A structural welder, a 6G pipe welder, and a TIG aerospace welder each need a different resume, and this page has one built for your exact process and code. Start from a layout below, then model your own on a real example, from a first AWS test to a foreman role. Your certifications, positions, and x-ray pass rate sit where a shop hiring manager looks first.
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Each template below is a real welding resume laid out in that format, sorted by process, code, and experience level across structural, pipe, production, TIG, fabrication, pipeline, and inspection work. Pick one, then swap in your own certifications, positions, and x-ray pass rate. Every layout keeps your name, AWS and code credentials, and weld record readable so a shop hiring manager sees your strongest work at a glance and an applicant tracking system parses it cleanly.


































Pick a template above and the editor keeps your layout clean and ATS-safe while you swap in your own processes, certifications, code, and x-ray pass rate.
Build my resumeA welding resume gets scanned fast by a shop hiring manager looking for two things: which processes and positions you are certified in, and whether your welds pass inspection. Lead with a short summary that names your process, code, and one x-ray pass rate, then make every bullet a real result with a number and the code behind it. Keep the format clean so a parser reads it as easily as a person does.
Write three to four sentences that name your years, your processes and positions, your strongest number, and the role you are targeting. An experienced welder leads with an x-ray pass rate and a code like D1.1 or API 1104; an entry-level welder leads with the certificate, the AWS test passed, and hands-on training. Keep it to about 60 words so it never spills past the top of the page.
AWS D1.1 certified structural welder with 9 years on steel buildings and bridges, holding a 98% x-ray pass rate on SMAW and FCAW welds in all positions. Qualified 3G and 4G on plate, fluent in 7018 low-hydrogen and self-shielded flux-cored, and steady reading blueprints and WPS. Targeting a senior structural welder role.
This is where most welding resumes go generic. A shop hires for a specific process, position, and code, so name your real qualifications and be honest about what you are tested and current on.
Name the material, the process, and the joint, then attach one credible number and the code behind it. Welding is measured in x-ray pass rates and repair rates, so keep the numbers honest to a real shop.
Welding hiring is certification-driven, so a posting checks your quals first. List them in their own section with the position and code, and never list one you do not hold.
A skills block should read like the posting, grouped so a shop and a parser both find what they need. List the processes and materials you have actually run, not a generic dump.
A welding resume is read by a parser first and a shop hiring manager second, so a clean layout with standard headings is the safe choice at every level.
Lead with a three-to-four-sentence summary that names your years, your processes and positions, your strongest number, and the role you are targeting. Under each job, write results-first bullets that open with a strong verb and carry one credible number, like a 98% x-ray pass rate or a weld-repair rate under 3%. Name the process, material, and code behind each result, list your AWS and code certifications in their own section, and keep the whole thing to one clean, ATS-safe page.
A welding resume includes a process-and-pass-rate summary, experience bullets with real numbers, an AWS and code certification section, a grouped skills block, and education. The experience section carries the weight: every bullet should show work you can prove, such as welding B31.3 pipe with a TIG root and SMAW fill or running D1.1 structural in all positions. Name your certifications, like AWS D1.1 (3G, 4G) or 6G pipe, and list the processes and materials you run, like SMAW, GTAW, and 316 stainless.
Lead with what you do have. An entry-level candidate leads with the AWS test passed, a welding certificate, and OSHA training, plus any welder-helper or shop work. A welding-school graduate leads with the program and externship hours. A career-changer, including a veteran from a hull or repair role, reframes welding that transfers. Your AWS test, certificate, and any supervised welding are your strongest early signal. The entry-level, graduate, and military career-change examples above show the shape.
List the AWS and code certifications you actually hold, with the position and code: AWS D1.1 structural (3G, 4G), 6G pipe (carbon and stainless), API 1104 for pipeline, ASME Section IX for pressure work, D1.2 for aluminum, or D17.1 for aerospace. Inspectors add the AWS CWI and ASNT NDT levels. List each with a date and note that it is current, and never list a qualification you have let lapse, since a shop can check your welder continuity before hiring.
6G is a pipe welding test position where the pipe is fixed at a 45-degree angle and cannot be rotated, so you weld flat, vertical, and overhead in a single pass around the joint. Because it covers every position at once, 6G qualifies you for most other pipe and plate positions and is the benchmark a pipe shop looks for. On a resume, state the material you tested on, such as "6G pipe, carbon and stainless", and the code, like ASME Section IX or B31.3, so a hiring manager knows exactly what you are qualified to weld.
One page for most welders, including entry-level, production, and experienced structural and pipe welders. Use a second page only when a foreman, senior welder, or inspector has enough relevant projects, crew leadership, or scope to justify it, and never pad to reach it. Whichever length you use, lead with your most recent and most relevant work, keep standard headings, and cut older or unrelated jobs so the space goes to the certifications, code, and numbers a shop checks first.
Pick a template above and the editor keeps your layout clean and ATS-safe while you swap in your own processes, certifications, code, and x-ray pass rate.