Machinist Resume Examples
Machinist Intern
This intern resume works because it leads with a quantified first-piece acceptance rate, rare for intern-level candidates, and pairs it with NIMS credentials and supervised production experience that directly mirror what aerospace and industrial employers need on day one.
Why this resume works:
- 98% first-piece acceptance rate across 120+ supervised production runs
- NIMS Machining Level I (Milling & Turning) and OSHA 10 certified
- CNC lab assistant experience shows initiative and teaching aptitude at entry level
Apprentice Machinist
This resume works because a 96th-percentile NIMS assessment score and a 97.3% acceptance rate during supervised IAM apprenticeship production demonstrate that this candidate will progress to journeyman ahead of schedule, the single biggest signal apprenticeship employers look for.
Why this resume works:
- 97.3% first-piece acceptance rate over 10 months at Parker Hannifin
- 96th percentile nationally on NIMS CNC Turning Operations assessment
- Enrolled in IAM Local 1061 4-year journeyman apprenticeship program
CNC Machinist Intern
Anchors aerospace-grade output, 4,200+ parts, 99.2% first-pass yield, at a named employer (Protolabs) with verified NIMS and Haas credentials, proving this intern is production-ready before graduation.
Why this resume works:
- 1,800 shop hours producing 4,200+ aerospace parts to ±0.0005" at 99.2% first-pass yield at Protolabs
- Cut average cycle time 24% via Mastercam 2026 toolpath optimization verified in Vericut 9.4
- NIMS Milling Level I, OSHA 10, and Haas CNC Mill Operator certified
Entry-Level CNC Machinist
This entry-level resume stands out because 18,000 parts at 99.4% first-pass yield and a documented OEE improvement at Spirit AeroSystems answers every Tier-1 aerospace hiring concern about readiness, quality discipline, and CNC throughput.
Why this resume works:
- 18,000+ aerospace/titanium parts produced to ±0.0003" with 99.4% first-pass yield at Spirit AeroSystems
- Cut 737 bracket setup from 48 to 19 minutes; raised cell OEE from 71% to 86%
- Full NIMS Level I (Milling + Turning) and AS9100 Rev D trained
CNC Operator
This resume works because a 99.1% conformance rate sustained over 24 months at Toyota, combined with three proactive quality catches, demonstrates the SPC discipline and process ownership that automotive production employers demand from CNC operators.
Why this resume works:
- 99.1% dimensional conformance rate over 24 months at Toyota Manufacturing Kentucky
- Proactively caught 3 SPC drift events before quality escapes occurred
- NIMS CNC Turning Level I, OSHA 10, and Toyota TPS Fundamentals certified
CNC Lathe Operator
This resume works because 36,000 inspected parts at 99.0% acceptance and a department-wide scrap reduction at Baker Hughes establish precision, volume, and process improvement credibility that oil and gas and aerospace lathe employers require.
Why this resume works:
- 99.0% dimensional acceptance rate over 36,000+ parts at Baker Hughes
- Reduced scrap 18% through tool-life interval improvement adopted department-wide
- NIMS CNC Turning Level I, Mazak Operator Certificate, OSHA 10
CNC Machinist
This resume leads with a 74% scrap reduction on GE Aviation turbine components, immediately establishing the SPC discipline and process precision that top aerospace employers require from CNC machinists.
Why this resume works:
- Reduced scrap 74% at GE Aviation via SPC-driven offset corrections
- 99.5% first-pass inspection acceptance rate on 320+ parts/week
- NIMS Level I, Mastercam Certified Associate, OSHA 10
Precision Machinist
This resume works because zero customer escapes over 48 months and ±0.0002" tolerance capability on Pratt & Whitney jet engine rotating parts immediately separate this candidate from average machinists in any aerospace precision machining review.
Why this resume works:
- Zero customer escapes over 48 consecutive months at Pratt & Whitney
- Reduced non-conformance rate 31% via SPC implementation
- ASQ CQT, NIMS Level II, OSHA 30, DMG Mori 5-Axis certified
Journeyman Machinist
This resume demonstrates NIMS-certified journeyman credentials backed by 9 years at Parker Hannifin with quantified delivery, scrap, and cycle-time results that directly answer what aerospace and defense employers need from experienced journeyman machinists.
Why this resume works:
- 99.2% on-time delivery over 3 consecutive years at Parker Hannifin
- Reduced cycle time 18% through Mastercam toolpath optimization
- NIMS Level II, Journeyman Certificate, OSHA 30, Haas CNC certified
Prototype Machinist
This resume stands out because a 94% first-run acceptance rate on 120+ unique prototype assemblies per year at Caterpillar R&D proves both the technical breadth and engineering collaboration speed that prototype machining shops prioritize above all else.
Why this resume works:
- 94% first-run acceptance rate on 120+ unique prototype assemblies/year at Caterpillar R&D
- Reduced prototype delivery lead time 31% through multi-face fixturing innovation
- Journeyman Certificate, NIMS Level I, Haas 5-Axis, OSHA 10
Toolroom Machinist
This resume works because avoiding $340,000/year in tooling purchases and cutting fixture-failure-related downtime by 44% at Caterpillar makes the toolroom machinist's dollar and uptime value immediately legible to any plant manager reviewing candidates.
Why this resume works:
- Reconditioned 120+ tooling sets/year, avoiding $340,000/year in new tooling costs at Caterpillar
- Reduced production downtime from fixture failures 44% through preventive maintenance program
- Journeyman Toolmaker Certificate, NIMS Level II, AutoCAD Certified, OSHA 10
Quality Control Machinist
This resume works because a 99.8% first-pass rate and zero customer escapes across 36 months at Pratt & Whitney, combined with 22 completed FAI packages and 4 proactive SPC drift catches, gives this quality-machinist profile unmatched credibility in aerospace hiring.
Why this resume works:
- 99.8% first-pass acceptance rate with zero customer escapes over 36 months at Pratt & Whitney
- Completed 22 AS9102 first-article inspection packages; caught 4 SPC drift events before any OOT part produced
- ASQ CQT, NIMS Level II, Zeiss CMM certified, OSHA 30
Precision Machinist – Aerospace
This resume works because zero first-article rejections across 14 Boeing FAI packages over 3 years and a 99.6% first-pass acceptance rate speak directly to the AS9100 zero-defect culture that aerospace structural machining employers hire for.
Why this resume works:
- Zero first-article rejections across 14 FAI packages over 36 months at Boeing 737 MAX
- Increased machine utilization from 74% to 91% via Fastems automated pallet integration
- NIMS Level II, AS9100D process certified, Makino 5-Axis advanced
Lead Machinist
A 12-person team hitting 97.8% on-time delivery and a 0.6% scrap rate at Lockheed Martin's F-35 structural program is a compelling lead that proves production leadership at the highest level of aerospace precision manufacturing.
Why this resume works:
- 97.8% on-time delivery and 0.6% scrap rate leading 12 machinists on Lockheed Martin F-35 program
- Reduced setup time 28% and tooling costs 19% through process standardization
- NIMS Level II, Journeyman Certificate, OSHA 30
Senior Machinist
This resume works because reducing scrap costs by $92,000/year and maintaining 99.4% on-time delivery at Honeywell Aerospace gives this senior machinist profile an immediate dollar-value impact that hiring managers and plant managers respond to strongly.
Why this resume works:
- Reduced scrap costs $92,000/year at Honeywell Aerospace
- 99.4% on-time delivery on 6,200-part/year AS9100 production line
- NIMS Level II, ASQ CQT, OSHA 30, DMG Mori Advanced Operations certified
Master Machinist
This resume works because developing CNC programming standards adopted by three Pratt & Whitney facilities and resolving first-article issues that prevented $1.2M in program delays demonstrates master-level technical authority that sets this candidate apart from any other applicant.
Why this resume works:
- ±0.0001" tolerance capability on jet engine rotating components at Pratt & Whitney
- CNC programming standards adopted across 3 facilities, reducing errors 38%
- IAM Master Machinist Certificate, NIMS Level III, ASQ CQT
Machine Shop Supervisor
A 38% reduction in unplanned downtime and back-to-back AS9100 and ISO 9001 re-certifications with zero major findings at Honeywell Aerospace prove this supervisor delivers both operational excellence and quality-system compliance in high-stakes defense manufacturing environments.
Why this resume works:
- Reduced shop unplanned downtime 38% through TPM program at Honeywell Aerospace
- AS9100 and ISO 9001 re-certified with zero major nonconformances in 2022 and 2024
- Journeyman Certificate, Six Sigma Green Belt, OSHA 30, AS9100D Internal Auditor
Machinist Supervisor
A 34% OEE improvement and $210,000/year overtime reduction at Raytheon Technologies frames this supervisor as a measurable operations driver, not just a title holder, making this resume immediately compelling to defense manufacturing hiring managers.
Why this resume works:
- Improved OEE 34% and saved $210,000/year in overtime at Raytheon Technologies
- Zero non-conforming customer escapes over 36 months on Patriot and SPY-6 programs
- Journeyman Certificate, Six Sigma Green Belt, OSHA 30, NIMS Level II
Manufacturing Manager – Machining
This resume works because $1.4M in annual cost reductions and an AS9100D certification upgrade executed without production stoppage at Lockheed Martin's F-35 program demonstrates the strategic and operational leadership required for senior manufacturing management roles.
Why this resume works:
- Delivered $1.4M annual cost reductions through lean transformation at Lockheed Martin F-35
- Upgraded AS9100C to AS9100D with zero major findings during certification audit
- Six Sigma Black Belt, AS9100D Lead Auditor, OSHA 30, Journeyman Certificate
What Recruiters Want to See on Your Machinist Resume
- Technical Skills: Proficiency in CNC machine operations; this shows the capacity to operate complex machinery efficiently and accurately.
- Blueprint Reading: Expertise in interpreting blueprints and technical drawings to produce precise components, which is essential for quality control.
- Tooling Knowledge: Familiarity with various machine tools and their setup, maintenance, and optimization to ensure productivity and safety.
- Quality Assurance: Experience with inspection methods and tools to verify product conformance to specifications, thereby ensuring customer satisfaction.
- Programming Skills: Experience in CNC programming languages such as G-Code to create detailed and error-free instructions for machines.
- Materials Knowledge: Understanding of different materials (metals, plastics) and their properties to select the appropriate cutting tools and methods.
- Safety Practices: Commitment to maintaining a safe work environment by adhering to safety standards and regulations.
- Troubleshooting Abilities: Skill in diagnosing and resolving mechanical or process issues quickly to minimize downtime.
- Precision and Attention to Detail: Ability to produce components with high precision and tight tolerances, which is crucial for manufacturing quality parts.
- Collaboration and Communication: Strong ability to work in a team environment and communicate effectively with engineers and other staff.
Expert Tips for Optimizing Your Machinist Resume in 2026
- •Use Industry Terminology: Incorporate key manufacturing terms and CNC language to demonstrate your familiarity with the field.
- •Quantify Achievements: Include specific metrics, such as the number of components produced or percentage improvement in efficiency, to clearly surface your impact.
- •Highlight Certifications: List any relevant certifications (e.g., NIMS, Journeyman) prominently to validate your skills and expertise.
- •Customize for Each Job: Tailor your resume to reflect the job description by noting skills and experiences most relevant to the position.
- •Include a Skills Section: Create a dedicated section to list your core machining skills, so they match the job's requirements.
How to write a machinist resume
How to write a machinist summary or objective
What Makes an Effective Machinist Summary
- •Specificity: Clearly state the type of machinist role you are targeting.
- •Measurable Achievements: Highlight skills or experiences that can be quantified, like successfully machined parts to meet tolerances.
- •Relevant Experience: Focus on experiences directly related to machining, such as using CNC machines, reading blueprints, or maintaining equipment.
- •Conciseness: Keep it brief; a summary should be a snapshot of your qualifications, not a detailed history.
- •Action-Oriented Language: Use verbs like 'operated', 'fabricated', and 'optimized'.
- Strong opening statement that captures attention.
- Mention of specific skills such as proficiency in CNC and manual machines.
- Inclusion of critical soft skills like attention to detail and problem-solving.
- Highlight any relevant certifications like NIMS Machining Level I or Journeyman Certificate.
- Address specific industry sectors if applicable, such as aerospace or automotive.
Common Mistakes to Avoid
Avoid generic statements like "hard-working" or "dedicated," which do not provide measurable value. Do not list unrelated experiences, as they dilute the focus on your machining skills.
- For entry-level machinists, focus on educational background, internships, or relevant coursework.
- Mid-level machinists should highlight career progression, specialized skills, and any leadership roles taken.
- Senior-level machinists need to emphasize management experience, industry recognition, and mentorship roles.
Tailoring Your Summary
Tailor your summary to the specific job you are applying for by including the company's main industry, technologies they use, or current challenges.
Resume Summary Examples for Machinists
Entry-Level Machinist Summary
Motivated and detail-oriented Entry-Level Machinist completing NIMS CNC Machining Level I certification. Skilled in operating Haas CNC mills and lathes and possessing a strong foundation in blueprint reading, G-code editing, and in-process gauging. Maintained a 98% first-piece acceptance rate during supervised production internship. Eager to contribute to a precision machining team in aerospace or industrial manufacturing.
Mid-Level Machinist Summary
Experienced Machinist with 6 years of CNC programming and operation in aerospace manufacturing. Reduced scrap rate by 22% through SPC monitoring and in-process gauging adjustments at a Parker Hannifin facility. NIMS Level II certified; adept in lean manufacturing principles, GD&T, and Mastercam CAM programming. Experienced in mentoring apprentice machinists.
Senior-Level Machinist Summary
Results-driven Senior Machinist with 14 years of experience in aerospace and defense manufacturing at Honeywell Aerospace. Reduced department scrap costs by $92,000/year and led a Kaizen event that cut machine changeover time 41%. NIMS Level II and ASQ CQT certified; recognized for mentoring 8 machinists to journeyman certification and maintaining 99.4% on-time delivery on a 6,200-part/year AS9100 production line.
How to write a machinist work experience
Best Practices for Structuring Work Experience for Machinist Roles Start with your most recent job and work backwards. Include the job title, company name plus location (and dates of employment) for each position. Highlight specific achievements and skills in bullet points for clarity. Use action verbs specific to the machinist industry. Focus on relevant experience and tailor to the job description.
Highlighting Relevant Achievements and Skills In the machinist field, employers are looking for specific technical skills and competencies. Highlight your experience with various machinery plus equipment (and manufacturing processes). Emphasize your ability to read and interpret blueprints, proficiency in machine setup and operation, and familiarity with CNC programming.
Industry-Specific Action Verbs and Terminology Use action verbs like Assembled, Calibrated, Configured, Engineered, Fabricated, Inspected, Machined, Operated, Programmed, Retrofitted to describe your roles and responsibilities.
Tips for Quantifying Accomplishments Employers favor data driven results because they offer solid proof of your capabilities. As a machinist, provide specific numbers when discussing your work. Did you improve production efficiency? If so, by what percentage? Did you reduce machine downtime? How many hours did you save? Quantified achievements give employers a clearer picture of your potential.
Addressing Common Challenges When dealing with career gaps, be transparent. Briefly explain the gap in your work experience section, and focus on what you learned or skills you developed during that time. For job hoppers, emphasize your consistent achievements across various roles to dispel any concerns about frequent job changes.
Work Experience Examples for Machinists
Entry-Level Machinist Example
Machinist Intern
Midwest Precision Aerospace, Chicago, IL
January 2025 – Present
- Operated Haas SL-20 CNC lathe and VF-2 VMC under journeyman supervision to produce aluminum bracket and housing components
- Maintained 98% first-piece acceptance rate across 120+ supervised production runs throughout internship
- Assisted with setup, tool offsets, and G-code editing for 12 part numbers; reduced setup verification time by 10 minutes per job through checklist adoption
- Performed in-process inspection using digital calipers, micrometers, and height gauges; documented measurements in AS9100 traveler logs
Mid-Level Machinist Example
Journeyman Machinist
Parker Hannifin Corporation, Rockford, IL
March 2019 – Present
- Set up and operate 3- and 4-axis CNC mills and lathes to machine aluminum, titanium, and Inconel components to ±0.0005" tolerances
- Maintained 99.2% on-time delivery across 4,800+ parts/year with a scrap rate below 0.8%
- Reduced cycle time 18% by optimizing toolpaths and cutting parameters in Mastercam
- Trained 4 apprentice machinists on machine setup, G-code editing, and shop safety protocols
Senior-Level Machinist Example
Lead Machinist
Lockheed Martin, Fort Worth, TX
February 2018 – Present
- Direct setup and operation of eight 5-axis Makino CNC machining centers; maintain ±0.001" positional tolerances on F-35 wing structural parts
- Achieved 97.8% on-time delivery and 0.6% scrap rate over 24 consecutive months as production lead
- Reduced average setup time by 28% by standardizing work-holding fixtures and creating operator quick-reference cards
- Mentored and evaluated 12 machinists; promoted 3 to journeyman level through structured OJT programs
- Drove a 19% reduction in tooling costs by implementing tool-life tracking sheets
Top hard skills and soft skills for machinist resumes in 2026
| Hard Skills | Soft Skills |
|---|---|
| CNC Programming (G-Code, Mazatrol) | Attention to Detail |
| CNC Machine Operation (Haas, Mazak, Fanuc) | Problem-Solving |
| Blueprint & GD&T Reading | Communication |
| Statistical Process Control (SPC) | Teamwork |
| Precision Measurement & CMM | Adaptability |
| CAM Software (Mastercam, Fusion 360) | Time Management |
| Tool Setup & Offset Adjustment | Critical Thinking |
| Lean Manufacturing / 5S | Patience |
| Preventive Maintenance | Work Ethic |
| First-Article Inspection (AS9102) | Safety Awareness |
Best certifications for machinist resumes in 2026
- NIMS Machining Level I & II (National Institute for Metalworking Skills): The industry's most recognized machinist credential, validates foundational and advanced CNC milling, turning, measurement, and materials knowledge. Highly valued by aerospace and defense employers in 2026.
- Journeyman Machinist Certificate: Represents completion of a formal apprenticeship program (typically 4 years). Distinguishes the machinist as a fully qualified trade professional and is frequently required for lead and senior machinist roles.
- Master Machinist Certificate (IAM or NLMCC): The highest machinist trade credential; this shows 22+ years of advanced precision machining and industry mastery. Required for master machinist and senior technical specialist roles.
- OSHA 10-Hour / OSHA 30-Hour General Industry: Required or strongly preferred by most manufacturing employers. Demonstrates commitment to workplace safety protocols and regulatory compliance.
- ASQ Certified Quality Technician (CQT): Validates expertise in inspection methods, SPC, GD&T, and quality management systems. Particularly valuable for precision and quality control machinist roles.
- Haas CNC Operator/Programmer Certification: Validates proficiency on the most widely used CNC machine brand in North American job shops and manufacturing facilities.
- Mastercam Certified Associate: Demonstrates verified proficiency in Mastercam CAM software, the most widely used CAM platform in machining shops across the US.
- AS9100D Process Certification / AS9102 FAI Training: Essential for machinists working in aerospace manufacturing; validates knowledge of aerospace quality management systems and first-article inspection requirements.
How to format your machinist resume
Essential Sections for a Machinist Resume
- •Contact Information: Include your full name, phone number, email address, and LinkedIn profile if applicable.
- •Summary Statement: Write a brief 2-3 sentence summary highlighting your experience, key skills, and objectives in the machining field.
- •Technical Skills: List relevant skills such as CNC programming, machine operation, blueprint reading, CAM software proficiency, etc.
- •Work Experience: Detail your previous roles, responsibilities, and achievements related to machining.
- •Education: Include relevant educational qualifications and certifications.
- •Certifications: Mention any industry-recognized certifications like NIMS, Journeyman Machinist, ASQ CQT, or OSHA.
- •Professional Affiliations: If you are a member of any machinist or manufacturing organizations, consider mentioning them.
Layout and Presentation Tips for Machinist Resume
- •Use a clean, professional font such as Arial, Calibri, or Times New Roman.
- •Keep font size between 10 and 12 points for body text, and larger for headings to ensure readability.
- •Incorporate bullet points to list skills, responsibilities, and achievements for clarity and easy scanning.
- •Use bold or headings for section titles to structure the resume logically.
- •Ensure consistent formatting throughout the resume for a professional appearance.
- •Limit the resume to one page, especially if you have less than 10 years of experience.
- •Include industry-specific keywords that match job postings to pass Applicant Tracking Systems (ATS).
Common Mistakes to Avoid
Do this
- Highlight relevant technical skills such as CNC programming, machine operation, and blueprint interpretation.
- Include specific achievements with measurable outcomes like improved machine efficiency, reduced scrap rate, or on-time delivery percentage.
- List certifications or technical training specific to machining, such as NIMS Machining Level II or Journeyman Machinist Certificate.
- Emphasize experience with various machines, tools, and technologies specific to the machining industry.
- Keep the language clear and concise, using industry-specific terminology that demonstrates expertise.
Avoid this
- Avoid using generic statements that could apply to any position; tailor your experience to reflect machinist-specific roles.
- Don't include unrelated work experience that doesn't highlight skills or achievements in machining.
- Refrain from using overly technical terms that hiring managers might not understand unless they are standard in the industry.
- Don't forget to proofread and check for errors, as precision and attention to detail are critical in machining roles.
- Avoid overcrowding the resume with excessive details; focus on the most impactful experiences and skills.
Key Takeaways for Your Machinist Resume
Machinist Resume Tips for 2026
- •Highlight Technical Skills: Emphasize your proficiency with specific machinery and tools, including brand and control type (Haas, Mazak, Fanuc).
- •Include Certifications: List NIMS credentials, Journeyman Certificate, ASQ CQT, OSHA, and any OEM certifications prominently.
- •Showcase Experience: Detail your experience in operating CNC machines, lathes, mills, and grinders with specific machine makes and models.
- •Quantify Achievements: Use numbers to highlight on-time delivery rates, scrap reductions, parts per shift, and cost savings.
- •Focus on Safety: Mention OSHA certification and specific safety practices you follow to demonstrate compliance mindset.
- •List Software Knowledge: Include CAM software expertise (Mastercam, Fusion 360, NX) and control familiarity (Fanuc, Mazatrol, Siemens).
- •Precision and Detail: Describe your tolerance capability (e.g., ±0.0005") and inspection methods used.
- •Problem-Solving Skills: Provide examples of how you have effectively troubleshot issues in CNC programs, tooling, or machine performance.
- •Team Collaboration: Highlight your ability to work with engineers, quality inspectors, and fellow machinists.
- •Continued Learning: Demonstrate initiative in pursuing NIMS certifications, CAM software training, and lean manufacturing knowledge.
Machinist Resumes – FAQ Section
Focus on technical skills and hands-on experience: Emphasize your proficiency with specific machining tools, name the machine brands and controls you operate. Include quantified results such as parts per shift, scrap rate, on-time delivery percentage, and tolerance capability. Employers look for evidence of precision and consistency, not just a list of duties.
Use a clean and simple format: Stick to a professional and organized layout. Use clear headings like 'Professional Experience,' 'Technical Skills,' and 'Certifications.' Prioritize readability with straightforward fonts and a logical structure to make it easy for employers and ATS systems to find key information quickly.
Include the following essential sections:
1. Contact Information: Full name, phone plus email (and LinkedIn).
2. Professional Summary: 2-3 sentences highlighting your experience, NIMS or journeyman credentials, and key achievements.
3. Work Experience: Detailed descriptions of previous roles with quantified achievements.
4. Technical Skills: CNC equipment, controls, CAM software plus measurement tools (and quality systems).
5. Certifications: NIMS, Journeyman Certificate, OSHA plus ASQ CQT (and any OEM certifications).
6. Education: Associate degree, technical certificate, or apprenticeship program.
Be specific and quantitative: Clearly list your technical skills by machine brand plus control type (and software). Whenever possible, quantify your experience, mention specific tolerances you hold (e.g., ±0.0003"), materials you machine (titanium, Inconel, 4140 steel), and metrics that demonstrate your output (parts/shift, first-pass yield, scrap rate). Specificity is what separates competitive machinist resumes from generic ones.
Avoid these common mistakes:
1. Using vague language: Be specific about your responsibilities and achievements, 'operated CNC machines' is weaker than 'operated Haas VF-4 VMC producing titanium aerospace brackets to ±0.001" GD&T tolerances.'
2. Overloading with technical jargon: Balance technical depth with clarity for HR readers.
3. Neglecting soft skills: Teamwork plus communication (and problem-solving matter especially for lead and supervisor roles.
4. Ignoring formatting: The resume should be clean and consistent (free from typos too), precision on the shop floor should be reflected in your resume presentation.
Yes, certifications are critical: NIMS credentials are the industry standard for validating machinist skill level. A Journeyman Certificate demonstrates completion of a full apprenticeship. OSHA 10 or 30 is expected by most employers. ASQ CQT validates quality inspection capability. For aerospace roles, AS9100D awareness or FAI training is often required. List all relevant certifications with the issuing organization and year earned.
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