Inspire future engineers to excel in heat transfer and renewable energy through innovative teaching.
Advance research in renewable energy, contributing to global sustainability efforts.
Lead initiatives that foster academic excellence and community engagement in sustainability.
Bridge academia and industry with cutting-edge consultancy in renewable energy solutions.
Energy Policy and Planning of Energy Systems
Design and Techno-economic Performance Assessment of Renewable Energy Systems
Thermo-hydraulic Performance Assessment of Energy Systems.
Department of Mechanical Engineering
Engineering College Ajmer
Rajasthan India
Develop and teach undergraduate, graduate, and doctoral courses in mechanical engineering department, with a focus on heat transfer and renewable energy,
Mentor and supervise students in their academic projects, theses, and dissertations.
Design and implement innovative teaching methods and materials to enhance learningoutcomes.
Advise students on academic and career pathways.
Lead and conduct cutting-edge research in heat transfer, renewable energy systems, and related areas.
Publish research findings in high-impact peer-reviewed journals and present at national and international conferences.
Secure research funding from government agencies, industry partners, and other funding bodies.
Collaborate with interdisciplinary teams within the institution and with external partners to advance research objectives.
Provide expert consultancy services to industries and government agencies in the field of renewable energy.
Develop and manage consultancy projects that address practical problems and innovate solutions in renewable energy technologies.
Build and maintain strong relationships with industry partners and stakeholders to facilitate knowledge transfer and practical applications of research.
Contribute to the development and implementation of departmental policies and strategic plans.
Serve on academic and administrative committees within the institute.
Participate in community outreach and public engagement activities to promote awareness and education on renewable energy and sustainability.
Indian Institute of Technology, Delhi
Hauz Khas, New Delhi, India
Thesis: "Techno-Economics of Concentrating Solar Power in India" under the Supervision of Prof. Tara C. Kandpal (IIT Delhi) and Prof. Chandan Sharma (Engineering College Ajmer)
Master-of-Technology
(M. Tech.)
Indian Institute of Technology, Delhi
Hauz Khas, New Delhi, India
Energy Studies
Bachelor in Engineering
(B. E.)
Engineering College Kota
Mechanical Engineering
Led a research project funded by AICTE, New Delhi, Government of India, entitled Performance and Exhaust Emission Analysis of CI Engine with Dual Injection ofDiesel and Alcohol.
Carried out a study on optimization of design and thermo-hydraulic performance of printed circuit heat exchanger used in sCO₂ based Central Tower Receiver based concentrating solar power plants.
Undertake a study on wind load analysis of heliostats of central tower receiver based concentrating solar power plant
Involved in the evaluation of thermo-hydraulic performance of molten salt to supercritical carbon dioxide printed circuit heat exchanger
Carried out parametric estimation and comparative scenario of PEM fuel cells using various optimization techniques
Conducted thermodynamic evaluation of tri-generation (sCO₂ Brayton, Rankine, organic Rankine) combined cycle
Involved in energy and exergy analysis of sCO₂ based thermal power plants
Certified “Energy Manager” as well as “Energy Auditor” by the Bureau of Energy Efficiency (BEE), Ministry of Power, Government of India in 2015.