Faculty Directory

Aute, Vikrant C.

Aute, Vikrant C.

Research Professor
Director, Center for Environmental Energy Engineering
Director, Modeling & Optimization Consortium
Mechanical Engineering
Center for Environmental Energy Engineering
Maryland Energy Innovation Institute
4164G Glenn L. Martin Hall

EDUCATION

  • MBA (2021), University of Maryland Global Campus
  • M.S. (2018), Data Analytics, University of Maryland University College
  • Ph.D. (2010), Mechanical Engineering, University of Maryland College Park
  • M.S. (2001), Mechanical Engineering, University of Maryland College Park
  • B.E. (1997), Mechanical Engineering, University of Pune, India

BACKGROUND

Vikrant Aute co-directs the industry and government supported Center for Environmental Energy Engineering and also serves as the Director of the Modeling and Optimization Consortium within the Center. Dr. Aute has over twenty five years of experience in the development of modeling and optimization algorithms for thermal systems. His current research focuses on novel heat exchangers for heat pumps and power generation applications, approximation assisted multi-objective multidisciplinary optimization and its application to design of thermal systems and the continued development of heat exchanger and vapor compression system simulation tools. His industrial experience includes work at Thermax Ltd.(India), Tata Infotech Ltd. (India) and Daikin Industries Ltd. (Japan). He is a Fellow of ASME and ASHRAE. He is an active member of ASHRAE and has served on multiple technical, standards, and standing committees as voting member. He is a certified Professional Scrum Master and a Microsoft Certified Professional. 

HONORS AND AWARDS

  • Dean's Outstanding Performance Award for PTK Faculty (2024)
  • Fellow, American Society of Heating, Refrigerating and Air-Conditioning Engineers (2024)
  • Exceptional Service Award, ASHRAE (2023)
  • Best Session Paper, Experimental Methods, ATE-HEFAT Conference (2021)
  • Peter Ritter von Rittinger International Heat Pump Team Award (2021), More Information
  • Fellow, American Society of Mechanical Engineers (2020)
  • Provost's Excellence in Research Award for PTK Faculty, University of Maryland College Park (2018)
  • Best Research Journal Paper Award, ASHRAE (2018)
  • Distinguished Service Award, ASHRAE (2017)

PROFESSIONAL CERTIFICATIONS

  • Professional Scrum Master I
  • Microsoft Certified Systems Administrator
  • Microsoft Certified Professional

 

 

UMD Develops ML Tool to Predict Uneven Airflow in AC Systems

Framework delivers rapid airflow predictions that could help engineers design better heat exchangers.

Study Shows Dual-Mode “Thermal Battery” Cuts Peak Heating and Cooling Demand

Heat pump–thermal storage could reduce grid overload across U.S. climate zones.
 

New Framework Could Speed Up Thermal Storage Design and Reduce Time to Market

CEEE researchers develop an approach for fast and accurate simulation of latent heat thermal energy storage.

CEEE Provides Comprehensive Review of Plate-Fin Heat Exchangers

Insights will help guide the center’s work in optimizing heat exchangers for more efficient HVAC performance.

Vikrant C. Aute Appointed CEEE Director

Aute plans to lead CEEE into a new age of HVAC&R innovation.

Layer by Layer: CEEE Builds Reputation in 3D Printing of HVAC Components

Center innovates the next-gen solutions with the help of additive manufacturing.

DOE Ups Its Investment in UMD to Develop Eco-Friendly Heat Pumps

Agency awards UMD and partners $4.8 million to improve heat pump performance and safety.

Betelhiem Mengesha Receives NSF Graduate Fellowship

Research will focus on optimizing additive manufacturing for heat exchanger design and quality control

Crank Up the AC, Not Global Warming

Maryland engineers advance heating and cooling technology to push for a greener future

CEEE: Three Decades of Innovation

The UMD-based center marked its 30th anniversary at a gala event on June 9.

UMD receives two new DOE Building Technologies awards

Takeuchi and Aute to lead projects 

Saving Energy with ‘Personal HVAC Systems’

UMD awarded more than $5 million by ARPA-E to fund potentially transformational research.