CFD Analyst: Building Systems for Data Center Cooling

WSP in the U.S.; Tempe (AZ); On-site; USD 91,000 - 129,000; Full time

Job summary

kW Mission Critical Engineering, a part of WSP USA, is seeking a CFD Analyst - Mechanical Engineer to join our team in Tempe, AZ or other offices. You will analyze building infrastructure—power and cooling systems—to help keep data centers running 24/7.

Utilize CFD tools to tackle indoor/outdoor flows, improve analytical methods, document findings, and present engineering solutions to design teams and clients.

Qualifications

• Bachelor’s Degree in Mechanical Engineering or other related discipline.
• 3+ year of relevant work experience.
• Knowledgeable on Computational Fluid Dynamics (CFD), Thermodynamics, Heat Transfer, and Building Mechanical Systems
• Ability to perform quality work within deadlines

Responsibilities

• Utilize CFD tools to solve physics-based problems related to indoor and outdoor building flows, thermal comfort, contaminant dispersion and condensation controls
• Improve existing analytical capabilities by developing and improving best practices, automating processes, and streamlining workflows
• Maintain working knowledge of relevant computational fluids research in the building mechanical field with proactive research
• Documentation, reporting, and making technical presentations of engineering solutions to design teams and clients
• Work independently while communicating and coordinating with other engineering disciplines and project managers

Skills

CFD

Thermodynamics

Heat Transfer

Building Mechanical Systems

Python

C++

Java

Quality under deadlines

Education

Bachelor’s Degree in Mechanical Engineering or related discipline

Master’s Degree

Tools

FloEFD

STAR CCM+

Fluent

FDS

OpenFOAM

6SigmaRoom

Job description

kW Mission Critical Engineering, a part of WSP USA, is seeking a CFD Analyst - Mechanical Engineer to join our team in Tempe, AZ or other offices. You will analyze building infrastructure—power and cooling systems—to help keep data centers running 24/7.

Utilize CFD tools to tackle indoor/outdoor flows, improve analytical methods, document findings, and present engineering solutions to design teams and clients.