Peer-to-peer (P2P) Energy Trading Using Reinforcement Learning        2020 - 2023

PhD dissertation under the supervision of Dr. Simone Silvestri; Worked on Decentralized Energy
Trading System using Reinforcement Learning and blockchain

Energy Management for Smart Residential Environments through
Human-in-the-loop Algorithm Design            2020 - 2023

Graduate research project under the supervision of Dr. Simone Silvestri; Developed novel paradigms to
manage and exchange energy with human-in-the-loop design through User Behavioral Modeling

Crosslayer Optimization of Energy and Cost through Unified Modeling
of User Behavior and Storage in Multiple Buildings          2020 - 2023

Graduate Research Project under the supervision of Dr. Simone Silvestri; Developed novel machine learning
algorithms to address the problem of energy optimization through User Behavioral Modeling

Feasibility Study and Development of Large Scale Renewable Energy Projects    2020 - 2023

Studied the feasibility and profitability of several large scale hydropower and solar PV projects;
Design supervision and development of the projects throughout their successful commercial operation

Wireless Power Transfer System via Strongly Coupled Magnetic Resonance    2016

Undergraduate Research Project under the supervision of Dr. Arbind Kumar Mishra;
Transferred electric power wirelessly over 1 m distance using magnetically coupled resonators;
Authored and published thesis and papers on the topic

Cockcroft-Walton High Voltage Generator/Air Ionizer - Winner        2015

Developed a working prototype of Cockcroft-Walton Ladder Network and utilized it for indoor-air purification;
Winning project of LOCUS 2015 in Electrical Event category

Tesla Coil - Participant                             2014

Collaborated with a team of 10 members to build Tesla Coil and participated in Electrical Event Category of LOCUS 2014;
One of the major attraction of LOCUS 2014