Project Engineer - ASME

We need to output HTML fragment with sections: About the role (maybe from description), Responsibilities, Critical Skills, Knowledge & Abilities (maybe as Skills), Desired Experience (maybe as Experience), Education & Training, About Us (maybe as About the company). Use

for each heading. Use

• for any list of duties/requirements/benefits. Use

  for prose. Do not repeat job title. Do not include Job ID etc. Remove boilerplate. Need to preserve all substantive info. We need to decide which sections to include based on content. We have: - Job Description paragraph: "We are seeking an ASME Project Engineer to support ...". This is about the role. Could be "About the role". Use

  About the role

  then

  with that paragraph. - Responsibilities: list of bullet points (starting with "Own technical execution..." etc). Use

  Responsibilities

  then
  • each bullet. - Critical Skills, Knowledge & Abilities: list of bullet points (starting with "Proficiency in SolidWorks..."). Use

    Skills

    maybe? The instruction says use headings like Skills. So we can use

    Skills

    . Then
    • each bullet. - Desired Experience: list of bullet points. Could be

      Experience

      or

      Desired Experience

      . Use

      Experience

      . - Education & Training: bullet points (two). Use

      Education

      . - About Us: paragraph(s). Use

      About the Company

      maybe. The instruction says use headings like About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. But we can also use About Us? It says use

      for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule). It gives examples but not exclusive. Probably we should stick to those headings where applicable. For company info, maybe "About the Company" is okay but not in list. Could use "About Us" as heading? Not in list but maybe acceptable. However instruction: "Use

      for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule)." It suggests those are typical but not exclusive? It says "e.g." meaning examples. So we can use other headings like "About Us". Safer to use "About the Company". We'll include. We must not include sections with filler like Pay, Schedule, Benefits if not present. There's no pay/benefits/schedule specifics except "Up to 25% travel required." That's travel, not schedule. Could be considered schedule? Not exactly. Probably we should not create a Schedule section unless explicit schedule info. Travel is not schedule. So omit. We need to preserve all substantive info: include travel note somewhere. Where to put? Could be under Responsibilities or Skills? It's a requirement: "Up to 25% travel required." Could be placed under Responsibilities as a bullet or under Skills? Probably under Responsibilities as a bullet: "Up to 25% travel required." Or maybe under Experience? Better to add as a bullet under Responsibilities (makes sense). We'll add. Also note "Digital fluency, including Microsoft 365 and responsible use of generative AI..." is under Skills. We need to ensure we don't repeat content. Let's extract bullets. Responsibilities bullets (as in text): - Own technical execution of ASME OSP projects from quotation through design release, supplier build, First Article Inspection, and production support. - Perform and review ASME Section VIII, Division 1 calculations for shell/head thickness, MAWP, MDMT, nozzle reinforcement, external pressure, openings, and applicable components. - Create and release SolidWorks 3D models, fabrication drawings, bills of material, weld details, nozzle layouts, tolerances, and GD&T requirements. - Use COMPRESS, Mathcad, and Comsal for vessel calculations; support CFD/FEA analysis for complex structural, thermal, or flow conditions as required. - Provide technical input to quotations, including design assumptions, materials, code requirements, manufacturability, technical risks, and supplier capability. - Lead design-for-manufacturing reviews with OSP suppliers for forming, welding, machining, NDE, inspection, testing, and material handling. - Review and disposition supplier RFIs, deviations, substitutions, drawing comments, and NCRs in coordination with Quality and Operations. - Support PPAP and First Article Inspection through ballooned drawings, critical characteristics, inspection plans, acceptance criteria, and first-article review. - Partner with Quality to define dimensional inspection, material traceability, weld/NDE, pressure-test, certification, and final documentation requirements. - Ensure designs comply with ASME Section VIII and applicable Sections II, V, and IX, customer specifications, and internal standards. - Support root-cause analysis and corrective actions; incorporate lessons learned into drawings, standards, and future designs. - Maintain controlled calculations, drawings, revisions, approvals, and design history; develop standards and templates that improve OSP scalability. Add travel bullet: "Up to 25% travel required." Now Skills bullets (Critical Skills, Knowledge & Abilities): - Proficiency in SolidWorks for 3D modeling and production drawings is required. - Working knowledge of ASME Section VIII, Division 1 pressure-vessel design requirements and calculations. - Experience with Mathcad and COMPRESS preferred; familiarity with Comsal for CFD and FEA analysis methods/tools preferred. - Strong understanding of GD&T and engineering drawing practices; ASME Y14.5 knowledge preferred. - Knowledge of pressure-vessel fabrication, materials, forming, welding, machining, NDE, and pressure testing. - Ability to perform, review, and document mechanical design calculations with clear assumptions and engineering judgment. - Ability to translate customer specifications and code requirements into manufacturable drawings and supplier requirements. - Experience with design-for-manufacturing and technical collaboration with fabricators or contract manufacturers. - Familiarity with PPAP, First Article Inspection, ballooned drawings, critical characteristics, and inspection-plan development preferred. - Familiarity with ASME Sections II, V, and IX quality/documentation requirements, including materials, NDE, welding qualification, and traceability, preferred. - Practical problem-solving skills, including evaluation of deviations, NCRs, root cause, and corrective actions. - Strong communication and ability to work across engineering, quality, sourcing, operations, project management, customers, and suppliers. - Digital fluency, including Microsoft 365 and responsible use of generative AI to improve requirements review, documentation, standardization, and workflow efficiency while maintaining technical verification. - Up to 25% travel required. (But we already placed travel under Responsibilities; maybe avoid duplication. We'll keep only one place. Since travel is a requirement, could be under Skills as well but we already placed under Responsibilities. To avoid duplication, we should not repeat. We'll keep travel under Responsibilities only, and remove from Skills list. So Skills list excludes travel.) Now Desired Experience bullets: - 3-5 years of mechanical or design engineering experience in pressure vessels, tanks, welded fabrication, or related industrial equipment, including hands-on SolidWorks production drawings. - Experience performing or reviewing ASME Section VIII, Division 1 pressure-vessel calculations. - Experience with Mathcad, COMPRESS, and/or CFD/FEA analysis tools preferred. - Experience working with suppliers, fabricators, contract manufacturers, or outside manufacturing partners preferred. - Experience with PPAP, First Article Inspection, inspection planning, and ASME quality documentation such as material, weld, NDE, pressure-test, and code records preferred. - Experience supporting products from quotation and design release through manufacturing, inspection, and production launch preferred. - Experience with ERP, PDM/PLM, quality, or engineering document-control systems preferred. Education & Training bullets: - Bachelor's degree in Mechanical Engineering or a closely related engineering discipline required. - Formal training or demonstrated working knowledge of ASME Boiler and Pressure Vessel Code Section VIII preferred. About Us paragraph(s): We have a paragraph about company dynamic inclusive workforce, etc. Then another paragraph about Worthington Enterprises description, business units, product brands, founded, headcount, etc. We'll combine into maybe two paragraphs under About the Company. We must not include boilerplate like EEO, accommodations, contact email, etc. The text includes: "We are committed to providing reasonable accommodations for individuals with disabilities in the application and hiring process. If you are interested in employment with Worthington Enterprises and need an accommodation or assistance using the careers website, please contact careers@wthg.com." That's boilerplate; remove. Also "Apply today to start unlocking your career potential with Worthington Enterprises." That's a call to action; maybe considered boilerplate? It's promotional but still substantive? It's basically application instruction. The instruction says remove application instructions. So remove that line. Also "Your talents may align with this position or other opportunities within our organization." That's also generic; maybe keep? It's part of About Us but could be considered boilerplate. Safer to keep only substantive description of company. We'll keep the paragraph about dynamic and inclusive workforce, and the paragraph describing Worthington Enterprises, its business units, product brands, founded, headcount. Now produce HTML. Structure:

      About the role

      We are seeking an ASME Project Engineer to support the ASME Outside Sourced Production (OSP) business and provide technical ownership of pressure-vessel designs from quotation through production validation. This role reports to the Program Manager and works closely with the Project Manager, sales, quality, sourcing, operations, and external manufacturing partners. The ASME Project Engineer will own code-compliant calculations, SolidWorks models and drawings, technical supplier support, and engineering validation for carbon- and stainless-steel pressure vessels. The role will also support PPAP, First Article Inspection, inspection planning, and disposition of supplier technical issues. The ideal candidate combines strong mechanical design fundamentals with practical pressure-vessel manufacturing knowledge. Success requires sound engineering judgment, working knowledge of ASME Section VIII, disciplined drawing/configuration control, and the ability to translate technical requirements into clear manufacturing and quality expectations.

      Responsibilities

      • Own technical execution of ASME OSP projects from quotation through design release, supplier build, First Article Inspection, and production support.
      • Perform and review ASME Section VIII, Division 1 calculations for shell/head thickness, MAWP, MDMT, nozzle reinforcement, external pressure, openings, and applicable components.
      • Create and release SolidWorks 3D models, fabrication drawings, bills of material, weld details, nozzle layouts, tolerances, and GD&T requirements.
      • Use COMPRESS, Mathcad, and Comsal for vessel calculations; support CFD/FEA analysis for complex structural, thermal, or flow conditions as required.
      • Provide technical input to quotations, including design assumptions, materials, code requirements, manufacturability, technical risks, and supplier capability.
      • Lead design-for-manufacturing reviews with OSP suppliers for forming, welding, machining, NDE, inspection, testing, and material handling.
      • Review and disposition supplier RFIs, deviations, substitutions, drawing comments, and NCRs in coordination with Quality and Operations.
      • Support PPAP and First Article Inspection through ballooned drawings, critical characteristics, inspection plans, acceptance criteria, and first-article review.
      • Partner with Quality to define dimensional inspection, material traceability, weld/NDE, pressure-test, certification, and final documentation requirements.
      • Ensure designs comply with ASME Section VIII and applicable Sections II, V, and IX, customer specifications, and internal standards.
      • Support root-cause analysis and corrective actions; incorporate lessons learned into drawings, standards, and future designs.
      • Maintain controlled calculations, drawings, revisions, approvals, and design history; develop standards and