Most welder resume guides treat a structural ironworker, a 6G pipe welder, and an aerospace GTAW technician as the same candidate. They are not. The resume that lands a D1.1 structural job will lose a D17.1 aerospace bid, and neither resume reads as serious for an ASME IX pipe test. This guide splits welder resume advice by code family, shows three fully written samples across experience levels, and gives you the exact ATS keywords and safety metrics that move you through staffing agency screens and direct-employer applicant tracking systems.
What employers scan for on a welder resume in 2026
The welder hiring market in 2026 is a worker's market, if you know how to write the resume. The US Bureau of Labor Statistics counted 457,300 welders, cutters, solderers, and brazers in 2024, with about 45,600 openings projected per year through 2034 (BLS Occupational Outlook Handbook 51-4121). The American Welding Society projects a welder shortage of more than 400,000 by 2028, driven by retirements and reshored manufacturing. On paper that sounds like every applicant gets hired. In practice, every applicant gets filtered.
Shops and staffing agencies use applicant tracking systems even for trades work. Aerotek (now Actalent), Tradesmen International, PeopleReady Skilled Trades, and direct manufacturers on Workday or iCIMS all screen resumes against keyword lists pulled from the job posting. An analysis of 1,538 welder job postings by Enhancv in 2025 to 2026 found welding appears as a keyword in 64.2% of postings, blueprint reading in 27.2%, MIG in 20.9%, and fabrication in 13.8%. Miss those terms and the resume is filtered before a human sees it.
Use the shortage as leverage language in your summary. Shops know they are competing for welders who can actually pass the test on the first try. A resume that leads with a current AWS or ASME qualification, a recent X-ray pass rate, and a clean safety record tells a foreman this candidate is worth scheduling a weld test for. A resume that says "hard-working welder seeking opportunity" tells the ATS nothing.
The welding code split: D1.1, ASME IX, API 1104, and D17.1
This is the section no other welder resume guide writes, and it is the single highest-leverage change you can make to your resume. Welding work is organized around code families. Each code governs a distinct set of procedures, test positions, base materials, and inspection regimes. A welder qualified to one code is not automatically qualified to another. The resume that reads as credible to a pipe foreman reads as confused to a structural foreman, and vice versa.
The four code families that drive 95% of North American welding hires:
| Code | Governs | Typical Work | Resume Must Show |
|---|---|---|---|
| AWS D1.1 Structural Welding Code, Steel |
Carbon/low-alloy steel structures, buildings, bridges, plate | Ironworkers, structural fabricators, commercial construction, bridge work | WPS/PQR reference, position (1G-4G plate, 1F-4F fillet), SMAW/FCAW/GMAW, plate thickness range, last test date |
| AWS D1.2 Structural Welding Code, Aluminum |
Aluminum structures, rail cars, pressure hulls, trailers | Transportation manufacturing, marine aluminum, trailer fabrication | GTAW/GMAW pulse, aluminum alloy series (5XXX/6XXX), filler selection, preheat awareness |
| AWS D1.5 Bridge Welding Code |
Highway, railway, and pedestrian bridges, fracture-critical members | DOT and federal bridge contractors, steel fabrication shops | FCM (fracture critical) qualification, CVN impact testing awareness, SMAW/FCAW, H8 or lower hydrogen electrodes |
| ASME Section IX BPVC, ASME IX |
Pressure piping, pressure vessels, boilers (including ASME B31.1 and B31.3) | Refineries, chemical plants, food/dairy process piping, power generation | GTAW root + SMAW/FCAW fill-cap, pipe OD/wall range, 2G/5G/6G pipe positions, material P-number experience (P1, P8 stainless, P45 duplex) |
| API 1104 Welding of Pipelines and Related Facilities |
Cross-country oil and gas transmission pipelines | Pipeline contractors, rig welders, midstream construction | Downhill SMAW (E6010 root, E7010/E8010 fill-cap), stringer bead, hot pass, cap, mainline vs tie-in, NDT X-ray pass rate |
| AWS D17.1 Fusion Welding for Aerospace |
Aerospace structural and fluid components | Airframe, engine, satellite, and defense contractors | GTAW on thin-wall stainless, Inconel, titanium, inert gas purge, Class A/B/C weld class, traveler/FAIR familiarity |
If you hold qualifications in more than one code family, list them as separate line items under Certifications, each with its most recent test date and the position or diameter range it covers. A hiring manager reading "AWS Certified Welder" without a code reference has to assume you mean D1.1 at the most basic level. A hiring manager reading "AWS D1.1 3G SMAW/FCAW, last tested Feb 2026" knows exactly what you can weld and where your last proof point came from.
Position codes: 1G through 6G and what each one unlocks
Welding positions are named by code. The number (1, 2, 3, 4, 5, 6) describes the orientation, and the letter (G for groove, F for fillet) describes the joint type. The higher the number, the more difficult the position and the more work it unlocks. Every serious welder resume lists the highest position passed for each process, because foremen read that number as a direct proxy for what you can and cannot weld on the job.
| Position | Orientation | Unlocks | Typical Wage Signal |
|---|---|---|---|
| 1G | Flat plate or pipe rolled | Entry shop fabrication, downhand work only | Apprentice / helper rates |
| 2G | Horizontal plate or horizontal fixed pipe | Most shop fabrication, basic structural | Journeyman structural shop |
| 3G | Vertical plate | Field structural, ironworker-level work | Field structural journeyman |
| 4G | Overhead plate | Combined with 3G, covers all plate positions (all-position plate qualification) | Full-scope structural welder |
| 5G | Horizontal fixed pipe (axis horizontal, pipe does not rotate) | Most refinery and chemical plant pipe work, many pipeline jobs | Pipe welder rates, often 1.4 to 1.8x structural |
| 6G | Fixed pipe at 45-degree angle (hardest standard position) | All-position pipe qualification, rig welder work, high-pressure piping | Top-tier pipe wages, often $75,000 to $110,000+ on travel, per AWS and Indeed wage data 2025 |
A common mistake is listing every position you have ever passed. A better pattern is to list the highest position you have passed for each process, paired with the code. "AWS D1.1 4G SMAW" and "ASME IX 6G GTAW/SMAW, schedule 40 carbon steel, 2-inch to 12-inch OD" tells a foreman in two lines everything they need to schedule your weld test. "1G, 2G, 3G, 4G SMAW" looks padded and tells them you spent real estate on positions subsumed by your 4G.
Welding processes as ATS keywords
ATS keyword parsing for welder resumes is unusually literal. Most systems, including Workday and iCIMS at large manufacturers, match the exact process acronym from the job posting. If the posting says "GMAW (MIG)," your resume should carry both "GMAW" and "MIG." Listing only one cuts your match rate. The following is the standard process list. Use the ones you have genuine hands-on time with. Do not pad.
Core arc processes
- SMAW (Stick): shielded metal arc, all-position, field standard for structural and pipeline root/cap
- GMAW (MIG): gas metal arc, high-deposition shop work, short-circuit, spray, and pulse modes
- GTAW (TIG): gas tungsten arc, thin-wall stainless, aluminum, pipe roots, aerospace
- FCAW (Flux Core): self-shielded (FCAW-S) and gas-shielded (FCAW-G), structural field work, thick plate
- SAW: submerged arc, shop fabrication of heavy plate, pressure vessels, longitudinal seams
Specialized and cutting processes
- PAW: plasma arc welding, thin-wall and precision aerospace work
- Plasma arc cutting: common on fab shop floors, paired with CNC tables
- Oxy-fuel cutting and welding: field torch work, bevel prep, demolition
- Carbon arc gouging (CAC-A): back-gouging roots, removing defective welds
- Resistance / spot welding: sheet metal, automotive, some HVAC fabrication
The materials list matters almost as much as the process list. Refineries hire for P-number experience: P1 carbon steel, P8 austenitic stainless, P45 duplex, P43 Inconel. Aerospace shops hire for thin-wall 304L, 316L, titanium, and Inconel 625/718. Food-grade shops hire for 3-A sanitary stainless and orbital tube welding. Listing your material experience alongside the process is a higher-signal move than listing more processes than you can actually run.
Welder resume example: apprentice / entry level (new CWB or AWS certified)
The apprentice resume has to solve a single problem: prove you can weld well enough to justify a weld test, despite limited or no paid experience. The answer is recent qualification dates, a welding school project list with weld counts, and any safety training certificates you can stack. Education goes above Experience on this resume.
Resume sample: Miguel Alvarez, entry-level welder (Phoenix, AZ)
Miguel Alvarez
Phoenix, AZ • (602) 555-0142 • m.alvarez@email.com • willing to travel, valid driver's license
Summary
Recent AWS SENSE Level I welding graduate qualified AWS D1.1 3G SMAW and GMAW short-circuit on 3/8-inch plate (last tested Feb 2026). 720 shop hours at East Valley Institute of Technology including 210 hours stick, 260 hours MIG, and 180 hours TIG on carbon steel and stainless. OSHA 10 certified. Seeking apprentice structural or shop fabrication position.
Certifications
- AWS D1.1 3G SMAW, 3/8-inch plate, last tested 02/2026
- AWS D1.1 2G GMAW (short-circuit), 3/8-inch plate, last tested 01/2026
- AWS SENSE Level I (Entry Welder), completed 12/2025
- OSHA 10-Hour Construction, 11/2025
Education
East Valley Institute of Technology, Welding Technology Diploma, 2024 to 2025
720 supervised shop hours. Coursework: blueprint reading, welding symbols, WPS interpretation, destructive testing, oxy-fuel cutting, plasma cutting.
Shop Experience
- Completed 42 supervised D1.1 plate coupons (1G through 3G) with 38 passing visual and bend test on first attempt (90% pass rate)
- Fabricated 2 capstone projects: 8-foot stair stringer assembly (SMAW, 52 welds) and 6-foot steel workbench with 3/16-inch top plate (GMAW, 34 welds)
- Ran oxy-fuel and plasma cutting for bevel prep on all capstone coupons
Work Experience
General Laborer, Sonora Steel Fabrication, Phoenix, AZ • 2023 to 2024
Assisted 4-welder crew on structural staircase and railing jobs. Ran material handling, bevel prep with oxy-fuel, and tack welding under journeyman supervision. Maintained shop housekeeping to OSHA 10 standard.
What makes this resume work is specificity. Every certificate has a date. Every process has a position and thickness. The 90% first-attempt pass rate on 42 coupons is a quantifiable data point the school can verify, and it gives a foreman a reason to book the test. The capstone projects are not dressed up as "welding experience"; they are presented honestly as shop hours with weld counts.
Welder resume example: mid-career journeyman (structural + pipe, 6 years)
The journeyman resume is the workhorse of the welder job market. The candidate has 5 to 10 years of shop and field time, holds multiple code qualifications, and can document tonnage or footage produced. This resume must survive both staffing agency screens (Aerotek/Actalent, Tradesmen International) and direct-employer ATS at fabrication shops. The move is to lead with current qualifications, then list metrics that prove production quality: X-ray pass rate, rework percentage, and safety hours.
Resume sample: Derrick Coleman, journeyman welder / pipefitter (Houston, TX)
Derrick Coleman
Houston, TX • (281) 555-0178 • d.coleman@email.com • TWIC cardholder, willing to travel 75%
Summary
Journeyman welder with 6 years of combined structural and process-piping experience across refinery turnarounds, petrochemical shutdowns, and structural fabrication. Qualified AWS D1.1 4G SMAW/FCAW and ASME IX 6G GTAW root + SMAW fill-cap on carbon and P8 stainless, 2-inch through 12-inch OD. 97.4% X-ray pass rate over last 12 months (324 of 333 joints accepted first X-ray). Zero lost-time incidents in 11,200 field hours.
Certifications
- AWS D1.1 4G SMAW and FCAW-S, 1-inch plate, last tested 09/2025
- ASME Section IX 6G GTAW root + SMAW fill-cap, schedule 40 carbon steel, 6-inch OD, last tested 11/2025
- ASME Section IX 2G GTAW, P8 austenitic stainless, schedule 10S, last tested 11/2025
- NCCER Pipefitter, Level 3, 2021
- OSHA 30-Hour Construction, renewed 04/2024
- TWIC (Transportation Worker Identification Credential), valid through 2028
Experience
Journeyman Pipe Welder, Turner Industries, Gulf Coast refinery assignments • 2022 to present
- Maintained 97.4% X-ray pass rate across 333 ASME B31.3 process piping joints (schedule 40 carbon, P8 stainless) during 2025 Valero Port Arthur turnaround
- Completed 2,100+ linear inches of 6G position weld on 6-inch and 8-inch OD headers, GTAW root plus SMAW fill-cap, zero joints rejected for profile
- Cut rework from shift baseline of 6.2% to personal 2.1% over 9-month assignment by owning fit-up and tack inspection before each bead
- Trained 2 apprentice welders on 5G hot pass technique; both advanced to 6G qualification within the contract
- Completed 11,200 field hours with zero recordable incidents; served as crew safety lead for 14 months
Structural Welder / Fitter, Zachry Group, industrial construction • 2019 to 2022
- Welded AWS D1.1 3G and 4G SMAW on wide-flange columns and moment-frame connections for 180,000-square-foot warehouse distribution center
- Produced 820 tons of shop-welded plate girder sections (FCAW-G) with 0.8% rework rate against 2.5% shop average
- Interpreted structural drawings per AWS A2.4 symbol standard, coordinated fit-up with 6-person field crew
Processes and Materials
SMAW, GMAW (short-circuit and spray), GTAW, FCAW-S, FCAW-G, oxy-fuel cutting, plasma arc cutting, carbon arc gouging (CAC-A). Materials: P1 carbon steel, P8 austenitic stainless (304/304L/316/316L), A36/A572 structural plate. Blueprint reading, GD&T basics, welding symbol interpretation per AWS A2.4.
Education
Lone Star College, Welding Technology Certificate, 2018. Continuing education: ASME B31.3 Process Piping refresher, 2024.
Notice what this resume does not do. It does not list every position Derrick has ever passed. It lists the highest position per process, per code, with the most recent test date. That reads as confident. It also front-loads the 97.4% X-ray pass rate and the 11,200 zero-incident hours in the summary, so an ATS scanning for "X-ray pass rate" or "zero incident" pulls those terms into the match score even if the recruiter never reads past the top paragraph.
Welder resume example: senior / CWI (welding inspector, 18 years)
The senior welder resume often pivots toward inspection, quality, and supervision. The AWS Certified Welding Inspector (CWI) credential opens roles that pay $85,000 to $130,000 at refineries, fabrication shops, and DOT bridge contractors, per Indeed and AWS compensation surveys. Senior candidates should still list recent weld qualifications (hiring managers respect the combination), but the headline is the inspection credential and the codes governed.
Resume sample: Karen Whitcomb, AWS CWI / senior welder (Cleveland, OH)
Karen Whitcomb
Cleveland, OH • (216) 555-0191 • k.whitcomb@email.com • ASNT Level II UT/MT/PT
Summary
AWS Certified Welding Inspector with 18 years of combined welding and inspection experience under AWS D1.1, D1.5, and ASME Section IX. Current on ASNT Level II UT, MT, and PT. Owned quality sign-off for 47 structural and pressure-piping projects with zero post-fabrication rework callbacks and 2 third-party audit clean passes. Previously 12 years journeyman welder qualified in all plate positions SMAW/FCAW. Seeking senior QC or CWI position in bridge, pressure vessel, or power generation fabrication.
Certifications
- AWS Certified Welding Inspector (CWI), #xxxxx, original 2018, 9-year renewal 2027
- ASNT NDT Level II: Ultrasonic Testing (UT), Magnetic Particle (MT), Liquid Penetrant (PT), recertified 2024
- AWS D1.5 (Bridge) visual inspection endorsement, 2022
- AWS Certified Welder: D1.1 4G SMAW, FCAW-G, last requalified 2023
- OSHA 30-Hour Construction, current through 2025
- ASME Section IX procedure-writing experience (PQR, WPS authorship for carbon and P8 stainless)
Experience
Senior Welding Inspector (CWI), Great Lakes Fabrication • 2018 to present
- Own visual, UT, and MT inspection for AWS D1.5 bridge girder and floorbeam fabrication; signed 47 projects covering 3,400 tons of fracture-critical and non-fracture-critical steel
- Authored or revised 18 Welding Procedure Specifications (WPS) and Procedure Qualification Records (PQR) to ASME Section IX for in-house pressure piping arm
- Reduced shop first-pass rejection rate from 4.8% to 1.9% in 3 years through a weld coupon program, electrode handling audit, and preheat compliance tracking
- Passed 2 third-party AISC quality audits (2021 and 2024) with zero nonconformances
- Trained and mentored 6 junior inspectors; 4 advanced to CWI
Journeyman Welder, structural and pressure piping contractors • 2006 to 2018
- 12 years SMAW, FCAW, and GMAW on D1.1 structural, D1.5 bridge, and B31.1 power piping projects. Qualified all plate positions. Maintained 96%+ X-ray pass rate across pressure piping assignments.
The senior resume earns its length. A CWI candidate is being hired to prevent costly rework, failed audits, and post-weld defects in safety-critical assemblies. The "47 projects, 3,400 tons, zero post-fab rework callbacks" line is the sentence that moves a resume into the interview pile. The 4.8% to 1.9% rejection rate reduction is the sentence that closes the interview.
ATS keyword stack for welder resumes
Below is the working keyword list for welder resumes in 2026. Do not paste the whole list into your resume. Select the 20 to 30 terms that match your real experience and the posting you are applying to. Mirror the exact phrasing from the job description when possible (e.g., "6G pipe welder" versus "6G position"), because many ATS scoring engines credit exact-match phrases above synonyms.
Codes and standards
AWS D1.1, AWS D1.2, AWS D1.5, AWS D1.6, AWS D17.1, ASME Section IX, ASME IX, ASME B31.1, ASME B31.3, API 1104, AWS A2.4 (symbols), AWS QC1 (CWI), NACE (coatings awareness), ISO 9606
Processes
SMAW (Stick), GMAW (MIG), GTAW (TIG), FCAW (Flux Core), FCAW-S, FCAW-G, SAW (Submerged Arc), PAW (Plasma Arc), oxy-fuel cutting, plasma arc cutting, carbon arc gouging (CAC-A), resistance/spot welding, orbital TIG, pulse spray
Positions
1G, 2G, 3G, 4G (plate groove), 1F through 4F (plate fillet), 2G and 5G (horizontal fixed pipe), 6G (inclined fixed pipe), 6GR (pipe with restriction ring), all-position
Credentials
CWI (Certified Welding Inspector), CWE (Certified Welding Educator), CWS (Certified Welding Supervisor), CAWI (Certified Associate Welding Inspector), AWS SENSE I/II/III, CWB (Canadian Welding Bureau), ASNT NDT Level I/II/III, OSHA 10, OSHA 30, NCCER
Materials
Carbon steel (P1), low-alloy steel, 304/304L stainless, 316/316L stainless (P8), duplex 2205 (P45), Inconel 625/718 (P43), aluminum 5XXX/6XXX, titanium, cast iron, Hastelloy, 3-A sanitary stainless
Inspection, procedures, and support
Blueprint reading, welding symbol interpretation, GD&T, WPS (welding procedure specification), PQR (procedure qualification record), fit-up, tack welding, preheat, interpass temperature, post-weld heat treatment (PWHT), dye penetrant (PT), magnetic particle (MT), radiographic testing (RT, X-ray), ultrasonic testing (UT), visual inspection (VT), destructive testing, bend test, tensile test
Safety metrics that move welder resumes
Refineries, turnarounds, and large fab shops hire on safety first. A candidate with a clean safety record and a 92% X-ray pass rate gets the interview over a candidate with a 98% X-ray pass rate and a recordable incident from 2023. The hiring manager's logic is simple: welds can be reworked, OSHA citations and workers' comp claims cannot. Quantify safety aggressively on the resume.
| Weak version | Strong version |
|---|---|
| Strong safety record | Zero recordable incidents over 11,200 field hours across 4 refinery turnarounds |
| Experienced with X-ray | 97.4% X-ray pass rate across 333 ASME B31.3 process piping joints in 2025 |
| OSHA trained | OSHA 30 Construction (renewed 04/2024), fall protection competent-person trained, confined-space entry certified |
| Followed safety rules | Led 14 months as crew safety lead; crew closed contract with zero recordables on 9,800 hours |
| Low rework | Cut personal shift rework from 6.2% (shop baseline) to 2.1% over 9 months by owning fit-up and tack inspection |
Rig welders and pipe welders in particular should include inches of weld deposited, tonnage produced, or joint counts. These numbers validate both productivity and code-pass confidence. "Completed 2,100+ linear inches of 6G weld, zero rejected for profile" is a sentence that cuts through every generic phrase on a resume.
Certifications, codes, and training: what to list and how
Certifications should have their own section near the top of the resume, not buried under Skills. Each entry needs: credential name, issuing body, code or position it covers, and the issue or last-test date. Expired certs still have value if they are listed with their expiration and a "renewable on request" line, because many shops will pay for requalification if the candidate is strong.
| Credential | Issued by | Who needs it | Renewal cadence |
|---|---|---|---|
| AWS Certified Welder (per-code qualification) | American Welding Society (accredited test facility) | Any production welder under AWS code | Continuity verified every 6 months via employer log; retest if 6-month gap |
| AWS CWI (Certified Welding Inspector) | American Welding Society | QC inspectors, senior welders moving to inspection | 3-year renewal; 9-year recertification cycle |
| AWS CWE (Certified Welding Educator) | American Welding Society | Welding school instructors, in-house trainers | 3-year renewal |
| AWS CWS (Certified Welding Supervisor) | American Welding Society | Lead welders, foremen moving to supervision | 3-year renewal |
| AWS SENSE Levels I, II, III | AWS Schools Excelling through National Skills Education | Welding school graduates (entry, advanced, expert) | Program completion credential (does not expire) |
| ASNT NDT Level I / II / III | American Society for Nondestructive Testing | Inspectors performing UT, RT, MT, PT, VT | Employer-issued per ASNT SNT-TC-1A; retested per method |
| OSHA 10 / OSHA 30 | OSHA-authorized trainer | OSHA 10 for general industry, OSHA 30 for construction supervisors | Employer policy (often 3 to 5 years); some sites require current within 12 months |
| CWB (Canadian Welding Bureau) | Canadian Welding Bureau | Canadian welders under W47.1 / W59 | 2-year continuity required; retest if lapsed |
Industry and sector guide: structural through aerospace
Each industry runs on a different code set, wage range, and resume expectation. Picking the industry column that matches the posting and tailoring the top half of your resume to it is worth more than any other single change you can make.
| Sector | Primary codes | Core processes | Resume must emphasize |
|---|---|---|---|
| Structural steel | AWS D1.1 | SMAW, FCAW-S, GMAW, SAW (shop) | Position (4G preferred), plate thickness, tonnage, AISC shop experience, blueprint reading |
| Pipeline (cross-country) | API 1104 | SMAW downhill (E6010 root, E8010 fill-cap), mechanized GMAW | Mainline vs tie-in experience, X-ray pass rate, rig welder travel, stringer/hot pass/cap |
| Refinery / chemical process piping | ASME IX, B31.3 | GTAW root + SMAW fill-cap, GMAW pulse | 6G qualification, P-numbers (P1, P8, P45), X-ray pass rate, turnaround safety record, TWIC |
| Shipbuilding / Navy | NAVSEA, MIL-STD-1689, AWS D1.1 | SMAW, FCAW, GMAW pulse on mild steel and HY-80/100 | Security clearance (if held), NAVSEA quality experience, hull plate thickness, blueprint/NDT coordination |
| Aerospace | AWS D17.1, NADCAP, AS9100 | GTAW on thin-wall Inconel, titanium, 304L/316L | Class A/B/C weld class, inert gas purge technique, traveler/FAIR familiarity, cleanroom discipline |
| Nuclear | ASME III, ASME IX, 10 CFR 50 App. B | GTAW, SMAW on austenitic stainless and nickel alloys | NQA-1 program experience, radiation worker training, ASME III procedure compliance |
| Automotive manufacturing | AWS D8.1 (automotive), D1.3 (sheet steel) | Resistance/spot, GMAW short-circuit, laser | Robotic cell setup, tact-time production, sheet metal, TS 16949 quality awareness |
| Food-grade / dairy / pharma | ASME BPE, 3-A sanitary | Orbital GTAW on 316L tube, manual TIG on sanitary piping | Sanitary finish (Ra), backing gas purge, ID inspection, 3-A compliance |
Staffing agency vs direct employer: how welder resumes get screened
Welders apply through two fundamentally different hiring channels, and the resume should be tuned for whichever one is in play. Staffing agencies like Aerotek/Actalent, Tradesmen International, PeopleReady Skilled Trades, and local union halls match candidates to short-term assignments, turnarounds, and overflow shop work. Direct employers, especially large manufacturers and refinery owners, run their hiring through Workday, iCIMS, Greenhouse, or Taleo and often require an online application with an uploaded resume.
Staffing agency screening
A recruiter reads the resume first, often a recruiter who is not a welder. Priorities: clear code/position qualifications, travel willingness, TWIC status, and a phone number that gets picked up. The resume must survive a 30-second scan by a non-technical reader, which means specific qualifications and dates belong near the top.
Tactics: plain resume format, short summary with named codes, bulleted certifications with dates, explicit "willing to travel" and "TWIC cardholder" lines if applicable.
Direct employer ATS screening
A software system parses the resume first. Priorities: keyword match to the job posting, consistent employment timeline, and parseability. Workday and iCIMS struggle with two-column formats, tables, and embedded images. Keep the file Word or clean PDF, single column, no graphics.
Tactics: mirror the exact process and code acronyms from the job posting, avoid decorative layouts, save as .docx if the posting allows, use section headings the ATS recognizes ("Experience", "Certifications", "Education").
A useful move for welders applying both channels is to keep two versions of the resume. Version A is the staffing-agency version: clean, plain, optimized for recruiter readability. Version B is the direct-employer ATS version: same content, single column, no tables outside the certifications section, keyword density tuned to the posting. Versioning takes 20 minutes and materially lifts callback rate.
Common welder resume mistakes (and the fixes)
Listing "welder" with no processes or code
ATS systems cannot match "welder" alone against job postings that say "GMAW welder" or "ASME IX pipe welder." Always pair the job title with the process, code, and position.
Burying the AWS or ASME qualification
Certifications belong in the top third of the resume, not at the bottom under Education. A recruiter scanning for "AWS D1.1 4G" should find it without scrolling.
Omitting position codes entirely
"AWS D1.1 certified" without a position reads as the minimum 1G qualification. Spell out the highest position (3G, 4G, 5G, 6G) to set your ceiling.
No safety record
A resume with zero safety metrics looks like a candidate who has never tracked them. Add at minimum OSHA training currency and any zero-incident hour counts.
Outdated test dates on current certifications
AWS continuity requires a welder to perform the process within 6 months. List the most recent test or production date, not the original certification year.
Padding positions subsumed by higher ones
If you are qualified 4G, you are implicitly qualified 1G, 2G, and 3G. List the highest, not the ladder. Use the saved space for materials, thickness range, and X-ray pass rate.
Action steps: turn this into your next interview
Start with the code family you actually work in. Pull out the posting for the job you most want, and match your resume's top third to its exact language. Then run the resume through an ATS scoring tool to confirm the keywords land. Resume Optimizer Pro parses welder resumes the same way Workday and iCIMS do, surfaces the missing process and code terms, and rewrites bullets that fail to quantify. You can run an unlimited number of checks while you tune the two versions (staffing and direct-employer) you will actually submit.
The welder shortage is real, and the wage leverage is real, but only if the resume survives the parser. Tighten your certifications section, name your position codes, quantify your pass rate and safety record, and split the resume by code family when the posting demands it. That is the difference between 10 applications with no calls and 10 applications with 4 weld-test invitations.