 — nearly all of those openings driven by retirements and transfers in an aging workforce (BLS, Occupational Outlook Handbook, 2024–34). With 449,000 U.S. manufacturing jobs sitting unfilled as of March 2025 and Deloitte projecting that 3.8 million additional manufacturing employees will be needed by 2033, precision machinists who can document CNC programming expertise, GD&T fluency, and sub-thousandth-inch tolerances on a well-structured resume hold enormous leverage in the hiring market. This guide provides three complete resume examples at entry, mid-career, and senior levels — each built with the specific equipment names, certifications, and quantified accomplishments that manufacturing hiring managers and applicant tracking systems demand.

Table of Contents

1. Why the Precision Machinist Role Matters
2. Entry-Level Precision Machinist Resume Example
3. Mid-Level Precision Machinist Resume Example
4. Senior Precision Machinist Resume Example
5. Key Skills & ATS Keywords
6. Professional Summary Examples
7. Common Resume Mistakes
8. ATS Optimization Tips
9. Frequently Asked Questions
10. Citations & Sources

Why the Precision Machinist Role Matters

Precision machinists are the backbone of advanced manufacturing. Every aerospace bracket, medical implant, automotive transmission component, and defense system housing passes through the hands of a machinist who must hold tolerances measured in ten-thousandths of an inch. The BLS reports that machinists held roughly 299,500 jobs in 2024, with a median annual wage of $56,150. The top 10% earned more than $78,760, and machinists working in aerospace product and parts manufacturing or scientific instrument production routinely exceed that figure. In high-cost metro areas and specialized sectors like medical device manufacturing, experienced CNC machinists with programming skills command $85,000–$100,000+ annually. The manufacturing workforce crisis makes skilled machinists especially valuable. The Deloitte and Manufacturing Institute study projects that up to 3.8 million new manufacturing employees will be needed between 2024 and 2033, with CNC machinists, maintenance technicians, and welders identified as the most critically short-supplied roles. The manufacturing workforce skews older than the national average, meaning replacement demand is accelerating as experienced machinists retire. Employers report that skill availability — not headcount — is now the dominant hiring constraint, and the AMTEC U.S. Manufacturing Workforce Report confirms that 449,000 manufacturing positions remained unfilled as of early 2025. For precision machinists, this means one thing: a well-written resume that proves CNC proficiency, documents measurable outcomes, and speaks the language of GD&T, SPC, and ISO 9001 will open doors that generic resumes cannot. The CNC machine tools market is projected to grow by $21.9 billion between 2025 and 2029, driven by demand for multi-axis machining centers and AI-integrated diagnostics. Machinists who can demonstrate experience on 5-axis platforms, live tooling lathes, and Swiss-type machines position themselves at the top of the candidate pool.

Entry-Level Precision Machinist Resume Example

**MARCUS J. DELGADO** 4217 Industrial Parkway, Wichita, KS 67202 | (316) 555-0184 | [email protected] | linkedin.com/in/marcusdelgado

Professional Summary

Detail-oriented precision machinist with 2 years of CNC milling and turning experience in an AS9100-certified aerospace job shop. Proficient in Fanuc and Haas controls with demonstrated ability to hold tolerances of ±0.001" on aluminum and titanium alloy components. NIMS Machining Level I certified with a 99.4% first-article inspection pass rate across 380+ production runs.

Work Experience

**CNC Machinist** *Heartland Aerospace Manufacturing — Wichita, KS* *June 2024 – Present* - Operate 3 Haas VF-2SS vertical machining centers and 2 Haas ST-20Y turning centers, producing 120–150 aerospace bracket assemblies per week to AS9100 Rev D specifications - Maintain dimensional tolerances of ±0.001" on 6061-T6 and 7075-T6 aluminum components, achieving a 99.4% first-article inspection pass rate across 380+ production runs in 18 months - Reduce setup time by 22% on recurring part families by creating standardized work-holding templates and documenting G-code offsets for 47 active part numbers - Perform in-process inspection using Mitutoyo digital micrometers, Starrett height gages, and Renishaw OMP40-2 touch probes, catching 15 nonconforming parts before final QC in Q3 2024 alone - Interpret GD&T callouts on engineering drawings per ASME Y14.5-2018 to verify true position, concentricity, and surface finish requirements on flight-critical components **Machine Shop Assistant (Apprentice)** *Midwest Precision Parts — Wichita, KS* *August 2022 – May 2024* - Assisted senior machinists with setup and operation of Mazak QTN-200 CNC lathes and Bridgeport Series I manual mills, completing 14-month structured apprenticeship program - Performed deburring, chamfering, and surface finishing on 200+ steel and stainless steel parts per week, maintaining surface roughness targets of 32 Ra or better on 97% of inspected parts - Loaded raw material, organized tooling cribs, and maintained coolant systems for 8 CNC machines, reducing unplanned coolant-related downtime by 35% through a preventive maintenance checklist - Completed 640 hours of on-the-job training in blueprint reading, shop math, and precision measurement, passing all 4 quarterly competency evaluations with scores above 90%

Education

**Associate of Applied Science — Precision Machining Technology** *Wichita Area Technical College — Wichita, KS* *Graduated May 2022* - GPA: 3.7/4.0; Dean's List 3 semesters - Coursework: CNC Programming, Metallurgy, GD&T Fundamentals, Shop Math, SPC

Certifications

• NIMS Machining Level I — CNC Milling: Programming, Setup & Operations (2022)
• NIMS Machining Level I — CNC Turning: Operations (2023)
• OSHA 10-Hour General Industry Safety (2022)
• Forklift Operator Certification (2022)

Technical Skills

**CNC Controls:** Fanuc 0i-MF, Haas NGC | **CAD/CAM:** Mastercam 2024, Autodesk Fusion 360 | **Inspection:** Mitutoyo digital calipers & micrometers, Starrett height gages, pin gage sets, Renishaw touch probes | **Materials:** Aluminum alloys (6061, 7075), mild steel, 304/316 stainless, Ti-6Al-4V titanium | **Standards:** AS9100 Rev D, ASME Y14.5-2018, ISO 9001:2015

Mid-Level Precision Machinist Resume Example

**SARAH K. OSHIRO** 1538 Millcreek Road, Portland, OR 97201 | (503) 555-0247 | [email protected] | linkedin.com/in/sarahoshiro

Professional Summary

Precision machinist with 7 years of progressive CNC programming and setup experience across aerospace and medical device manufacturing. Expert in 3-, 4-, and 5-axis milling on DMG Mori, Mazak, and Haas platforms with a documented history of holding tolerances to ±0.0005" on titanium and Inconel components. Led a 4-person machining cell that reduced cycle times by 18% while maintaining a 99.7% quality yield on 12,000+ annual parts.

Work Experience

**Senior CNC Machinist / Cell Lead** *Pacific Northwest Medical Devices — Portland, OR* *March 2022 – Present* - Lead a 4-person machining cell operating 2 DMG Mori DMU 50 5-axis machining centers and 1 Mazak Integrex i-200S multi-tasking turning center, producing 250+ Class III medical implant components per week - Program and prove out new 5-axis toolpaths in Mastercam 2025, reducing average cycle time by 18% across 34 active part families while maintaining ±0.0005" positional tolerances on Ti-6Al-4V hip and knee implant surfaces - Implement SPC monitoring using Mitutoyo MeasurLink software on 8 critical dimensions per part, driving Cpk values from 1.2 to 1.8 over 6 months and reducing scrap costs by $47,000 annually - Train and mentor 3 junior machinists on 5-axis setup procedures, GD&T interpretation, and first-article inspection protocols, with all 3 achieving NIMS Level I certification within 9 months of hire - Collaborate with manufacturing engineering to develop custom work-holding fixtures for 12 new product introductions, cutting NPI lead time from 6 weeks to 3.5 weeks per part number **CNC Machinist** *Cascade Aerospace Machining — Portland, OR* *January 2020 – February 2022* - Operated 2 Mazak VCN-530C vertical machining centers and 1 Haas UMC-750 5-axis mill, producing structural aircraft components from 7075-T6 aluminum and Inconel 718 with tolerances of ±0.001" - Programmed 85+ new CNC programs using Mastercam Mill 3D, generating $320,000 in first-year revenue from new part numbers that previously required outsourcing - Reduced tool consumption costs by 14% ($18,500 annually) by optimizing feeds, speeds, and toolpath strategies for high-nickel alloys, extending average insert life from 45 minutes to 62 minutes - Maintained 99.6% on-time delivery rate across 4,800+ parts per year by proactively communicating machine downtime risks and adjusting production sequencing with the scheduling team - Completed 3 Nadcap audit cycles with zero findings related to machining processes, supporting the company's uninterrupted Nadcap accreditation **CNC Operator / Setup Technician** *Summit Manufacturing Group — Salem, OR* *June 2018 – December 2019* - Set up and operated 4 Haas VF-3 vertical mills and 2 Haas ST-30 lathes for production runs of 50–500 automotive and industrial parts per batch - Achieved 98.9% first-pass yield on a high-volume steering knuckle program (1,200 parts/month) by calibrating tool length offsets daily and monitoring insert wear with a structured replacement schedule - Reduced average changeover time from 55 minutes to 38 minutes by organizing tooling kits and standardizing vise jaw configurations for 22 recurring part families - Performed CMM-assisted inspection on a Zeiss Contura using Calypso software for 100% inspection on critical-dimension parts, documenting results in the company ERP (Epicor) for full traceability

Education

**Associate of Applied Science — Machine Tool Technology** *Portland Community College — Portland, OR* *Graduated June 2018* - Coursework: Advanced CNC Programming, Metallurgy, SPC, GD&T per ASME Y14.5 **Professional Development** - Mastercam University — Advanced 5-Axis Toolpath Strategies (2023) - ASME GD&T Professional Certificate — Effective Training Inc. (2021)

Certifications

• NIMS Machining Level II — CNC Milling: Programming, Setup & Operations (2021)
• NIMS Machining Level II — CNC Turning: Programming, Setup & Operations (2022)
• NIMS Machining Level I — Grinding (2019)
• ISO 13485 Internal Auditor — Medical Device Quality Systems (2023)
• OSHA 30-Hour General Industry Safety (2020)

Technical Skills

**CNC Controls:** Fanuc 31i-B5, Mazak SmoothAi, Haas NGC, Siemens 840D sl | **CAD/CAM:** Mastercam 2025, SolidWorks 2024, Autodesk Fusion 360 | **Inspection:** Zeiss Contura CMM (Calypso), Mitutoyo SPC tools (MeasurLink), Keyence IM-8000 optical comparator, surface profilometer | **Materials:** Titanium (Ti-6Al-4V), Inconel 718, cobalt-chrome, 17-4 PH stainless, PEEK, Ultem | **Standards:** ISO 13485, AS9100 Rev D, Nadcap, ASME Y14.5-2018, FDA 21 CFR Part 820 | **Processes:** 5-axis simultaneous milling, Swiss-type turning, EDM wire basics, high-speed machining

Senior Precision Machinist Resume Example

**DANIEL R. KOWALSKI** 782 Forge Lane, Grand Rapids, MI 49503 | (616) 555-0319 | [email protected] | linkedin.com/in/danielkowalski

Professional Summary

Senior precision machinist and CNC programming specialist with 15 years of experience leading high-mix, low-volume machining operations for aerospace, defense, and energy sector clients. Manages a 12-person machining department generating $4.2M in annual revenue across 6 multi-axis CNC platforms. Expert in Mastercam and Siemens NX CAM with a track record of reducing scrap by 62%, cutting cycle times by 25%, and mentoring 18 machinists to NIMS Level II certification. Holds NIMS Level III credentials and serves as a Nadcap-designated machining process owner.

Work Experience

**Machining Department Supervisor / Master Machinist** *Great Lakes Defense & Aerospace — Grand Rapids, MI* *April 2019 – Present* - Supervise 12 CNC machinists and 2 programming technicians operating 3 DMG Mori NHX 5000 horizontal machining centers, 2 Mazak Integrex e-500H multi-tasking machines, and 1 Okuma MU-8000V 5-axis vertical mill, generating $4.2M in annual machining revenue - Reduced department-wide scrap rate from 3.8% to 1.4% over 24 months by implementing SPC-driven process controls, saving $186,000 annually in material and rework costs - Developed and deployed a structured training curriculum covering 5-axis programming, GD&T interpretation, and SPC methodology, resulting in 8 machinists earning NIMS Level II certifications and 3 earning Level III within 3 years - Led the NPI machining process for 42 new defense contract part numbers (ITAR-controlled), achieving a 96% first-article acceptance rate and bringing $1.8M in new contract revenue on schedule - Engineered toolpath optimizations in Mastercam 2025 and Siemens NX CAM that reduced average cycle time by 25% on a family of Inconel 718 turbine housings, increasing monthly throughput from 38 to 52 units without additional headcount - Served as Nadcap-designated machining process owner for 4 consecutive audit cycles (2020–2024), maintaining zero major findings across all CNC milling and turning processes - Implemented a predictive tool-life management system using Renishaw tool setters and vibration monitoring sensors, reducing unplanned tool breakage incidents by 74% and saving $62,000 in annual tooling costs **CNC Programmer / Lead Machinist** *Wolverine Precision Manufacturing — Kalamazoo, MI* *September 2014 – March 2019* - Programmed and set up 4 Mazak VCN-700 vertical machining centers and 2 Doosan Puma 3100 CNC lathes, managing a personal workload of 60+ active part programs with tolerances ranging from ±0.0005" to ±0.002" - Generated $520,000 in cost savings over 4 years by bringing 28 previously outsourced part numbers in-house through creative fixturing and multi-operation programming strategies - Achieved 99.8% dimensional conformance across 22,000+ inspected features annually, as documented in QMS records and customer quality scorecards - Mentored 6 apprentice machinists through a 2-year development program, with 5 completing NIMS Level I certification and 4 progressing to Level II within 3 years - Collaborated with design engineering on 15 DFM (Design for Manufacturability) reviews, recommending tolerance relaxation and feature modifications that reduced per-part machining cost by an average of 12% without compromising function **CNC Machinist** *Precision Components International — Grand Rapids, MI* *May 2010 – August 2014* - Operated 3 Haas VF-4 vertical mills, 1 Haas EC-400 horizontal mill, and 2 Haas ST-20 lathes in a high-mix job shop producing 300+ unique part numbers for automotive and energy sector clients - Maintained a 99.3% quality yield on a monthly production volume of 2,800+ parts, with final inspection performed on a Brown & Sharpe Global Advantage CMM - Cut average setup time by 28% across the shop's 15 highest-volume part families by designing modular soft-jaw systems and creating detailed setup sheets with photographs and offset tables - Proposed and led adoption of high-efficiency milling (HEM) toolpath strategies using Mastercam Dynamic Motion, which increased material removal rates by 40% on 4140 alloy steel parts and extended tool life by 30%

Education

**Associate of Applied Science — Tool & Die / CNC Technology** *Grand Rapids Community College — Grand Rapids, MI* *Graduated May 2010* **Professional Development** - Siemens NX CAM Advanced Programming — Siemens Certified Training Partner (2022) - Mastercam University — Multi-Axis & Swiss-Type Programming (2020) - Lean Manufacturing Green Belt — Society of Manufacturing Engineers (2018) - ASME GD&T Senior-Level Professional Certificate — Effective Training Inc. (2016)

Certifications

• NIMS Machining Level III — CNC Milling Specialist (2020)
• NIMS Machining Level III — CNC Turning Specialist (2021)
• NIMS Machining Level II — EDM (Wire) Operations (2017)
• AWS D17.1 Aerospace Fusion Welding Inspector (2019)
• Lean Manufacturing Green Belt — SME (2018)
• OSHA 30-Hour General Industry Safety (2015)
• ITAR/EAR Compliance Training — Current (2024)

Technical Skills

**CNC Controls:** Fanuc 31i-B5, Fanuc 30i-B Plus, Mazak SmoothAi, Siemens 840D sl, Okuma OSP-P300A, Haas NGC | **CAD/CAM:** Mastercam 2025, Siemens NX CAM 2312, SolidWorks 2024, Autodesk PowerMill | **Inspection:** Zeiss Contura G2 CMM (Calypso), Renishaw Equator gauging, Keyence VHX-7000 digital microscope, Mitutoyo SPC (MeasurLink), surface profilometry | **Materials:** Inconel 718/625, Waspaloy, Ti-6Al-4V, 17-4 PH stainless, A286, 4140/4340 alloy steel, cobalt-chrome, PEEK, Delrin | **Standards:** AS9100 Rev D, Nadcap AC7120 (machining), ITAR/EAR, ISO 9001:2015, ASME Y14.5-2018, AMS material specifications | **Processes:** 5-axis simultaneous milling, multi-tasking (mill-turn), high-efficiency milling (HEM/Dynamic Motion), Swiss-type turning, EDM wire, jig boring | **Software:** Epicor ERP, JobBoss, Renishaw CNC Reporter, Microsoft Excel (pivot tables for SPC analysis)

Key Skills & ATS Keywords

Applicant tracking systems in manufacturing parse resumes for exact terminology. Include these keywords where truthfully applicable:

Technical Skills

• CNC Programming (G-code, M-code)
• CNC Milling (3-axis, 4-axis, 5-axis)
• CNC Turning / Lathe Operations
• Multi-Tasking (Mill-Turn)
• Swiss-Type CNC Machining
• Manual Machining (Bridgeport, Engine Lathe)
• High-Speed Machining (HSM)
• High-Efficiency Milling (HEM)
• EDM (Wire and Sinker)
• Blueprint Reading
• GD&T (ASME Y14.5)
• SPC (Statistical Process Control)

CAD/CAM & Software

• Mastercam (Mill, Lathe, Multi-Axis)
• Siemens NX CAM
• SolidWorks / Autodesk Fusion 360
• Calypso (Zeiss CMM)
• MeasurLink (Mitutoyo SPC)
• ERP Systems (Epicor, JobBoss, IQMS)

CNC Controls & Equipment

• Fanuc Controls (0i, 31i, 30i)
• Haas NGC Control
• Mazak SmoothAi / Mazatrol
• Siemens 840D sl
• Okuma OSP
• DMG Mori / Mazak / Haas / Okuma / Doosan platforms

Inspection & Quality

• CMM Operation (Zeiss, Brown & Sharpe, Hexagon)
• Precision Measurement (Micrometers, Calipers, Height Gages)
• First Article Inspection (FAI)
• Surface Finish Measurement (Profilometer)
• ISO 9001:2015 / AS9100 Rev D / ISO 13485
• Nadcap Compliance

Certifications & Standards

• NIMS Certified (Level I, II, III)
• OSHA 10/30-Hour
• Lean Manufacturing / Six Sigma
• ITAR/EAR Compliance

Soft Skills

• Setup Reduction / Quick Changeover
• Process Optimization
• Training & Mentoring
• Cross-Functional Collaboration
• Root Cause Analysis (8D, 5-Why)
• Continuous Improvement (Kaizen)

Professional Summary Examples

Entry-Level Precision Machinist

Precision machinist with 2 years of hands-on experience operating Haas CNC mills and lathes in an AS9100-certified aerospace production environment. NIMS Machining Level I certified in both CNC milling and turning with demonstrated ability to hold ±0.001" tolerances on aluminum and titanium alloy components. Achieved a 99.4% first-article inspection pass rate across 380+ production runs. Seeking to apply CNC programming growth and GD&T proficiency to a progressive manufacturing team.

Mid-Level Precision Machinist

Results-driven CNC machinist with 7 years of programming and setup experience across aerospace and medical device manufacturing. Proficient in 5-axis milling on DMG Mori and Mazak platforms, with expertise holding ±0.0005" tolerances on titanium and Inconel implant components under ISO 13485 and FDA-regulated quality systems. Led a 4-person machining cell that reduced cycle times by 18% while maintaining 99.7% quality yield on 12,000+ annual parts. NIMS Level II certified with Mastercam advanced multi-axis programming credentials.

Senior Precision Machinist / Supervisor

Senior machining professional with 15 years of leadership in high-mix, low-volume CNC operations serving aerospace, defense, and energy clients. Manage a 12-person machining department generating $4.2M in annual revenue across 6 multi-axis CNC platforms including DMG Mori, Mazak, and Okuma. Reduced department scrap from 3.8% to 1.4% ($186K annual savings), led NPI machining for 42 ITAR-controlled part numbers ($1.8M in new contracts), and mentored 18 machinists to NIMS Level II+ certification. Nadcap-designated machining process owner with zero major findings across 4 consecutive audit cycles.

Common Resume Mistakes

1. Listing Equipment Without Context

**Wrong:** "Operated CNC machines." **Right:** "Operated 3 Haas VF-2SS vertical machining centers producing 120–150 aerospace bracket assemblies per week to AS9100 specifications." Manufacturing hiring managers want to know the exact make and model of equipment you have run, what materials you cut, and how many parts you produced. "CNC machines" tells them nothing.

2. Omitting Tolerances and Quality Metrics

**Wrong:** "Produced precision parts to tight tolerances." **Right:** "Maintained ±0.0005" positional tolerances on Ti-6Al-4V hip implant components with a 99.7% quality yield across 12,000+ annual parts." Tolerances are the universal language of precision machining. If you held ±0.001" or tighter, that number belongs on your resume. Pair it with your yield or first-pass rate.

3. Ignoring Setup and Cycle Time Improvements

If you reduced setup time, improved cycle times, or increased throughput, those numbers demonstrate direct value. A machinist who cuts setup time from 55 minutes to 38 minutes is saving the shop money on every changeover. Quantify it.

4. Not Mentioning Certifications by Full Name

**Wrong:** "NIMS certified." **Right:** "NIMS Machining Level II — CNC Milling: Programming, Setup & Operations (2021), issued by the National Institute for Metalworking Skills." With over 20 NIMS credential categories, just saying "NIMS certified" is ambiguous. Specify the level, specialty, and year earned. The same applies to AWS, ASME, and ISO certifications.

5. Using a Generic Summary for Every Application

A professional summary that says "hardworking machinist seeking a challenging opportunity" adds zero value. Tailor your summary to mention the specific equipment, materials, and quality standards relevant to the job posting.

6. Leaving Off CAD/CAM Software Proficiency

Many precision machinist roles now require or prefer candidates who can program their own parts. If you use Mastercam, Siemens NX, SolidWorks CAM, or Fusion 360, list the specific version and module (Mill 3D, Multi-Axis, Lathe). ATS systems scan for these exact software names.

7. Not Including Industry-Specific Quality Standards

Aerospace shops need to see AS9100 and Nadcap experience. Medical device facilities look for ISO 13485 and FDA 21 CFR Part 820. Automotive production lines want IATF 16949. Match your quality standard experience to the industry you are applying to.

ATS Optimization Tips

1. Mirror the Job Posting's Equipment Language

If the posting says "Mazak Integrex," use "Mazak Integrex" — not "multi-tasking lathe" or "mill-turn center" alone. ATS keyword matching is often literal, and the hiring manager wrote the posting with specific equipment in mind.

2. Spell Out Acronyms on First Use

Write "Geometric Dimensioning and Tolerancing (GD&T)" the first time, then use "GD&T" afterward. Do the same for "Statistical Process Control (SPC)," "Computer Numerical Control (CNC)," and "Coordinate Measuring Machine (CMM)." This ensures the ATS catches both the acronym and the full phrase.

3. Use a Standard Resume Format

Avoid tables, text boxes, columns, graphics, and headers/footers for critical information. ATS parsers frequently misread or skip content inside these elements. Use a clean, single-column layout with clearly labeled section headings.

4. Include Tolerance Ranges as Numbers, Not Words

Write "±0.0005 in." or "±0.001 in." rather than "sub-thousandth tolerances" or "very tight tolerances." Recruiters and ATS filters search for specific tolerance values, especially in aerospace and medical device manufacturing.

5. List Certifications with the Issuing Organization

Instead of "NIMS certified," write "NIMS Machining Level II — CNC Milling: Programming, Setup & Operations, National Institute for Metalworking Skills." This captures searches for both "NIMS" and "National Institute for Metalworking Skills."

6. Create a Dedicated Technical Skills Section

Place a clearly labeled "Technical Skills" section near the top of your resume (immediately after your professional summary). Organize it by category — CNC Controls, CAD/CAM Software, Inspection Equipment, Materials, Standards. This gives the ATS a concentrated block of keywords to parse.

7. Quantify Every Accomplishment

ATS-optimized resumes are not just about keywords — they also need to pass the human review that follows. Every bullet point should contain at least one number: parts per week, tolerance held, scrap reduction percentage, cost saved, team members trained, or on-time delivery rate. Numbers make your resume scannable and credible to the shop foreman, quality manager, or HR generalist who reviews it after the ATS.

Frequently Asked Questions

What certifications do employers value most for precision machinists?

The NIMS (National Institute for Metalworking Skills) credentialing program is the most widely recognized certification in the U.S. machining industry. NIMS offers 20 credentials within its machining standards, structured at Levels I, II, and III, covering specialties from CNC milling and turning to grinding and EDM. Over 6,000 manufacturing companies rely on NIMS credentials in their recruitment processes. Beyond NIMS, employers in aerospace value Nadcap familiarity, medical device shops look for ISO 13485 internal auditor credentials, and general manufacturing benefits from Lean/Six Sigma certifications issued by SME or ASQ. An OSHA 10-Hour or 30-Hour safety card is expected at nearly every shop.

How much do precision machinists earn?

According to the Bureau of Labor Statistics (May 2024 data), the median annual wage for machinists is $56,150. The lowest 10% earn below $38,100, while the top 10% exceed $78,760. However, these figures represent the full machinist category (SOC 51-4041). Precision machinists with 5-axis programming skills, medical device or aerospace experience, and NIMS Level II or III credentials routinely earn $70,000–$95,000, with supervisory roles and high-cost metro areas pushing compensation above $100,000. Overtime, shift differentials, and profit-sharing bonuses are common in the trade.

Should I include manual machining experience on my resume?

Yes — especially if you have fewer than 5 years of CNC experience. Many employers value manual machining proficiency (Bridgeport mills, engine lathes, surface grinders) because it demonstrates fundamental understanding of feeds, speeds, chip formation, and machine behavior that pure CNC operators sometimes lack. Senior machinists who can troubleshoot a CNC program by understanding the underlying manual process are especially valued. List manual equipment by name and describe what you produced on it.

How long should a machinist resume be?

One page for entry-level machinists with fewer than 5 years of experience. Two pages are acceptable and often necessary for mid-level and senior machinists who have extensive equipment lists, multiple certifications, and a history of accomplishments across several employers. Never exceed two pages. If your resume runs long, prioritize your most recent 10–15 years of experience and consolidate older roles into a brief "Additional Experience" section with company names, titles, and dates only.

Do I need CAD/CAM software skills to be competitive?

Increasingly, yes. While some shops still employ dedicated programmers, the trend — especially in job shops and smaller manufacturers — is toward machinists who can program their own parts. Proficiency in Mastercam (the most widely used CAM software in North American shops), Siemens NX, or Fusion 360 significantly expands your job options and earning potential. If you have completed formal training (such as Mastercam University courses) or hold vendor certifications, list these prominently. Even basic CAM literacy signals to employers that you can contribute beyond the machine spindle.

Citations & Sources

1. **Bureau of Labor Statistics** — "Machinists and Tool and Die Makers: Occupational Outlook Handbook," U.S. Department of Labor (2024–34 projections). Median wage $56,150; 299,500 jobs held in 2024; 34,200 projected annual openings. https://www.bls.gov/ooh/production/machinists-and-tool-and-die-makers.htm
2. **Deloitte & The Manufacturing Institute** — "US Manufacturing Could Need as Many as 3.8 Million New Employees by 2033." https://www2.deloitte.com/us/en/pages/about-deloitte/articles/press-releases/us-manufacturing-could-need-new-employees-by-2033.html
3. **AMTEC U.S. Manufacturing Workforce Report (2025–2026)** — 449,000 U.S. manufacturing jobs unfilled as of March 2025; CNC machinists identified as critically short-supplied. https://www.amtec.us.com/blog/manufacturing-workforce-report
4. **National Institute for Metalworking Skills (NIMS)** — Credentialing overview: 20 machining credentials, performance and theory testing, 6,000+ employer partners. https://www.nims-skills.org/credentials
5. **O*NET OnLine** — "Machinists (51-4041.00)," U.S. Department of Labor. Tasks, knowledge areas, and detailed work activities. https://www.onetonline.org/link/summary/51-4041.00
6. **Technavio / PR Newswire** — "CNC Machine Tools Market to Grow by USD 21.9 Billion (2025–2029)," driven by demand for multi-axis machining centers and AI-integrated diagnostics. https://www.prnewswire.com/news-releases/cnc-machine-tools-market-to-grow-by-usd-21-9-billion-2025-2029-boosted-by-rising-demand-for-high-precision-multi-axis-machining-centers-with-ai-driving-evolution---technavio-302371976.html
7. **Precision Machined Products Association (PMPA)** — Precision machining careers overview, industry context, and workforce development. https://www.pmpa.org/careers/
8. **Lincoln Tech** — "What Are NIMS Certifications and How Do I Obtain Them?" Certification structure, requirements, and career impact. https://www.lincolntech.edu/news/skilled-trades/cnc-machining-and-manufacturing/what-are-nims-certifications
9. **Bureau of Labor Statistics** — "Occupational Employment and Wage Statistics (OEWS)," May 2024 national data tables. https://www.bls.gov/oes/tables.htm
10. **Manufacturing Skills Institute** — "Open Jobs Are Piling Up — Is U.S. Manufacturing Ready for the Next Surge?" Workforce shortage analysis and skilled-trade demand projections. https://manufacturingskillsinstitute.org/next-job-surge/