Ankush Jageshwar Hedau, Post-Doctoral Fellow (2025 - )

I am working as National Post-Doctoral Fellow (ANRF-NPDF) at IIT Hyderabad, developing PCM-based wearable cooling vests with multi-physics CFD simulations, bio-mimetic experimental testing, and thermoregulation modeling to prevent heatstroke in extreme Indian summer conditions (40-55°C, 40-90% RH).  My research interest on Heat Transfer Enhancement of solar collector, Phase Change Materials (PCM) integration for sustainable applications, Building sustainability, Gas Turbine Cooling, Passive strategies and bio-mimetic solutions for thermal comfort and CFD. 

Hobbies: I am passionate about exploring diverse geographical regions and understanding different cultures

Rampally Srirama Chandra Murthy, Post-Doctoral Fellow (2026 - )

I am working as a Research Associate at IIT Hyderabad. I am working on human thermoregulation and heat-strain mitigation using advanced experimental and computational approaches. This research includes the development and validation of thermoregulation models for extreme heat exposure.  Experimental assessment of such predictions using customized thermal measurement systems and integration of CFD data for improved heat transfer predictions.

Hobby: Watching movies and playing cricket

Eshwaraiah Ravula, Ph.D. (2024 - )

I am a research scholar at IIT Hyderabad, working under the supervision of Dr. Sachidananda Behera and Dr. Ankush Kumar Jaiswal. My research focuses on the “thermal management of electronic devices using phase-change material (PCM)-based and hybrid heat sinks”. My research interests include Computational fluid dynamics (CFD), heat and mass transfer, phase-change materials, and energy-efficient thermal system design. Outside of my research, I strongly believe in the power of continuous learning. Despite the many roles I juggle, I find fulfillment in pursuing new knowledge, mentoring younger students, and engaging in community-driven scientific outreach.

Bukke Naveen Naik, M. Tech. (2025 - )

I am working as a M. Tech student in the Department of Mechanical and Aerospace Engineering at IIT Hyderabad. My current research focuses on the design and evaluation of energy-efficient cooling strategies to mitigate human heat strain under extremely hot environmental conditions. My broader interests include heat transfer, thermal comfort ,CFD-based numerical modeling, and industry-oriented research aimed at developing practical solutions that are beneficial to society. I enjoy applying engineering principles to real-world problems through experimental research and simulations. 

Hobbies: Reading, Playing basketball , travelling, Exploring new technologies

Kamalakannan Kannaiyan, M. Tech. (2025 - )

I am currently pursuing an M.Tech in the Department of Mechanical and Aerospace Engineering at IIT Hyderabad. My research focuses on high-fidelity Computational Fluid Dynamics (CFD)-based simulations for cabin thermal comfort and vehicle thermal management systems including engine cooling, automatic transmission cooling, and battery thermal management. My primary research interest lies in integrating Artificial Intelligence (AI) and Machine Learning (ML) with validated high-fidelity CFD models to reduce computational time while improving simulation accuracy, predictive capability and engineering efficiency. I am committed to developing innovative, energy-efficient thermal management solutions for next-generation automotive applications through industry-oriented research. 

Hobbies: Beyond my academic pursuits, I enjoy meditation, bodybuilding, and spending quality time playing with children.

Sri Varsha Dodda, Intern (2026 - )

I am working as a research intern in the Department of Mechanical and Aerospace Engineering at IIT Hyderabad.  My current research focuses on building energy modelling and human thermal physiology, with an emphasis on assessing thermal comfort and heat stress under hot-dry and hot-humid climatic conditions. The work integrates building simulations with human thermal analysis along with Urban Heat Island (UHI) and heatwave effects to predict indoor thermal comfort. In addition, some building-level thermal mitigation strategies will also be evaluated.

Hobbies: Playing Badminton, Watching Movies

Ashuthosh Shivaraj, B.Tech. (2023 - )

I am studying as a final year B. Tech student in the Department of Mechanical and Aerospace Engineering at IIT Hyderabad.  My current research focuses on Advanced Cooling systems for Personal Cooling Garments developing innovative solutions for thermal comfort and human performance. My interests include Formula Student race-car design, Artificial Intelligence and Machine Learning, and innovative engineering solutions. I enjoy exploring how machines work and how they can be designed to become smarter, more efficient, and practical. Through hands-on projects, coursework, and team-based experiences, I am continuously learning and developing my skills while exploring new ideas and opportunities in these fields.

Hobbies: Playing badminton, drawing, and photography