Principal Mechanical Engineer, Valve Engineering
On-site · Springville, Utah, United States
Job Summary
Lead mechanical design and development of complex valve and actuator assemblies, including engineered-to-order and custom application solutions. Provide technical leadership for 3D CAD modeling, detailed drawings, design layouts, and manufacturing documentation. Develop and review castings, forgings, machined components, and sub-assemblies to meet performance, reliability, and manufacturability requirements. Interpret customer specifications, internal standards, and applicable industry codes to develop practical and robust engineering solutions. Serve as a principal reviewer for design packages, engineering change notices, and product configuration updates. Develops and applies advanced engineering analysis techniques to solve challenging structural and flow problems. Mastery of advanced engineering processes including FEA and CFD. Partner with engineering, manufacturing, purchasing, planning, quality, project management, and field service teams to resolve product-related issues. Drive sustaining engineering efforts to improve product reliability, manufacturability, cost, and compliance. Lead or contribute to continuous improvement initiatives and engineering process improvements. Author or co-author white papers furthering industry knowledge and solidifying Flowserve's position as a technical leader in the industry. Mentor and guide less experienced engineers in design practices, drawing standards, and technical problem-solving. Communicate effectively with internal and external stakeholders across global teams.
Required Qualifications
- Bachelor of Science in Mechanical Engineering or a related engineering discipline
- 10+ years of progressive mechanical design experience, preferably in valve, actuator, or related industrial equipment environments
- Advanced SolidWorks expertise, including complex part and assembly modeling
- Strong knowledge of drafting practices and dimensioning standards based on ASME Y14.5
- Proven ability to create and modify 3D parts using surfacing and advanced modeling techniques
- Strong understanding of mechanical design principles, material compatibility, and product configuration control
- Demonstrated ability to lead technical problem-solving efforts in a fast-paced engineering environment
- Excellent verbal and written communication skills
- Ability to collaborate effectively with a global team
- Self-starter who can work independently with minimal supervision while influencing cross-functional teams
- Preferred: Masters or Doctorate Engineering degree
- Experience with ANSYS tools, including CFD and FEA
- Background in casting and other valve manufacturing methods
- CSWP certification
- Familiarity with applicable ASME, ANSI, and MSS standards
- Prior experience with valve products and ASME B16.34
- Knowledge of Lean Manufacturing and continuous improvement methods
- Experience supporting highly engineered or highly regulated product lines
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