Research and expertise

My current research area focusses on Comfort, Health, and Wellbeing with a major thrust on understanding how Personal Cooling System (PCS) can support the psychological adaptive mechanisms of the occupants of houses to remain comfortable during the household chores. My research will aim to assess the thermal comfort and energy savings potential of PCS devices in different conditions of a household.

I have experience in conducting occupant’s thermal comfort survey, primary data collection, and whole-building energy modelling and simulation. I have demonstrated skills in conducting measurement and experiments in the built environment, including data analytics. My research interests include adaptive thermal comfort, personal cooling systems, passive & low-energy cooling/heating technology, policies, and data analytics for energy efficiency.

Recent publications


I am a Doctoral Researcher in Energy Resilience and the Built Environment (ERBE), at the School of Architecture, Building, and Civil Engineering of Loughborough University. I am interested in data-driven and evidence-based research which can potentially solve practical problems in combating Climate Change impacts.

I have completed my MTech in Building Energy Performance from CEPT University, India, and BTech in Architectural Engineering from SRM University, India. I am a member of ASHRAE, IEI, and four Technical Committees of ASHRAE. I am a Chartered Engineer from Institution of Engineers (India).

Before starting my PhD at Loughborough University, I have worked in the energy-efficiency sector for more than five years with a focus on low-carbon development of the urban residential sector, assessment of not-in-kind passive/low-energy systems, analysis and assessment of residential building energy use, identifying energy-efficient and low-carbon development pathways for residential buildings while ensuring thermal comfort, passive & low-energy cooling/heating technology, policies, and data analytics for energy efficiency, to drive policy formation and/or adoption. As a part of my master's thesis, I had developed a tool for early-design stage decision making that quantifies the potential of passive cooling strategies for a climate. It aimed to help architects and designers to select the right strategy right from the design phase, responding to the climate.

Professional affiliations

  • Chartered Engineer (CEng)
  • Associate Member - ASHRAE
  • Associate Member – Indian Institute of Engineers (IEI)


  • Academic Excellence Award: Ranked 1st (Academic Excellence) in Post-Graduation (Building Energy Performance) at CEPT University in 2017
  • President’s Scholarship: Received President’s Scholarship from CEPT University in 2015 and 2016
  • University Topper: Ranked 1st (Gold Medallist) in Under-Graduation (Architectural Engineering) at SRM University in 2013
  • Excellence in Academic Performance: Received Scholarship for Excellence in Academic Performance from SRM University in 2010, 2011, and 2012

External activities

  • Reviewer in Journal “Energy and Buildings”
  • Young Engineers in ASHRAE (India Chapter)
  • Provisional Corresponding Member of Technical Committee of ASHRAE (T-TAC-TC07.01, TC07.04, TC07.06)
  • Corresponding Member of Technical Committee of ASHRAE (T-TAC-TC04.02)