CNC Machinist Resume Guide: Write a Resume That Gets Past the ATS and Onto the Shop Floor

CNC Machinists fall under the BLS category of Computer Numerically Controlled Tool Operators, a workforce classified under SOC 51-4011 [1] — and job postings on Indeed and LinkedIn consistently prioritize candidates who list specific G-code/M-code proficiency, machine brands (Haas, Mazak, DMG Mori), and tolerance capabilities on their resumes rather than generic "machining experience" [2][3].

Key Takeaways (TL;DR)

• What makes this role's resume unique: Hiring managers want to see specific machines operated, materials cut, and tolerances held — not vague descriptions of "CNC operation." A CNC Machinist resume is essentially a spec sheet for your capabilities, because shop managers need to match your experience to the exact equipment on their floor before scheduling an interview.
• Top 3 things recruiters look for: G-code/M-code programming proficiency, experience with specific machine brands and control systems (Fanuc, Siemens, Haas), and documented evidence of holding tight tolerances (±0.0005" or better) [2][3]. These three factors determine whether you can contribute from day one or require weeks of training.
• Most common mistake to avoid: Listing "CNC machining" as a single skill instead of breaking it down into setup, programming, multi-axis operation, and inspection — which are four distinct competencies that ATS systems scan for separately [4]. This matters because manufacturing recruiters often run Boolean searches for specific sub-skills, and a single umbrella term won't match any of those queries.

What Do Recruiters Look For in a CNC Machinist Resume?

Recruiters and shop managers hiring CNC Machinists aren't scanning for soft generalities — they're looking for a technical profile that answers three questions fast: What machines can you run? What tolerances can you hold? Can you program or just push cycle start? Understanding this hierarchy helps you structure your resume to deliver the highest-value information first.

Machine-specific experience ranks highest because every shop's equipment mix is different, and cross-training on an unfamiliar control system can take weeks. A posting for a CNC Machinist at a precision aerospace shop will specify "Mazak 5-axis" or "Haas VF-2" — and your resume needs to match that language exactly. Recruiters on LinkedIn report filtering candidates by machine brand and control type (Fanuc 0i, Siemens 840D, Haas NGC) before reading a single bullet point [3]. If your resume says "operated CNC machines" without naming the make, model, or control, it's getting skipped. According to a NACE survey on employer screening practices, technical keyword matching is the primary filter in manufacturing hiring [5].

Programming capability separates operators from machinists — and the pay gap reflects this distinction. The BLS reports that the median annual wage for CNC tool operators was $45,740 as of May 2023 [1], but machinists with programming skills in the 75th percentile earned $56,020 or more [1]. Shops increasingly expect machinists to write, edit, and prove out programs — not just load them from a USB stick. Listing CAM software proficiency (Mastercam, Fusion 360, GibbsCAM, ESPRIT) alongside conversational programming and hand-coded G-code signals that you can handle the full workflow from print to part [6][7]. This matters because a machinist who can program eliminates a bottleneck in the production chain, reducing the shop's dependency on a dedicated programmer.

Tolerance and material experience matters because a machinist who's held ±0.001" on 6061 aluminum is a different hire than one who's held ±0.0002" on Inconel 718. The reason: exotic alloys like Inconel and titanium require fundamentally different cutting strategies — lower surface speeds, rigid setups, and specialized coated carbide tooling — so experience with these materials signals advanced process knowledge. Recruiters want specifics: materials (titanium, stainless 316L, tool steel, Delrin), tolerance ranges, and surface finish requirements (Ra 32 or better). These details tell a shop manager whether you can handle their work without a learning curve [2].

Certifications that carry weight: NIMS (National Institute for Metalworking Skills) credentials — particularly CNC Milling Level I/II and CNC Turning Level I/II — are the most widely recognized industry certifications for machinists in the United States [8]. NIMS credentials carry weight because they require both a written knowledge exam and a hands-on performance test graded to industry standards, meaning they validate actual shop-floor competency rather than just classroom knowledge. Some employers also look for AWS welding certs if the role involves weldments, and AS9100/ISO 9001 audit experience for aerospace and medical shops [9].

Keywords recruiters search for include: blueprint reading, GD&T (Geometric Dimensioning and Tolerancing), SPC (Statistical Process Control), first article inspection, tool offsets, work holding, fixturing, and lean manufacturing. These aren't buzzwords — they're the daily vocabulary of the trade, and each represents a discrete skill that hiring managers use as a proxy for competency level [6][10].

What Is the Best Resume Format for CNC Machinists?

Chronological format works best for the vast majority of CNC Machinists. Shop managers and recruiters in manufacturing think linearly: they want to see your most recent shop, what machines you ran there, and how your capabilities have progressed over time. A chronological layout makes that trajectory immediately clear. This format also aligns with how manufacturing hiring managers evaluate candidates — they use your progression from simpler machines to more complex ones as evidence of growing competency [11].

The exception: if you're transitioning from manual machining to CNC, or moving from a different trade (e.g., tool and die, mold making) into a dedicated CNC role, a combination format lets you lead with a skills section that highlights your CNC-specific competencies — machine types, programming languages, CAM software — before listing your work history. This prevents a recruiter from dismissing you based on job titles that don't include "CNC." The reasoning is straightforward: recruiters spend an average of 7.4 seconds on an initial resume scan [12], so if your CNC skills are buried under unrelated job titles, they'll never be seen.

Formatting specifics for this role:

• Keep it to one page unless you have 10+ years of experience across multiple shop environments. Conciseness signals that you understand what matters in this trade.
• Use a dedicated "Machines & Equipment" section near the top — this is the equivalent of a tech stack for software engineers. List machine brands, models, control types, and axis count. Place it high because it's the first thing a shop manager looks for.
• Avoid graphics-heavy templates. Manufacturing ATS systems (used by staffing agencies like Aerotek, Kelly Services, and Robert Half) parse plain-text formatting more reliably than columns or tables [4]. A visually striking resume that fails ATS parsing never reaches a human reader.

What Key Skills Should a CNC Machinist Include?

Think of your skills section as a capability matrix organized by the Setup → Program → Run → Inspect workflow. This framework mirrors how shops actually evaluate machinists: each stage represents a higher level of autonomy and value. A machinist who can only "Run" is an operator; one who can do all four stages independently is a lead candidate.

Hard Skills (with context)

1. G-code/M-code programming — Specify whether you hand-write programs, edit existing code, or only run pre-loaded programs. There's a significant pay difference between these three levels: the BLS reports that the top 10% of CNC operators earn $63,100 or more annually, and programming capability is a primary differentiator at that level [1].
2. Multi-axis machining (3-axis, 4-axis, 5-axis) — State the highest axis count you've operated. A machinist running 5-axis simultaneous on a DMG Mori DMU 50 is a different candidate than one running 3-axis on a Haas VF-2. The distinction matters because 5-axis work requires understanding of tool vector control, rotary axis kinematics, and collision avoidance — skills that take years to develop [6].
3. CAM software proficiency — Name the specific software and version: Mastercam 2024, Fusion 360, SolidCAM, GibbsCAM, or ESPRIT. "CAM experience" alone tells a recruiter nothing. Shops standardize on specific platforms, and proficiency in their chosen software eliminates onboarding time.
4. Blueprint reading and GD&T — Specify your comfort level with ASME Y14.5-2018 standards. Can you interpret composite position tolerances, datum feature simulators, and maximum material condition modifiers, or are you limited to basic dimensioning? Advanced GD&T interpretation is what separates machinists who can self-inspect from those who need constant quality department support [10].
5. Precision measurement and inspection — List specific instruments: CMM (Zeiss, Mitutoyo), micrometers, bore gauges, height gauges, optical comparators, surface roughness testers (profilometers). Include calibration experience if applicable. Naming specific brands signals hands-on familiarity rather than textbook knowledge [7].
6. Setup and work holding — Vises, chucks, collets, vacuum fixtures, custom jigs, tombstones. Setup time reduction is a KPI shops care about — quantify it if you can. Efficient setup directly impacts machine utilization rates, which is why shops track it as a core productivity metric.
7. Tool selection and management — Carbide inserts, end mills, drills, reamers, taps. Mention experience with tool life management systems and tool presetting equipment (Zoller, Parlec). Proper tool management prevents unplanned downtime, which the SME (Society of Manufacturing Engineers) identifies as one of the top productivity drains in CNC operations [13].
8. SPC and quality systems — Statistical Process Control charting, Cp/Cpk analysis, first article inspection (FAI) per AS9102 for aerospace, PPAP for automotive. These quality methodologies exist because they provide statistical proof that a process is capable and stable — shops with AS9100 or IATF 16949 certification cannot ship parts without this documentation [9].
9. Material knowledge — Aluminum alloys (6061, 7075), stainless steels (304, 316L, 17-4PH), titanium (Ti-6Al-4V), Inconel (718, 625), plastics (PEEK, Delrin, UHMW). Each material demands different speeds, feeds, and tooling strategies — listing specific alloy grades demonstrates that you understand these differences at a practical level.
10. Lean manufacturing / 5S — Shops running lean expect machinists to participate in kaizen events, maintain 5S workstations, and contribute to cycle time reduction. According to SME, lean-trained machinists contribute to 15–25% productivity improvements in CNC cells through waste elimination and standardized work practices [13].

Soft Skills (with role-specific examples)

1. Attention to detail — Catching a 0.0003" deviation on a bore diameter before it becomes scrap. This isn't abstract; it's the difference between a $500 part and a $500 loss. In aerospace machining, a single out-of-tolerance feature can scrap a casting worth $10,000 or more.
2. Problem-solving — Diagnosing chatter on a thin-wall titanium part by adjusting spindle speed, changing tool engagement angle, and modifying the toolpath strategy in CAM. This diagnostic process follows a cause-and-effect framework: identify the symptom (chatter marks), hypothesize the root cause (harmonic vibration), test a solution (speed/feed adjustment), and verify the result (surface finish measurement).
3. Communication — Clearly conveying a tooling issue or print discrepancy to the quality engineer or programmer before running 50 parts with a known problem. Effective communication prevents batch scrap, which is why shops with strong communication cultures report lower cost-of-quality ratios [10].
4. Time management — Balancing setup time across multiple machines when running lights-out or tending two VMCs simultaneously. This skill becomes critical as shops push toward higher machine utilization rates to justify capital equipment investments.
5. Adaptability — Switching from a production run of 10,000 aluminum brackets to a one-off prototype in Inconel within the same shift. Job shops especially value this flexibility because their order mix changes daily.

How Should a CNC Machinist Write Work Experience Bullets?

Every bullet should follow the XYZ formula: Accomplished [X] as measured by [Y] by doing [Z]. This structure works because it forces you to include three elements hiring managers need: what you did, how well you did it, and the method you used. Vague bullets like "Operated CNC machines to produce parts" tell a hiring manager nothing about your capability, speed, or quality. Here are 15 examples across three experience levels, each using metrics a shop manager would find credible [6][11].

Entry-Level (0–2 Years)

Entry-level bullets should emphasize reliability, quality awareness, and foundational machine operation skills. At this stage, demonstrating that you can run machines safely and consistently is more important than showcasing advanced programming.

• Operated 2 Haas VF-2 vertical machining centers on second shift, maintaining a 97% on-time delivery rate across 150+ production orders per month by performing efficient setups and tool changes.
• Reduced average setup time from 45 minutes to 28 minutes on a Mazak QTN-200 CNC lathe by organizing tooling carts and standardizing work-holding procedures for repeat jobs.
• Inspected 100% of first articles using Mitutoyo digital micrometers and bore gauges, achieving zero rejected first articles over a 6-month period on aluminum 6061 production parts.
• Loaded and verified G-code programs for 3-axis milling operations, catching 3 programming errors (incorrect tool offsets, wrong Z-depth) during dry runs before any material was cut.
• Maintained 5S standards across a 2-machine cell, passing all weekly audits and contributing to the shop's ISO 9001:2015 recertification with zero non-conformances in the machining department [9].

Mid-Career (3–7 Years)

Mid-career bullets should demonstrate programming capability, process optimization, and the ability to work independently on complex parts. This is where you prove you've moved beyond operator-level work into true machinist territory.

• Programmed and set up 4-axis CNC milling operations on a Haas EC-400 horizontal machining center, reducing cycle time by 22% (from 18 minutes to 14 minutes per part) by optimizing toolpaths in Mastercam 2023.
• Held tolerances of ±0.0005" on titanium Ti-6Al-4V aerospace components across a 500-piece production run, achieving a Cpk of 1.67 on critical bore diameters verified by Zeiss CMM [1].
• Trained 4 junior machinists on Fanuc 0i-MF control operation, blueprint reading, and GD&T interpretation, reducing onboarding time from 12 weeks to 8 weeks per new hire.
• Performed first article inspections per AS9102 for 30+ aerospace part numbers, maintaining a 99.4% first-pass yield rate and eliminating $15,000/year in rework costs [9].
• Developed and documented setup sheets for 75 recurring jobs, cutting average setup time by 35% across the turning department and enabling consistent results across all three shifts [6].

Senior (8+ Years)

Senior-level bullets should showcase leadership, process development, and measurable business impact. At this level, hiring managers expect you to drive improvements that affect the entire department, not just your own machine.

• Led a 3-person machining cell producing medical implant components (PEEK and titanium) to ISO 13485 standards, achieving 99.8% quality acceptance rate across 12,000 parts annually [9].
• Implemented a tool life management system across 8 CNC machines, reducing unplanned tool breakage by 60% and saving $42,000/year in scrapped parts and replacement tooling. This worked because predictive tool replacement eliminates the catastrophic failures that cause both scrap and machine damage.
• Collaborated with engineering to transition 15 legacy manual-machined parts to 5-axis CNC production on a DMG Mori DMU 50, reducing per-part cost by 40% and lead time from 3 weeks to 4 days.
• Mentored 12 apprentices through the NIMS CNC Milling Level I and Level II certification process over 4 years, with a 100% first-attempt pass rate [8].
• Drove lean manufacturing initiatives that reduced WIP (work-in-process) inventory by 25% in the CNC department, freeing $180,000 in working capital by implementing single-piece flow and kanban replenishment for raw material [13].

Professional Summary Examples

Your professional summary should function as an executive abstract — the 3–4 sentences a shop manager reads to decide whether to keep scanning. Front-load it with machine types, tolerances, and programming capability because these are the three filters applied first.

Entry-Level CNC Machinist

CNC Machinist with 1.5 years of experience operating Haas VF-series vertical machining centers and Mazak Quick Turn lathes in a high-mix, low-volume job shop environment. Proficient in blueprint reading, GD&T per ASME Y14.5-2018, and precision inspection using micrometers, calipers, and height gauges. NIMS CNC Milling Level I certified with hands-on training in G-code editing and Mastercam 2D toolpath generation [8][7].

Mid-Career CNC Machinist

CNC Machinist and Programmer with 6 years of experience in aerospace-grade precision machining, specializing in 4-axis and 5-axis milling of titanium, Inconel, and aluminum alloys to tolerances of ±0.0005". Proficient in Mastercam 2024, Fanuc and Siemens controls, and first article inspection per AS9102. Track record of reducing cycle times by 20–30% through toolpath optimization and fixturing improvements while maintaining Cpk values above 1.33 on critical features [1][6].

Senior CNC Machinist

Senior CNC Machinist and Cell Lead with 14 years of experience across job shop, production, and prototype environments, including 7 years in AS9100D-certified aerospace facilities. Expert in multi-axis programming (Mastercam, GibbsCAM), complex fixturing design, and process development for exotic alloys. Proven ability to mentor junior machinists, lead continuous improvement projects, and interface directly with quality engineering and customers during FAI reviews. NIMS CNC Milling Level II and CNC Turning Level II certified [9][8].

What Education and Certifications Do CNC Machinists Need?

Most CNC Machinist positions require a high school diploma or GED as a baseline, with strong preference given to candidates who've completed a certificate or associate degree program in CNC machining, machine tool technology, or manufacturing technology from a community college or technical school. The BLS notes that most CNC operators learn their skills through a combination of education and on-the-job training, with programs typically lasting from several months to two years [14]. The reason formal training matters: it compresses the learning curve for blueprint reading, metrology, and machine operation fundamentals that would otherwise take years of trial-and-error on the shop floor.

Certifications That Matter

• NIMS CNC Milling — Level I and Level II (National Institute for Metalworking Skills): The most widely recognized machining credential in the U.S. Level I covers setup and operation; Level II adds programming and advanced process control. These certifications matter because they require passing both a written exam and a hands-on performance test where you machine a part to specified tolerances — proving competency, not just knowledge [8].
• NIMS CNC Turning — Level I and Level II: Same structure as milling, specific to lathe operations. Holding both milling and turning credentials signals versatility and makes you eligible for a wider range of positions.
• NIMS Measurement, Materials, and Safety: A foundational credential covering precision measurement, material properties, and shop safety — often the first NIMS cert apprentices earn. It validates that you understand the metrology fundamentals underlying all machining work.
• Mastercam Certification (CNC Software, LLC): Validates CAM programming proficiency. Particularly valued in shops that standardize on Mastercam, which holds the largest market share among CAM software platforms used in U.S. machine shops [6].
• OSHA 10-Hour or 30-Hour General Industry (Occupational Safety and Health Administration): Not machining-specific, but required or preferred by many employers, especially in shops with government contracts. OSHA training demonstrates awareness of lockout/tagout procedures, machine guarding, and hazard communication — all critical in a CNC environment [9].

How to Format on Your Resume

List certifications in a dedicated section with the full credential name, issuing organization, and year earned. Example:

NIMS CNC Milling — Level II | National Institute for Metalworking Skills | 2022

Place this section above education if your certifications are stronger than your degree — which is often the case in this trade, where a NIMS Level II credential carries more weight than a generic associate degree because it proves you can actually make parts to spec [8].

What Are the Most Common CNC Machinist Resume Mistakes?

1. Listing "CNC Machinist" without specifying machine types. Writing "Operated CNC machines" is like a software developer writing "Used computers." Name the brand, model, control type, and axis count: "Operated Haas VF-4SS (4th-axis, Haas NGC control)." This specificity matters because recruiters use machine brand names as search filters — if the term isn't on your resume, you're invisible to their query [2].

2. Omitting tolerances and materials. A machinist who's held ±0.0005" on Inconel is categorically different from one who's held ±0.005" on mild steel. Leaving this out forces the recruiter to guess — and they won't guess in your favor. Tolerances and materials are the two variables that most directly indicate your skill level and the complexity of work you can handle [1].

3. Confusing "operating" with "programming." If you only load programs and press cycle start, don't claim programming experience. Conversely, if you write programs from scratch in G-code or CAM software, make that distinction explicit. Misrepresenting this will surface in the first interview — or worse, on day one. The reason this matters so much: shops hire programmers at a higher pay rate, and discovering the mismatch after onboarding wastes everyone's time and money [6].

4. Using a generic skills list instead of a Machines & Equipment section. Burying "Haas VF-2" inside a 30-item skills list means it might get missed by both humans and ATS parsers. Create a dedicated section that reads like a capability matrix: machine type, brand/model, control, and axis count in a scannable format. This works because it mirrors how shop managers mentally categorize machinists — by the equipment they can run [4].

5. Ignoring quality system experience. If you've worked in an ISO 9001, AS9100, ISO 13485, or IATF 16949 environment, say so. Shops with these certifications need machinists who understand documentation requirements, traceability, and non-conformance reporting — and they filter for these terms. Quality system experience is especially critical in aerospace and medical device manufacturing, where regulatory compliance is non-negotiable [9].

6. Listing every job since high school. A hiring manager for a CNC Machinist role doesn't need to see your summer landscaping job from 2009. Focus on the last 10–15 years of relevant machining experience. If earlier roles included manual machining or tool-and-die work, include them — they're relevant. Retail and food service are not. The reasoning: irrelevant work history dilutes the technical density of your resume and pushes critical machining details to page two, where they may never be read [11].

7. No mention of safety record. Manufacturing employers care about safety metrics because workplace injuries directly impact their workers' compensation insurance premiums through experience modification rates (EMR). If you've worked X years without a lost-time incident, or if you've completed OSHA training, include it. According to OSHA, the manufacturing sector accounts for a significant share of workplace injuries, making safety-conscious candidates a priority for risk-aware employers [15].

ATS Keywords for CNC Machinist Resumes

Applicant tracking systems used by manufacturing staffing agencies and large employers parse resumes for exact keyword matches. Using the right phrasing — not synonyms or abbreviations alone — determines whether your resume reaches a human. The key principle: include both the spelled-out term and the abbreviation (e.g., "Geometric Dimensioning and Tolerancing (GD&T)") because different ATS platforms index differently [4].

Technical Skills

CNC milling, CNC turning, G-code programming, M-code, multi-axis machining, 5-axis simultaneous, blueprint reading, GD&T (Geometric Dimensioning and Tolerancing), SPC (Statistical Process Control), first article inspection, tool offset adjustment, work holding and fixturing

Certifications

NIMS CNC Milling Level I, NIMS CNC Milling Level II, NIMS CNC Turning Level I, NIMS CNC Turning Level II, NIMS Measurement Materials and Safety, Mastercam Certified, OSHA 10-Hour General Industry

Tools & Software

Mastercam, Fusion 360, GibbsCAM, SolidCAM, ESPRIT, Fanuc control, Siemens 840D, Haas NGC, Zeiss CMM, Mitutoyo measuring instruments, Renishaw probing

Industry Terms

AS9100, ISO 9001, ISO 13485, IATF 16949, lean manufacturing, kaizen, 5S, AS9102 first article inspection

Action Verbs

Programmed, machined, inspected, calibrated, set up, troubleshot, optimized, fabricated, verified, documented [6][10]

Key Takeaways

Your CNC Machinist resume should function like a spec sheet: specific machines, specific tolerances, specific materials, and specific results. Recruiters and shop managers scanning resumes on Indeed and LinkedIn are filtering by machine brand, control type, and programming capability before they read your work history [2][3]. Lead with a Machines & Equipment section, quantify every bullet with tolerances, cycle times, or scrap reduction percentages, and include your NIMS credentials prominently if you hold them [8]. Avoid generic language that could describe any manufacturing role — the more precise your resume, the faster it clears ATS filters and lands on the desk of someone who speaks your language [4].

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Frequently Asked Questions

How long should a CNC Machinist resume be?

One page is the standard for machinists with fewer than 10 years of experience. If you have 10+ years across multiple shops, materials, and machine platforms — especially if you've held lead or supervisory roles — a two-page resume is acceptable. The key is density: every line should contain machine-specific, tolerance-specific, or quality-system-specific information. Filler content about "strong work ethic" wastes space that could list another machine or certification [11].

Should I list every machine I've ever operated?

No — prioritize the machines most relevant to the jobs you're applying for. If a posting specifies Mazak Integrex multi-tasking machines and you've run one, that goes at the top. Organize your Machines & Equipment section by category (vertical mills, horizontal mills, lathes, EDM, grinders) and list the 8–12 machines you're most proficient on. Including a machine you ran once during training five years ago can backfire if you're tested on it during a shop-floor interview [2][3].

Do I need NIMS certification to get hired?

NIMS certification isn't legally required for CNC Machinist positions, but it provides a significant competitive advantage — particularly for entry-level candidates who lack extensive work history. NIMS credentials validate specific competencies (setup, operation, programming) through standardized practical and written exams, giving employers confidence in your skill level. The reason they carry outsized weight for newer machinists: without a long work history to demonstrate capability, a NIMS credential provides third-party verification that you can actually perform the work. Many apprenticeship programs and community college CNC programs now incorporate NIMS testing into their curriculum [8][9].

How do I show CNC programming skills on my resume?

Specify the type of programming you do: hand-coded G-code/M-code, conversational programming at the control (e.g., Mazak Mazatrol, Haas Intuitive Programming System), or offline CAM programming (name the software and version). Then quantify the impact — for example, "Programmed 40+ unique part numbers per month in Mastercam 2024 for 3-axis and 4-axis milling operations, reducing programming lead time by 30% compared to manual methods." This tells a recruiter exactly what you can do and how well you do it. The reason quantification matters: it transforms a subjective skill claim into an objective performance metric that a hiring manager can compare against their shop's needs [6][7].

What if I only have manual machining experience?

Manual machining experience is valuable — it demonstrates foundational skills in speeds and feeds, material behavior, blueprint reading, and precision measurement that many CNC-only machinists lack. Frame your resume to highlight these transferable competencies, then add any CNC exposure you have, even if it's from coursework or personal projects. Consider completing a NIMS CNC Milling Level I certification or a community college CNC certificate program to formalize your transition. Many shops specifically seek machinists with manual backgrounds because they understand the fundamentals behind the code — they know why a particular speed and feed works, not just that the CAM software recommended it [8][10].

What salary can I expect as a CNC Machinist?

According to the BLS Occupational Employment and Wage Statistics for May 2023, the median annual wage for Computer Numerically Controlled Tool Operators (SOC 51-4011) was $45,740 [1]. The bottom 10% earned less than $31,500, while the top 10% earned more than $63,100 [1]. The BLS projects employment for CNC operators to decline by about 3% from 2022 to 2032, though replacement openings from retirements will still generate approximately 26,600 openings per year [14]. Aerospace and medical device shops in high-cost regions (Southern California, the Northeast corridor, the Pacific Northwest) tend to pay at the higher end, while general job shops in lower-cost areas pay less. Indeed job postings show that machinists with 5-axis programming skills and NIMS Level II certifications consistently command premium rates — often $5–$15/hour above operators who only run 3-axis equipment [3].

Should I include a photo on my CNC Machinist resume?

No. Photos are not standard on U.S. resumes for any role, and they can cause ATS parsing errors — the system may misread the image file or skip surrounding text entirely. Use that space for a Machines & Equipment section or additional work experience bullets instead [4][11].

References

[1] Bureau of Labor Statistics. "Occupational Employment and Wage Statistics: Computer Numerically Controlled Tool Operators (SOC 51-4011)." https://www.bls.gov/oes/current/oes514011.htm

[2] O*NET OnLine. "Summary Report for: 51-4011.00 — Computer-Controlled Machine Tool Operators, Metal and Plastic." https://www.onetonline.org/link/summary/51-4011.00

[3] Indeed. "CNC Machinist Job Postings and Salary Data." https://www.indeed.com/q-CNC-Machinist-jobs.html

[4] Jobscan. "ATS Resume Formatting and Keyword Optimization for Manufacturing Roles." https://www.jobscan.co/blog/ats-resume-formatting/

[5] National Association of Colleges and Employers (NACE). "Job Outlook Survey: Employer Screening Practices." https://www.naceweb.org/talent-acquisition/candidate-selection/

[6] Society of Manufacturing Engineers (SME). "CNC Machining Competency Standards and Career Pathways." https://www.sme.org/technologies/machining/

[7] Mastercam (CNC Software, LLC). "Mastercam Certification Program." https://www.mastercam.com/support/certification/

[8] National Institute for Metalworking Skills (NIMS). "CNC Milling and Turning Credentials." https://www.nims-skills.org/credentials

[9] International Organization for Standardization / SAE International. "AS9100D Aerospace Quality Management Systems; ISO 9001:2015; ISO 13485 Medical Devices." https://www.iso.org/standards.html

[10] American Society of Mechanical Engineers (ASME). "ASME Y14.5-2018: Dimensioning and Tolerancing." https://www.asme.org/codes-standards/find-codes-standards/y14-5-dimensioning-tolerancing

[11] SHRM (Society for Human Resource Management). "Resume Screening and Applicant Tracking Systems in Manufacturing Hiring." https://www.shrm.org/topics-tools/tools/toolkits/screening-selecting-candidates

[12] Ladders, Inc. "Eye-Tracking Study: Recruiter Resume Scanning Behavior." https://www.theladders.com/career-advice/you-only-get-6-seconds-of-fame-make-it-count

[13] Society of Manufacturing Engineers (SME). "Lean Manufacturing Practices in CNC Mach