Postdoctoral Associate

MIT • Cambridge, MA

12d

About The Position

POSTDOCTORAL ASSOCIATE , Mechanical Engineering , to join MIT Global Engineering and Research (GEAR) Center and MIT Climate and Sustainability Consortium (MCSC) to research integrated systems design of data centers. The candidate will be responsible for preparing in-depth techno-economic analyses of global data center systems to identify innovative cost reduction strategies. Strategies may be directed at component redesign, improved system integration, or unique operation strategies to minimize energy and water usage. The aim of the research is to generate parametric engineering design theory that facilitates multi-objective, multi-disciplinary optimization of data center design considering location, building operations, materials, energy use, water use, cooling system design, and co-located renewable power systems design. The candidate will regularly present research results at meetings and workshops, prepare progress reports for sponsors, collaborate with GEAR Center and MCSC researchers, and publish papers at conferences and in peer-reviewed journals. As a member of GEAR Center, the postdoctoral associate will be considered a Yang Tan Fellow.

Requirements

• Ph.D. in mechanical engineering, civil engineering, electrical engineering, or other related engineering field
• Expertise in power systems research, technoeconomic analysis, the proliferation of data centers and technoeconomic considerations behind them, numerical modeling, building materials and HVAC systems, and complex systems design
• Excellent project management and communication skills
• Ability to work with minimal supervision and prioritize work to meet deadlines
• Fluency in spoken and written English

Nice To Haves

• Experience coordinating research projects with industry partners and/or across different disciplines
• Project management and/or research leadership experience

Responsibilities

• Preparing in-depth techno-economic analyses of global data center systems to identify innovative cost reduction strategies.
• Generating parametric engineering design theory that facilitates multi-objective, multi-disciplinary optimization of data center design considering location, building operations, materials, energy use, water use, cooling system design, and co-located renewable power systems design.
• Presenting research results at meetings and workshops.
• Preparing progress reports for sponsors.
• Collaborating with GEAR Center and MCSC researchers.
• Publishing papers at conferences and in peer-reviewed journals.

What This Job Offers

• Job Type: Full-time
• Education Level: Ph.D. or professional degree
• Number of Employees: 5,001-10,000 employees