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Welding Design Jobs (NOW HIRING)

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Welding Design information

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$14

$29

$45

How much do welding design jobs pay per hour?

As of May 31, 2026, the average hourly pay for welding design 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.

What are the key skills and qualifications needed to thrive in Welding Design, and why are they important?

To thrive in Welding Design, you need a strong background in materials science, welding techniques, and mechanical drawing, often supported by a degree in engineering or welding technology. Proficiency with CAD software, welding simulation tools, and relevant certifications like Certified Welding Inspector (CWI) are typically required. Attention to detail, problem-solving abilities, and effective communication set top professionals apart in this field. These skills ensure the creation of safe, efficient, and cost-effective welded structures that meet industry standards and client specifications.

What are some common challenges faced by professionals in Welding Design, and how can they be addressed?

Welding Design professionals often encounter challenges such as ensuring weldability of materials, balancing strength and cost, and meeting strict safety and quality standards. Collaborating closely with manufacturing teams and staying up to date with evolving welding codes and technologies can help address these challenges. It’s also important to use advanced design software and simulation tools to anticipate potential issues before fabrication begins. Regular communication with welders and engineers ensures designs are practical and manufacturable.

What is welding design?

Welding design refers to the process of planning and specifying how metal components will be joined together using welding techniques. It involves selecting appropriate welding methods, joint types, materials, and dimensions to ensure strength, safety, and functionality of the final product. Welding designers must consider factors such as load requirements, environmental conditions, and manufacturing constraints. Effective welding design is crucial to prevent failures and ensure efficient fabrication in industries such as construction, automotive, and manufacturing.

What is the highest paid welding job?

The highest paid welding jobs are often in specialized fields such as underwater welding, pipeline welding, or aerospace welding, with underwater welders earning the most due to the high risk and skill required. These roles typically require advanced certifications, extensive experience, and the ability to work in challenging environments. Salaries can exceed $100,000 annually depending on the industry and location.

What is the difference between Welding Design vs Welding Inspection?

AspectWelding DesignWelding Inspection
CredentialsWelding certifications, engineering knowledgeWelding certifications, quality standards
Work EnvironmentDesign offices, project planningConstruction sites, manufacturing facilities
Employer & IndustryEngineering firms, construction companiesManufacturers, construction firms

Welding Design focuses on creating and planning welding procedures and specifications, while Welding Inspection ensures that welds meet quality standards during and after fabrication. Both roles require welding certifications but serve different stages of the welding process, with Design emphasizing planning and Inspection emphasizing quality assurance.

More about Welding Design jobs
Infographic showing various Welding Design job openings in the United States as of May 2026, with employment types broken down into 91% Full Time, and 9% Part Time. Highlights an 43% Physical, and 57% Remote job distribution, with an average salary of $61,961 per year, or $29.8 per hour.
Glass Melting Equipment & Welding Design Engineer

Glass Melting Equipment & Welding Design Engineer

StarrTrax

Duryea, PA • On-site

$75K - $90K/yr

Other

Posted 6 days ago


Job description

Shape the Future of Glass Melting Equipment

Step onto the shop floor, sync up in the daily melting direction meeting, and then dive into models and metal. Your day blends hands-on manufacturing leadership with deep design work as you turn complex thermal-mechanical problems into robust, certifiable equipment that powers our glass melting operations.

What a typical day looks like
  • Partner with production at the morning melt-direction huddle, aligning priorities for equipment fabrication, maintenance, and installation.
  • Design and model glass melting equipment in SolidWorks, applying flow, heat transfer, and fatigue analyses to validate concepts before they reach the floor.
  • Create fully detailed 2D drawings, accurate BOMs, and clear Job Instruction Documents to drive repeatable quality.
  • Lead troubleshooting for melting performance issues tied to equipment fabrication or upkeep—closing gaps from root cause through corrective action.
  • Supervise a union workforce that includes welders, masons, and CNC machine operators—setting expectations for safety, quality, and throughput.
  • Support equipment installations and guide technicians through start-up qualifications.
  • Conduct First Article Inspections (FAI) on melting equipment and confirm compliance using Certificates of Conformance (CoCs).
Operations, materials, and stewardship
  • Serve as the business liaison to Germany-based central services on all matters related to platinum.
  • Act as the business custodian for platinum, serving as the legal representative in interactions with government bodies and financial auditors.
  • Procure raw earth and noble materials—including but not limited to platinum and iridium—plus refractory and insulation materials.
  • Source CNC tooling and mold-making equipment to support fabrication needs.
  • Organize and optimize shop storage locations utilizing SAP; maintain accurate system data.
  • Forecast platinum consumption and recycling to ensure availability, traceability, and fiscal responsibility.
What you bring
  • BS in Mechanical Engineering, Materials Science, or Welding Engineering; or a comparable background with 7+ years of relevant experience.
  • 1+ year of hands-on SolidWorks design and modeling experience, including:
    • Applied FEA awareness (flow/thermal/fatigue) for design validation
    • Creation of 2D drawings and assemblies
    • BOM development and management
    • Sound understanding of tolerancing and fit
  • 1+ year in welding technology (preferred).
  • 1+ year with refractory cutting, molding, and applications (preferred).
  • 1+ year of CNC programming and/or tool-and-die experience.
  • 1+ year of supervisory/leadership experience (preferred).
  • Advanced proficiency in Microsoft Office.
  • Basic familiarity with SAP and/or Oracle.
Core proficiencies
  • Production welding setup expertise
  • Blueprint reading and interpretation
Why this role

You’ll bridge advanced design with real-world manufacturing—owning the details from CAD to certification—while stewarding critical materials and leading a skilled, union workforce to deliver reliable melting performance.