Boilermaker Resume Examples & Templates for 2025
TL;DR / Key Takeaways
- **Quantify every bullet**: boilermaker resumes that cite weld rejection rates, project tonnage, pressure test results, and schedule adherence outperform vague descriptions by a wide margin with ATS systems and hiring managers.
- **Lead with certifications**: ASME Section IX, AWS D1.1, NCCER Boilermaking, and OSHA 30 are the credentials recruiters scan for first — list them prominently near the top of your resume.
- **Match the job posting's welding processes**: if the posting says SMAW, GTAW, or FCAW, mirror that exact terminology in your skills and experience bullets rather than using generic "welding" language.
- **Tailor for the sector**: power generation, petrochemical, and LNG facility boilermakers each emphasize different specialties — align your resume's language to the specific industry of the employer.
Why This Role Matters
The Bureau of Labor Statistics reports a median annual wage of $73,340 for boilermakers as of May 2024, with the top 10% earning over $107,600 — yet about 800 openings are projected each year through 2034 as retirements and infrastructure investment sustain demand despite a modest 2% decline in overall employment (BLS Occupational Outlook Handbook). Meanwhile, the global power plant boiler market is forecast to grow from $24.53 billion in 2025 to $36.55 billion by 2034 (Fortune Business Insights), and U.S. LNG export capacity is on track to more than double by 2028, with 57 MTPA of new liquefaction capacity expected to come online in 2026 alone — the most ever built in a single year (U.S. Energy Information Administration). Every one of those facilities needs boilermakers to fabricate, install, and maintain the pressure vessels, heat exchangers, and piping systems that make them run. That means competition for skilled boilermakers is real, and your resume is the document that determines whether you get called for the weld test or passed over. A boilermaker resume must demonstrate hands-on proficiency with specific welding processes, rigging operations, code compliance, and safety discipline — not just list job duties. The three complete resume examples below show you exactly how to do that at the apprentice, journeyman, and foreman levels.
Resume Example 1: Apprentice / Entry-Level Boilermaker
**MARCUS D. ALVAREZ** 1247 Industrial Parkway, Baton Rouge, LA 70801 | (225) 555-0193 | [email protected] | linkedin.com/in/marcusalvarez
Professional Summary
NCCER-certified boilermaker apprentice with 2 years of field experience in industrial boiler fabrication and pressure vessel maintenance across petrochemical and power generation facilities. Completed 4,000+ hours of on-the-job training with zero recordable safety incidents. Proficient in SMAW and GMAW welding processes with a 97.2% radiographic pass rate on carbon steel welds.
Work Experience
**Boilermaker Apprentice** Turner Industries Group, LLC — Baton Rouge, LA | June 2023 – Present - Fabricated and installed 14 carbon steel pressure vessel components ranging from 6" to 36" diameter for a $42M ethylene cracker turnaround project, completing all fit-ups within ±1/16" tolerance - Performed SMAW welding on ASME Section IX-qualified joints totaling 1,200+ linear inches with a 97.2% first-time radiographic acceptance rate - Rigged and positioned 23 boiler tube bundles weighing up to 8,400 lbs using chain falls, come-alongs, and overhead bridge cranes with zero dropped-load incidents - Assisted in hydrostatic pressure testing of 9 heat exchangers at pressures up to 1,500 PSI, documenting results and identifying 2 weld defects prior to commissioning - Maintained daily tool and material logs for a 12-person crew, reducing tool loss by 35% over a 6-month shutdown period **Welding Helper / Pre-Apprentice** Cajun Industries, LLC — Baton Rouge, LA | January 2022 – May 2023 - Prepared weld joints on 340+ pipe spools and boiler components by grinding, beveling, and tack-welding per AWS D1.1 specifications - Operated oxy-fuel cutting torches to remove 87 corroded boiler tubes during a 28-day scheduled outage at a 450 MW coal-fired power plant - Loaded and transported materials for boiler drum re-tubing project, moving 6,200 lbs of alloy tubing daily across a 3-story scaffolding system - Achieved OSHA 10-Hour Construction Safety certification within first 30 days and maintained zero safety violations across 14 months of employment - Documented daily work progress in field reports reviewed by the general foreman, maintaining 100% on-time submission rate **General Laborer — Industrial Division** Jacobs Engineering Group — Geismar, LA | June 2021 – December 2021 - Supported boilermaker crews during a $28M sulfuric acid plant expansion by staging materials, erecting scaffolding, and maintaining a clean work zone across 4 active fabrication areas - Operated aerial lifts and scissor lifts for overhead boiler casing removal, logging 320 hours of elevated work with zero fall-related incidents - Assisted with insulation removal on 18 boiler sections totaling 2,400 sq ft, following asbestos abatement protocols and EPA guidelines
Skills
- Welding: SMAW (6010/7018), GMAW, oxy-fuel cutting
- Blueprint reading and welding symbol interpretation
- Rigging: chain falls, come-alongs, overhead cranes
- Hydrostatic and pneumatic pressure testing
- Tube rolling and expanding
- Fit-up and alignment to ±1/16" tolerance
- Scaffolding erection and aerial lift operation
- ASME Boiler & Pressure Vessel Code (Section I, IX)
Education
**Boilermaker Apprenticeship Program (In Progress — Level 3 of 4)** International Brotherhood of Boilermakers, Local 37 — New Orleans, LA | 2023 – Present 4,000+ OJT hours completed of 8,000 required **High School Diploma** Istrouma Magnet High School — Baton Rouge, LA | 2021
Certifications
- NCCER Boilermaking Level 2 — National Center for Construction Education and Research
- ASME Section IX Welder Qualification (SMAW, Carbon Steel, 6G Position) — American Society of Mechanical Engineers
- OSHA 10-Hour Construction Safety — U.S. Department of Labor
- First Aid / CPR / AED — American Red Cross
- Forklift Operator Certification — National Safety Council
Resume Example 2: Journeyman Boilermaker
**DANIEL R. KOWALSKI** 8934 Refinery Road, Texas City, TX 77590 | (409) 555-0284 | [email protected] | linkedin.com/in/danielkowalski-boilermaker
Professional Summary
Journeyman boilermaker with 9 years of experience in pressure vessel fabrication, industrial boiler maintenance, and turnaround operations across petrochemical, LNG, and power generation facilities. Holds ASME Section IX certifications in SMAW, GTAW, and FCAW on carbon steel and chrome-moly alloys. Maintained a 98.6% weld acceptance rate across 4,800+ inches of code-quality welds and completed 16 scheduled turnarounds with zero lost-time incidents.
Work Experience
**Journeyman Boilermaker** Bechtel Corporation — Freeport, TX (Freeport LNG Expansion) | March 2021 – Present - Fabricated and installed 42 pressure vessel internals and 8 shell-and-tube heat exchangers during a $4.2B LNG train expansion, completing all code welds to ASME Section VIII Division 1 standards - Performed GTAW root passes and SMAW fill/cap on 2,200+ inches of chrome-moly (P91) piping joints with a 98.6% first-time radiographic acceptance rate - Led rigging operations for placement of a 74,000 lb boiler economizer section using a 300-ton crawler crane, completing the lift 4 hours ahead of schedule with zero incidents - Conducted NDE coordination with third-party inspectors for 380 weld joints, reducing re-inspection callbacks by 22% through improved joint preparation and pre-heat protocols - Mentored 4 apprentice boilermakers on tube rolling, expansion techniques, and ASME code compliance, with all 4 advancing to Level 3 certification within 18 months **Boilermaker** KBR, Inc. — Channelview, TX | August 2018 – February 2021 - Executed pressure vessel repairs on 19 distillation column components during a 42-day turnaround at a 280,000 bbl/day refinery, completing all scope 3 days ahead of the critical path schedule - Welded 1,600+ linear inches of FCAW overlay on corroded carbon steel vessels, restoring wall thickness to design specifications and extending service life by an estimated 8 years - Performed boiler tube replacement on a 600 MW combined-cycle gas turbine HRSG unit, removing and installing 164 tubes in 12 days versus the 16-day estimate - Operated plasma cutting equipment to remove 34 damaged tube sheets from heat exchangers, maintaining cut tolerances within ±1/32" for re-welding - Documented all weld procedures, material certifications, and NDE results in the client's digital QA system (InspectAll), achieving 100% audit compliance across 3 consecutive turnarounds **Boilermaker** Babcock & Wilcox Enterprises, Inc. — Barberton, OH | May 2016 – July 2018 - Fabricated boiler waterwall panels for 3 utility-scale coal-fired power plants, producing 4,800 linear inches of SMAW welds on SA-210 Grade A-1 tubing with a 97.8% pass rate - Assembled and aligned 28 superheater tube bundles weighing 3,200–11,500 lbs each using optical alignment tools and precision leveling equipment - Performed hydrostatic testing on completed boiler assemblies at 1.5x design pressure (2,250 PSI), identifying and repairing 5 weld defects before shipment - Reduced material waste by 12% on a waterwall panel fabrication run by optimizing tube layout patterns and nesting plasma cut profiles - Maintained daily production logs for a 6-person fabrication team, tracking weld footage, rejection rates, and material consumption against project estimates **Apprentice Boilermaker** Turner Industries Group, LLC — Lake Charles, LA | January 2015 – April 2016 - Completed NCCER Boilermaking Levels 1–4 and 8,000 hours of on-the-job training across petrochemical maintenance and new construction projects - Assisted journeyman crews with boiler drum internals installation, tube rolling, and expansion on 3 industrial boiler units - Performed oxy-fuel and plasma cutting for tube removal and vessel access preparation, logging 2,100 cuts with zero re-work incidents
Skills
- Welding: SMAW (6010/7018), GTAW, FCAW, oxy-fuel cutting, plasma cutting
- ASME Section I, V, VIII Div 1, Section IX code compliance
- Chrome-moly (P91, P22) and stainless steel welding
- Rigging: critical lifts, multi-crane operations, load calculations
- Boiler tube rolling, expanding, and seal welding
- NDE coordination: RT, UT, MT, PT inspection methods
- Hydrostatic and pneumatic pressure testing
- Blueprint reading, isometric interpretation, P&ID reading
- Heat treatment (pre-heat and PWHT) procedures
- Digital QA documentation systems (InspectAll, Meridium)
Education
**Boilermaker Apprenticeship — Completed** International Brotherhood of Boilermakers, Local 587 — Orange, TX | 2015 – 2019 8,000 OJT hours + 576 classroom hours **Associate of Applied Science — Welding Technology** Lamar Institute of Technology — Beaumont, TX | 2015
Certifications
- NCCER Boilermaking Level 4 (Journeyman) — National Center for Construction Education and Research
- ASME Section IX Welder Qualification (SMAW, GTAW, FCAW — Carbon Steel, Chrome-Moly, 6G Position) — American Society of Mechanical Engineers
- AWS Certified Welder (SMAW, Structural Steel) — American Welding Society
- OSHA 30-Hour Construction Safety — U.S. Department of Labor
- NCCCO Rigger Level II — National Commission for the Certification of Crane Operators
- Confined Space Entry & Rescue — National Safety Council
- TWIC (Transportation Worker Identification Credential) — TSA
Resume Example 3: Boilermaker Foreman / Senior Boilermaker
**JAMES T. BRENNAN** 5601 Plant Gate Drive, Deer Park, TX 77536 | (281) 555-0372 | [email protected] | linkedin.com/in/jamesbrennan-foreman
Professional Summary
Senior boilermaker foreman with 17 years of experience leading pressure vessel fabrication, boiler maintenance, and turnaround crews of up to 48 tradespeople across petrochemical, LNG, and nuclear power facilities. Managed over $68M in combined project scope with a career safety record of 340,000+ man-hours without a lost-time incident. ASME Section IX certified in 6 welding processes on carbon steel, chrome-moly, stainless steel, and Inconel alloys. Proven record of completing turnarounds ahead of schedule while maintaining 98%+ weld acceptance rates.
Work Experience
**Boilermaker General Foreman** Fluor Corporation — Deer Park, TX | January 2020 – Present - Directed a 48-person boilermaker crew through 7 major turnarounds at a 580,000 bbl/day refinery complex, managing $68M in cumulative repair and replacement scope across FCCU regenerators, crude unit columns, and HRSG boiler systems - Achieved 340,000+ man-hours without a lost-time incident by implementing daily JSA reviews, weekly toolbox talks, and a behavioral observation program that identified 127 at-risk conditions before escalation - Delivered 5 of 7 turnarounds ahead of the critical path schedule by an average of 2.3 days, saving the client an estimated $1.8M in reduced downtime costs - Maintained a crew-wide weld acceptance rate of 98.1% across 12,400+ inches of ASME code welds, reducing the NDE rejection rate from 4.2% to 1.9% through improved fit-up standards and welder qualification tracking - Coordinated critical rigging operations including placement of a 126,000 lb reactor head using dual-crane tandem lifts, completing the evolution in 6 hours versus the 10-hour plan - Managed daily crew allocation, material requisitions, and progress reporting in Primavera P6, providing the project controls team with real-time earned value data for $12M+ work packages - Mentored and promoted 8 apprentice boilermakers to journeyman status and recommended 3 journeymen for foreman advancement within a 4-year period **Boilermaker Foreman** KBR, Inc. — Pascagoula, MS (Chevron Refinery) | April 2016 – December 2019 - Supervised a 24-person boilermaker crew during 4 annual turnarounds at a 330,000 bbl/day refinery, completing all pressure vessel and heat exchanger scope within budget on every event - Managed the replacement of a 92,000 lb catalytic cracker cyclone assembly, coordinating 14 critical lifts across a 19-day sequence with zero crane-related incidents - Reduced turnaround duration by 18% (from 38 days to 31 days) on the FCCU regenerator hot-wall relining project by implementing parallel work-front scheduling for refractory removal and new lining installation - Qualified 6 welders to ASME Section IX on P91 chrome-moly in GTAW+SMAW combination procedures, expanding the crew's capability to handle high-temperature service repairs in-house rather than subcontracting - Implemented a weld mapping system using tablets and digital photography that reduced documentation errors by 40% and cut NDE re-inspection time by 2.5 hours per turnaround day **Journeyman Boilermaker** Babcock & Wilcox Enterprises, Inc. — Mount Vernon, IN | June 2012 – March 2016 - Fabricated pressure parts for 5 utility-scale boiler projects including a $380M supercritical coal unit, producing 6,200+ inches of SMAW and GTAW welds on SA-213 T91 superheater tubing with a 98.4% acceptance rate - Led a 6-person sub-crew responsible for boiler drum internals assembly, completing cyclone separator installation on a 750 MW unit 8 days ahead of the fabrication schedule - Performed PWHT (post-weld heat treatment) on 84 chrome-moly weld joints using resistance heating pads and programmable controllers, maintaining temperature ramp rates within ±25°F of the WPS requirements - Trained 12 new hires on boiler tube rolling and expansion procedures, developing a hands-on qualification checklist that reduced tube leak rates at hydrostatic testing from 3.1% to 0.8% **Boilermaker** Zachry Group — San Antonio, TX | August 2008 – May 2012 - Performed boiler maintenance and repair work at 4 coal-fired and 2 natural gas-fired power plants across Texas and Louisiana, executing tube replacements, waterwall repairs, and economizer section rebuilds - Replaced 2,400+ boiler tubes across 6 scheduled outages using SMAW, maintaining an average radiographic acceptance rate of 97.5% on SA-210 carbon steel joints - Rigged and installed a 38,000 lb air preheater rotor using a hydraulic gantry system inside a 180 ft boiler structure with only 24" of overhead clearance - Achieved zero safety recordables across 4 consecutive years, earning the company's President's Safety Award in 2010 and 2011
Skills
- Crew supervision: 48-person crews, multi-trade coordination
- Welding: SMAW, GTAW, GMAW, FCAW, SAW, oxy-fuel cutting, plasma cutting
- ASME Section I, II, V, VIII Div 1 & 2, Section IX code compliance
- Alloy welding: carbon steel, chrome-moly (P22, P91), stainless (304, 316), Inconel
- Critical rigging: tandem crane lifts, hydraulic gantry, load engineering
- NDE methods: RT, UT, MT, PT, VT — coordination and result interpretation
- PWHT (post-weld heat treatment) procedures and monitoring
- Turnaround planning and execution, critical path scheduling
- Primavera P6, InspectAll, SAP Plant Maintenance
- Budget management, earned value tracking, material requisition
- Safety: JSA, LOTO, confined space, hot work permits, behavioral observation programs
Education
**Boilermaker Apprenticeship — Completed (Valedictorian)** International Brotherhood of Boilermakers, Local 132 — Galveston, TX | 2008 – 2012 8,000 OJT hours + 576 classroom hours **Associate of Applied Science — Industrial Welding** San Jacinto College — Pasadena, TX | 2008
Certifications
- NCCER Boilermaking Level 4 (Journeyman) — National Center for Construction Education and Research
- NCCER Certified Boilermaker Craft Instructor — NCCER
- ASME Section IX Welder Qualification (SMAW, GTAW, GMAW, FCAW, SAW — Carbon Steel, Chrome-Moly, Stainless, Inconel, All Positions) — American Society of Mechanical Engineers
- AWS Certified Welding Inspector (CWI) — American Welding Society
- NCCCO Rigger Level III & Signal Person — National Commission for the Certification of Crane Operators
- OSHA 30-Hour Construction Safety — U.S. Department of Labor
- OSHA 510 — Occupational Safety and Health Standards for Construction
- Confined Space Entry & Rescue Technician — National Safety Council
- TWIC (Transportation Worker Identification Credential) — TSA
- NDE Level II — Visual Testing (VT) — American Society for Nondestructive Testing (ASNT)
ATS Keywords for Boilermaker Resumes
Include these terms throughout your resume, matching them to the specific language in each job posting: 1. Boilermaker 2. Pressure vessel fabrication 3. ASME Section IX 4. ASME Section VIII 5. SMAW (Shielded Metal Arc Welding) 6. GTAW (Gas Tungsten Arc Welding) 7. FCAW (Flux-Cored Arc Welding) 8. GMAW (Gas Metal Arc Welding) 9. Oxy-fuel cutting 10. Plasma cutting 11. Boiler tube rolling and expanding 12. Rigging and crane operations 13. Blueprint reading 14. Hydrostatic testing 15. NCCER Boilermaking 16. Turnaround / shutdown maintenance 17. Chrome-moly welding (P91, P22) 18. NDE / NDT (radiographic, ultrasonic, magnetic particle) 19. PWHT (post-weld heat treatment) 20. Weld mapping and documentation 21. Heat exchanger maintenance 22. OSHA 30-Hour Construction 23. Confined space entry 24. LOTO (lockout/tagout) 25. Critical lift planning 26. NCCCO Rigger certification 27. AWS D1.1 Structural Welding 28. P&ID reading 29. TWIC card 30. Fit-up and alignment
Skills Breakdown
Hard Skills
| Skill | Why It Matters |
|---|---|
| SMAW welding (6010, 7018 electrodes) | The most commonly required welding process for boiler and pressure vessel work; nearly every job posting lists it |
| GTAW (TIG) welding | Required for root passes on high-pressure piping and alloy welds where radiographic quality is mandatory |
| FCAW and GMAW welding | Used for high-deposition fill and cap passes on structural and vessel work; increases productivity on large fabrication projects |
| ASME code compliance (Sections I, VIII, IX) | Boiler and pressure vessel work is governed by ASME codes; employers need welders who understand code requirements, not just welding technique |
| Blueprint and isometric drawing interpretation | Every fit-up and fabrication task starts with reading the drawing; inability to interpret blueprints is a disqualifier |
| Rigging and crane signaling | Boilermakers routinely move components weighing 5,000–100,000+ lbs; safe rigging is a non-negotiable skill |
| Boiler tube rolling and expansion | A specialized skill unique to boilermakers — replacing tubes in utility and industrial boilers is a core revenue-generating activity |
| Hydrostatic and pneumatic pressure testing | The final quality verification step for pressure vessels; boilermakers must know test procedures and documentation requirements |
| NDE coordination (RT, UT, MT, PT) | Understanding nondestructive examination methods helps boilermakers prepare joints for inspection and interpret results |
| Plasma and oxy-fuel cutting | Essential for material preparation, tube removal, and vessel access cutting — used on virtually every job site |
| PWHT procedures | Chrome-moly and high-carbon steel welds require controlled post-weld heat treatment; improper PWHT causes cracking failures |
| Turnaround planning and scheduling | Foreman-level skill: coordinating work sequences during time-critical shutdowns where every hour of downtime costs the client six figures |
| ### Soft Skills | |
| Skill | Why It Matters |
| ------- | ---------------- |
| Safety discipline | Boilermaking involves confined spaces, elevated work, hot work, and heavy rigging — a single lapse can be fatal |
| Attention to detail | Code welds are inspected radiographically; a 1/16" misalignment or incomplete fusion results in rejection and re-work |
| Physical stamina | 10–12 hour shifts in extreme heat or cold, often in confined or elevated positions, are standard during turnarounds |
| Team coordination | Boilermaker crews work in tight quarters with pipefitters, ironworkers, insulators, and NDE technicians simultaneously |
| Problem-solving under pressure | Turnaround schedules have zero slack; when a weld fails inspection or a fit-up doesn't align, the boilermaker must troubleshoot immediately |
| Clear communication | Crane signaling, confined space communication, and daily progress reporting all require precise, unambiguous language |
| Mentorship and training | Senior boilermakers and foremen are expected to develop apprentices — the trade depends on knowledge transfer |
| Adaptability | Boilermakers travel to job sites across the country, work rotating schedules, and must adapt to different client standards and site rules |
| Time management | Turnaround work is measured in hours, not days; boilermakers must prioritize tasks and manage their welding sequences to avoid schedule delays |
| Work ethic and reliability | Contractors hire boilermakers for 6–18 month assignments based on reputation; showing up on time and producing quality work consistently is how careers are built in the trades |
| --- | |
| ## Common Mistakes on Boilermaker Resumes | |
| ### 1. Listing "welding" without specifying the process | |
| Writing "Performed welding on boiler components" tells a recruiter nothing. Specify the process (SMAW, GTAW, FCAW), the material (carbon steel, P91, stainless), the position (6G, 2G), and the result (radiographic acceptance rate). A hiring manager at Bechtel or Fluor needs to know whether you can weld chrome-moly root passes in the 6G position — not just that you own a welding hood. | |
| ### 2. Omitting certifications or burying them at the bottom | |
| ASME Section IX qualifications, NCCER levels, and AWS certifications are the first things a boilermaker recruiter looks for. If they have to scroll past two pages of work history to find your certifications, they may never see them. Place certifications in a dedicated section near the top of your resume or immediately after your summary. | |
| ### 3. No metrics or quantified results | |
| "Replaced boiler tubes during a turnaround" is a job duty, not an achievement. "Replaced 164 boiler tubes in 12 days versus the 16-day estimate, maintaining a 97.5% radiographic acceptance rate" is a result that demonstrates speed, quality, and reliability. Every bullet should include at least one number. | |
| ### 4. Using a generic resume for every application | |
| A boilermaker applying to an LNG facility construction project and a coal-fired power plant maintenance job should not submit the same resume. The LNG job emphasizes new construction, alloy welding, and large-scale rigging. The power plant job emphasizes tube replacement, outage work, and HRSG maintenance. Tailor your bullets to match the posting. | |
| ### 5. Ignoring safety record | |
| Boilermaking is one of the most dangerous construction trades. Contractors are liable for their safety statistics, and a boilermaker who can document zero lost-time incidents across multiple turnarounds has a significant competitive advantage. Include your safety record in your summary and in individual job entries. | |
| ### 6. Formatting that ATS systems cannot parse | |
| Avoid tables, columns, text boxes, headers/footers, and graphics. ATS platforms like iCIMS, Taleo, and Workday extract text linearly — complex formatting causes fields to merge or disappear. Use a single-column layout with standard section headings (Experience, Education, Certifications, Skills). | |
| ### 7. Leaving out travel willingness and credential portability | |
| Boilermaker work is project-based and often requires travel. If you hold a TWIC card, have worked across multiple states, or are willing to travel nationwide, say so explicitly. Many recruiters filter for travel willingness before reviewing technical qualifications. | |
| --- | |
| ## Professional Summary Examples | |
| ### Entry-Level / Apprentice | |
| "NCCER Level 2 boilermaker apprentice with 4,000+ hours of on-the-job training in pressure vessel fabrication and industrial boiler maintenance at petrochemical facilities along the Gulf Coast. ASME Section IX qualified in SMAW on carbon steel in the 6G position with a 97% radiographic pass rate. OSHA 10-Hour certified with zero recordable safety incidents across 2 years of turnaround and new construction work. Seeking to complete journeyman certification while contributing to a crew that values quality welding and safe rigging practices." | |
| ### Mid-Career / Journeyman | |
| "Journeyman boilermaker with 9 years of field experience across petrochemical, LNG, and power generation sectors, holding ASME Section IX certifications in SMAW, GTAW, and FCAW on carbon steel and chrome-moly alloys. Completed 16 turnarounds with a career weld acceptance rate of 98.6% across 4,800+ inches of code-quality welds and 340,000+ man-hours without a lost-time incident. NCCCO Rigger Level II and AWS Certified Welder with hands-on experience in pressure vessel fabrication, boiler tube replacement, and NDE coordination at facilities operated by Bechtel, KBR, and Babcock & Wilcox." | |
| ### Foreman / Senior | |
| "Boilermaker general foreman with 17 years of progressive experience leading crews of up to 48 tradespeople through complex turnaround and new construction projects totaling $68M+ in scope at major petrochemical and LNG facilities. Career safety record of 340,000+ man-hours without a lost-time incident. ASME Section IX certified in 6 welding processes across carbon steel, chrome-moly, stainless steel, and Inconel alloys. AWS Certified Welding Inspector and NCCER Certified Craft Instructor with a proven track record of completing turnarounds ahead of schedule while maintaining 98%+ weld acceptance rates and developing apprentices into qualified journeymen." | |
| --- | |
| ## Frequently Asked Questions | |
| ### What certifications do I need to include on a boilermaker resume? | |
| At minimum, include your NCCER Boilermaking level (1–4), ASME Section IX welder qualifications with the specific processes and materials you are qualified for, and your OSHA safety certification (10-Hour or 30-Hour). Beyond those core credentials, the American Welding Society (AWS) Certified Welder or Certified Welding Inspector certifications add significant value, as does NCCCO Rigger certification for boilermakers who perform critical lifts. If you work at facilities requiring TWIC cards (refineries, LNG terminals, maritime facilities), list that as well. Recruiters in the boilermaker trade filter resumes by certification — if the credential is not on your resume, they will assume you do not hold it (CareerExplorer — How to Become a Boilermaker). | |
| ### How do I quantify achievements on a boilermaker resume when my work is physical? | |
| Every boilermaker task has measurable outcomes. For welding, cite your radiographic acceptance rate (e.g., 98.2% on first-time RT), the total linear inches welded, and the code and material specifications. For rigging, cite the heaviest loads you have moved and the rigging methods used. For turnarounds, cite the number of days ahead or behind schedule, the dollar value of the scope, and crew size. For safety, cite your total man-hours without a recordable incident. For tube work, cite the number of tubes replaced and the time to complete versus the estimate. The key is specificity: "replaced 164 tubes in 12 days" is infinitely more compelling than "performed tube replacement." | |
| ### Should a boilermaker resume be one page or two pages? | |
| Apprentice boilermakers with fewer than 3 years of experience should aim for one page. Journeyman boilermakers with 5–10 years of experience will typically need two pages to adequately describe their welding qualifications, turnaround history, and certifications. Foremen and general foremen managing large crews and multi-million-dollar scopes should use two full pages — the detail required to convey crew size, project scope, and safety statistics justifies the length. Never sacrifice relevant content to fit an arbitrary page limit, but also do not pad your resume with duties that every boilermaker performs. | |
| ### How important is ATS optimization for boilermaker resumes? | |
| Very important, and increasingly so. Major industrial contractors like Fluor, Bechtel, KBR, Jacobs, and Turner Industries all use applicant tracking systems (iCIMS, Workday, Taleo, or similar platforms) to screen resumes before a human recruiter reviews them. If your resume does not contain the specific keywords from the job posting — for example, "ASME Section IX," "SMAW," "GTAW," "turnaround," "pressure vessel" — it may be filtered out automatically. Use the exact terminology from the posting, avoid abbreviations without also spelling out the full term at least once, and use a clean single-column format that ATS systems can parse reliably (Indeed — How to Write a Boilermaker Resume). | |
| ### What is the job outlook for boilermakers, and how should that affect my resume? | |
| The BLS projects a 2% decline in boilermaker employment from 2024 to 2034, but this headline number is misleading. About 800 openings per year will still occur due to retirements and worker transfers, and the massive expansion of U.S. LNG export infrastructure — with capacity set to more than double by 2028 — is creating concentrated demand in Gulf Coast states (BLS Occupational Outlook Handbook). The power plant boiler market is also projected to grow from $24.53 billion to $36.55 billion by 2034 (Fortune Business Insights). For your resume, this means emphasizing LNG, petrochemical, and power generation experience, as well as alloy welding capabilities (chrome-moly, stainless, Inconel) that are in especially high demand for these facility types. | |
| ### Do I need to include my union local on my resume? | |
| Yes, if you are a union boilermaker. Your International Brotherhood of Boilermakers local number signals to contractors that you are dispatch-eligible, have completed a recognized apprenticeship, and carry the required insurance and training credentials. Many industrial contractors hire exclusively through the Boilermakers union hall, and listing your local (e.g., "Local 587, Orange, TX") confirms your dispatch status. If you are a non-union or merit-shop boilermaker, focus instead on listing your NCCER levels and any contractor-specific training programs you have completed. | |
| --- | |
| ## Citations | |
| 1. U.S. Bureau of Labor Statistics. "Boilermakers: Occupational Outlook Handbook." Updated 2024. https://www.bls.gov/ooh/construction-and-extraction/boilermakers.htm | |
| 2. U.S. Bureau of Labor Statistics. "Occupational Employment and Wages, May 2024: Boilermakers (47-2011)." https://www.bls.gov/oes/2023/may/oes472011.htm | |
| 3. National Center for Construction Education and Research (NCCER). "Boilermaking Craft Catalog." https://www.nccer.org/craft-catalog/boilermaking/ | |
| 4. American Welding Society (AWS). "Professional Welding Certifications." https://www.aws.org/certification-and-education/professional-certification/ | |
| 5. Fortune Business Insights. "Power Plant Boiler Market Size, Growth | Forecast [2026-2034]." https://www.fortunebusinessinsights.com/industry-reports/power-plant-boiler-market-100773 |
| 6. U.S. Energy Information Administration (EIA). "Short-Term Energy Outlook." https://www.eia.gov/outlooks/steo/ | |
| 7. Deloitte Insights. "2026 Oil and Gas Industry Outlook." https://www.deloitte.com/us/en/insights/industry/oil-and-gas/oil-and-gas-industry-outlook.html | |
| 8. CareerExplorer. "How to Become a Boilermaker." https://www.careerexplorer.com/careers/boilermaker/how-to-become/ | |
| 9. Indeed. "How to Write a Boilermaker Resume (With Example and Tips)." https://www.indeed.com/career-advice/resumes-cover-letters/boilermaker-resume | |
| 10. PwC. "Navigating the Future of LNG: Strategy, Supply and Global Demand Shift." https://www.pwc.com/us/en/industries/energy-utilities-resources/library/future-of-lng.html |