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Turbine Welding Jobs (NOW HIRING)

chromalloy

Welding Engineer

Orangeburg, NY

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY · On-site

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY · On-site

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY · On-site

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

chromalloy

Welding Engineer

Orangeburg, NY

$36.25 - $50/hr

The role will support the manufacturing and repairs of high-pressure turbine engine components. The ... Special processes include but are not limited to manual GTAW, laser fusion welding, laser powder ...

US Turbine & Accessory LLC

Be Seen First

Tig Welder

Taylor, MI · On-site

$24 - $27/hr

  • Medical

  • Dental

  • Vision

  • Retirement

  • PTO

Minimum 2 years TIG welding experience with stainless steel or exotic stainless alloys ... S. Turbine & Accessory, LLC is a 22-year veteran of the aviation industry specializing in MRO ...

US Turbine & Accessory LLC

Be Seen First

Tig Welder

Taylor, MI · On-site

$24 - $27/hr

  • Medical

  • Dental

  • Vision

  • Retirement

  • PTO

Minimum 2 years TIG welding experience with stainless steel or exotic stainless alloys ... S. Turbine & Accessory, LLC is a 22-year veteran of the aviation industry specializing in MRO ...

FieldCore

Turbine Mechanic

Suwanee, GA

$25/hr

  • Medical

  • Dental

  • Vision

  • Life

  • Retirement

FieldCore is looking for an exceptional Turbine Mechanic to join our craft field team! About GE ... Perform machining and welding operations for making various parts for lab and shop training ...

FieldCore

Turbine Mechanic

Greenville, SC · On-site

$25/hr

  • Medical

  • Dental

  • Vision

  • Life

  • Retirement

FieldCore is looking for an exceptional Turbine Mechanic to join our craft field team! About GE ... Perform machining and welding operations for making various parts for lab and shop training ...

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Turbine Welding information

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How much do turbine welding jobs pay per hour?

As of Aug 15, 2026, the average hourly pay for turbine welding in the United States is $29.79, according to ZipRecruiter salary data. Most workers in this role earn between $23.32 and $34.13 per hour, depending on experience, location, and employer.

How much do turbine welders make?

Turbine welders typically earn between $50,000 and $80,000 annually, depending on experience, certifications, and location. Skilled welders with specialized training in turbine or industrial welding can earn higher wages, especially when working overtime or in remote environments.

What are the key skills and qualifications needed to thrive as a turbine welder, and why are they important?

To thrive as a Turbine Welder, you need strong welding skills, knowledge of metallurgy, and relevant certifications such as AWS or ASME, often supported by vocational training or apprenticeships. Familiarity with specialized welding equipment, non-destructive testing methods, and safety protocols for working on turbines is essential. Attention to detail, problem-solving, and the ability to work effectively in high-pressure environments are vital soft skills for success. These abilities are crucial to ensure the structural integrity, safety, and efficiency of turbine components in demanding industrial settings.

What is turbine welding?

Turbine welding is a specialized welding process used in the manufacturing, repair, and maintenance of turbine components, such as those found in power plants, jet engines, and industrial machinery. This type of welding requires precision and expertise because turbine parts are often made from high-performance alloys that must withstand extreme temperatures and pressures. Turbine welders use techniques like TIG (Tungsten Inert Gas) or laser welding to ensure strong, durable, and reliable joints. Safety and quality standards are critical due to the demanding environments in which turbines operate.

What are some typical challenges faced by professionals in turbine welding, and how can they be effectively managed?

Turbine welding professionals often encounter challenges such as working in confined or elevated spaces, maintaining precision under strict safety protocols, and dealing with high temperatures and specialized alloys. Effective management of these challenges includes rigorous safety training, staying up-to-date with industry welding certifications, and collaborating closely with engineers and inspection teams to ensure weld quality and compliance. Continuous learning and adaptability are key, as turbine technology and materials frequently evolve, requiring welders to upgrade their skills and knowledge.

What is the difference between Turbine Welding vs Pipe Welding?

AspectTurbine WeldingPipe Welding
CertificationsASME, AWSASME, AWS
Work EnvironmentPower plants, aerospace, manufacturingOil & gas, construction, industrial piping
Industry UsageHeavy machinery, turbines, aerospacePipeline systems, refineries, plumbing

Both turbine welding and pipe welding require similar certifications like ASME and AWS. Turbine welding focuses on precision in manufacturing turbines and aerospace components, often in controlled environments. Pipe welding is primarily used in constructing pipelines and industrial piping systems. While they share certifications and some techniques, their applications and work environments differ significantly.

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What are the most commonly searched types of Turbine Welding jobs?

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The top searched job categories for Turbine Welding jobs are:

Turbine Welding jobs near you
Infographic showing various Turbine Welding job openings in the United States as of August 2026, with employment types broken down into 89% Full Time, 2% Part Time, 2% Temporary, 5% Contract, and 2% Nights. Highlights an 100% In-person job distribution, with an average salary of $61,961 per year, or $29.8 per hour.

Turbine Diaphragm Welder

The Nuclear Company

Mount Holly, NC • On-site

$35 - $38/hr

Full-time, Part-time

Re-posted 14 days ago

Job description

About This Opportunity: Turbine Diaphragm Welder
Employment Type: Direct Hire (Duke Energy Lark Maintenance)
Employment Status: Full-Time | Permanent
Location: Mount Holly, North Carolina
At The Nuclear Company, we believe building the future of nuclear energy starts with supporting the people who power the industry today. Building on the trusted 25-year legacy of Powerhouse Resources, now part of The Nuclear Company, we continue to support utilities, suppliers, and contractors across the nuclear industry by connecting skilled professionals with meaningful career opportunities.
This opportunity is being recruited by The Nuclear Company on behalf of Duke Energy Lark Maintenance. While most of our services opportunities support outage and field work, this position is a direct-hire opportunity with one of our trusted industry partners.
If selected, you will be hired directly as a full-time, permanent employee of Duke Energy Lark Maintenance. They are responsible for compensation, benefits, payroll, work schedules, supervision, onboarding, workplace policies, and all other terms and conditions of employment.
For this opportunity our role is to identify qualified candidates, coordinate the interview process, and support both candidates and our client throughout the hiring process.
About the role
The Turbine Diaphragm Welder will be responsible for the repair, fabrication, and refurbishment of steam turbine diaphragms and related components used in power generation facilities. This is a highly specialized position requiring precision welding expertise and a strong working knowledge of steam turbine internals
Responsibilities
  • Perform TIG (GTAW) and other welding processes on steam turbine diaphragms, including nozzle repair, partition weld refurbishment, and structural weld repairs on inner and outer rings
  • Fabricate and repair diaphragm components including nozzles, spacer bands, sidewalls, and seal segments using stainless steel, Inconel, carbon steel, and other alloy materials
  • Assess and repair damage modes including foreign object damage, solid-particle erosion, moisture erosion, cracking, and structural weld failure
  • Read and interpret engineering drawings, blueprints, weld procedure specifications (WPS), and work instructions to execute repairs to OEM tolerances
  • Set up, operate, and maintain welding equipment including TIG/MIG machines, grinders, and plasma cutting torches
  • Perform pre- and post-weld heat treatment as required per engineering specifications
  • Conduct dimensional inspections and quality checks using precision measuring instruments to verify compliance with engineering specifications
  • Collaborate with engineers, machinists, and quality personnel to plan repair sequences and prioritize workload
  • Document work completed including weld records, traveler sheets, and quality inspection reports
  • Maintain a clean, organized, and safe work area in compliance with all facility safety policies and applicable regulations
  • Assist with other turbine component repairs as assigned, including blade rings, casings, seals, and rotating components

Experience / Required Qualifications
  • Minimum 5 years of experience in precision or industrial welding, preferably in power generation, turbine repair, or heavy manufacturing
  • Proficiency in TIG (GTAW) welding on stainless steel, Inconel, and alloy materials is required
  • Demonstrated experience reading and working from engineering drawings, blueprints, and weld procedure specifications
  • Knowledge of steam turbine diaphragm construction styles including spacer-band, fillet fabrication, and mechanically assembled designs
  • Familiarity with weld inspection methods including visual inspection and liquid penetrant testing (PT)
  • Ability to use precision measurement tools including calipers, micrometers, and dial indicators
  • Strong attention to detail with the ability to perform close-tolerance work consistently
  • High school diploma or equivalent; completion of a welding program or apprenticeship preferred

Preferred Qualifications
  • AWS (American Welding Society) certification or equivalent
  • Experience with post-weld heat treatment (PWHT) procedures
  • Prior work in a nuclear, fossil, or combined-cycle power plant maintenance environment
  • Familiarity with GE, Siemens, Westinghouse, or other OEM turbine diaphragm designs
  • Experience with MIG (GMAW), plasma cutting, and oxy-acetylene processes

Compensation & Benefits
This is a full-time position employed by Lark and based at their Mount Holly, North Carolina facility.
  • Competitive pay: $35-$38/hour, based on experience
  • Comprehensive benefits package
  • Opportunities for career growth and advancement

Hiring Process
Qualified candidates will be contacted by a recruiter from The Nuclear Company for a brief phone interview. Candidates selected to move forward will interview directly with Duke Energy Lark Maintenance, which is solely responsible for hiring decisions and employment offers. Duke Energy Lark Maintenance administers its own Equal Employment Opportunity (EEO) policies and employment practices.
The Nuclear Company is committed to supporting fair and equitable recruiting practices throughout the candidate experience.

Apply