Mechanical Engineer, Data Center Fluids & HVAC

Maven Ventures; Southaven (MS); On-site; USD 80,000 - 110,000; Full time

Job summary

SpaceXSI is seeking a Mechanical Engineer to join our data center engineering team in Memphis. You will design, analyze, and activate advanced fluid and HVAC systems for mission-critical facilities, serving as the SME on related components and processes.

You will perform CAD modeling, conduct fluid analyses, and collaborate with procurement, construction, and other disciplines to ensure designs meet timelines and cost targets while remaining manufacturable and reliable for production.

Qualifications

• Bachelor's degree in an engineering discipline.
• 1+ years of professional experience with fluid components (valves, pumps, COPVs, compressors, heat exchangers, pressure transducers, or temperature sensors).
• Experience with data center facilities and HVAC systems preferred.

Responsibilities

• Own and be SME on fluid/HVAC components across data center builds—chillers, pumps, dry coolers, water storage, pressurization and related systems.
• Perform CAD modeling and design of these systems; deconflict designs with other disciplines in 3D.
• Conduct fluid analyses for pressure balance, design allowances, and consumables.
• Coordinate with procurement, construction and other disciplines to select and procure equipment meeting timeline, cost, and performance.
• Ensure designs are manufacturable and reliable; work with production for a smooth transition to manufacturing.

Skills

Fluid systems design

HVAC experience

CAD modeling

Independent worker

Education

Bachelor's degree in engineering

Tools

REVIT

Job description

SpaceXSI is seeking a Mechanical Engineer to join our data center engineering team in Memphis. You will design, analyze, and activate advanced fluid and HVAC systems for mission-critical facilities, serving as the SME on related components and processes.

You will perform CAD modeling, conduct fluid analyses, and collaborate with procurement, construction, and other disciplines to ensure designs meet timelines and cost targets while remaining manufacturable and reliable for production.