ABOUT THE ROLE

We are seeking a Mechanical Design Engineer to support our client in a direct role! This position is full-time and will be based out of Oak Ridge, TN.

Responsibilities

• Support the design, modification, and layout of facility piping systems, performing crucial component sizing for pumps, motors, heaters, blowers, valves, and pressure vessels.

• Create CREO 3D models and 2D technical drawings

• Create, update, and redline mechanical/piping drawings, plans, and specifications, ensuring all work complies with code and industry standards.

• Perform pressure-drop, flow, and basic thermal calculations; assist with steady-state and transient analyses using CFD, FEA, or spreadsheet tools.

• Conduct pipe-stress and support-structure checks, documenting results for review, and actively participate in hazard analyses, safety reviews, and quality assurance.

• Prepare ROMs, equipment lists, and technical evaluations to support procurement.

• Get hands-on with factory acceptance tests, field inspections, and system troubleshooting under the guidance of senior staff.

Requirements

• Education & Years of Experience – Bachelor’s Degree in Mechanical Engineering (or a related field) from an accredited institution and 2+ years of relevant experience; additional, relevant experience may be considered in lieu of a degree.

• Citizenship – To be considered, you must be a United States (U.S.) citizen due to the federal nature of the work.

• Clearance – To be considered, you must be able to obtain and maintain a government issued clearance, if needed.

• Relevant training such as ASME code familiarization, piping-stress fundamentals, and OSHA or comparable safety coursework is encouraged.

• 2+ years of hands-on experience as a mechanical designer, technician, or early-career engineer focused on piping, fluid systems, or process equipment in industrial settings.

• Must have CREO pipe/tool design experience.

• Practical experience supporting equipment sizing and selection for pumps, valves, heat exchangers, and related mechanical components.

• Familiarity with pressure-drop calculations, pipe-stress concepts, and basic structural checks.