Project Engineer - ASME

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, Solid Works 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.

• 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 Solid Works 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.

• Proficiency in Solid Works 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%…