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About the Lab
About the Lab
Welcome to the Transportation Electrification Lab (T.E.L) at the Electrical Engineering Department of IIT Jodhpur, established in 2023 by Dr. Kunwar Aditya. T.E.L's primary mission is to foster cutting-edge research in the field of power electronics and drive systems with direct applications in the automotive industry.
Within T.E.L, students will embark on an educational journey that goes beyond textbooks and theories. Graduates of our lab will acquire invaluable hands-on experience in SPICE simulation, converter design, PCB layout, and hardware testing. Our aim is to equip them with the practical skills needed to drive innovation in the realm of transportation electrification. We focus on practical product development rather than mere publication for archival purposes.
We also recognize the government's emphasis on 'Make in India' and are committed to leveraging our expertise to contribute meaningfully towards this national endeavor.
Hardware Setup Developed
Hardware Setup Developed
Wireless Power Test Bench for Low-Power consumer electronics
Wireless Power Test Bench for Low-Power consumer electronics
Wireless Power Test Setup for Drone Charging
Wireless Power Test Setup for Drone Charging
Current controlled Inverter Test Setup
Current controlled Inverter Test Setup
Battery Management System (BMS) Development Platform
Battery Management System (BMS) Development Platform
In House Converter Design
In House Converter Design
In-house Coupler Design for Wireless Power Transfer
In-house Coupler Design for Wireless Power Transfer
Software Expertise
Software Expertise
Our research group specializes in a variety of simulation tools: LTspice for SPICE simulations, Ansys Maxwell for Finite Element Analysis (FEA) simulations of electromagnetic problems, MATLAB-Simulink for system level simulations, and KiCad EDA for schematic capture and PCB layout design. We also provide newcomers with hands-on training in these software tools.
Our research group specializes in a variety of simulation tools: LTspice for SPICE simulations, Ansys Maxwell for Finite Element Analysis (FEA) simulations of electromagnetic problems, MATLAB-Simulink for system level simulations, and KiCad EDA for schematic capture and PCB layout design. We also provide newcomers with hands-on training in these software tools.
FEA Simulation of Coupler for Wireless Charging
FEA Simulation of Coupler for Wireless Charging
LTspice Simulation of Phase Shift controlled Inverter
LTspice Simulation of Phase Shift controlled Inverter
Power Amplifier Designed using KiCAD
Power Amplifier Designed using KiCAD
Half Bridge Gate Driver Designed using KiCAD
Half Bridge Gate Driver Designed using KiCAD
Opportunities
Opportunities
We are currently seeking enthusiastic postdoctoral researchers, PhD candidates, and research assistants with a strong drive to join our projects. We welcome applications from individuals with expertise in Power Electronics, Energy Storage, and Drive Systems. If you possess skills in PCB prototyping; operating a soldering station and are comfortable with simulating in LTspice, please don't hesitate to send your resume to the lab supervisor at kunwar.aditya@iitj.ac.in.
We are currently seeking enthusiastic postdoctoral researchers, PhD candidates, and research assistants with a strong drive to join our projects. We welcome applications from individuals with expertise in Power Electronics, Energy Storage, and Drive Systems. If you possess skills in PCB prototyping; operating a soldering station and are comfortable with simulating in LTspice, please don't hesitate to send your resume to the lab supervisor at kunwar.aditya@iitj.ac.in.
Currently Hiring for the following Research Topics:
🔋 Thermal Management System for Li-Ion Battery Pack
🚗 General Purpose Actuator for Electric Vehicle Applications
⚡ Active EMI Filter Design for 12V Board Net in Electric/Hybrid Electric Vehicles
Sponsored Research Projects
Sponsored Research Projects
Title: Testing & Validation of pyramid system for the generation of solar power
Title: Testing & Validation of pyramid system for the generation of solar power
Duration: Nov 2024 to Dec 2024
Sponsoring Agency Name: Consultancy Project from Antardhwani Technologies
Amount Sanctioned: 53,100 INR
PI: Kunwar Aditya
Co-PI: N/A
Title: Development of Reconfigurable Ultra-Compact Bidirectional On-Board Charger for 400/800-V battery Architectures
Title: Development of Reconfigurable Ultra-Compact Bidirectional On-Board Charger for 400/800-V battery Architectures
Duration: Jan 2024 to April 2027
Sponsoring Agency Name: DST
Amount Sanctioned: 5,99,720 INR
PI: Kunwar Aditya
Co-PI: N/A
Title: Development of Autonomous Wireless Charging Infrastructure to Extend the Flight Range of Unmanned Aerial Vehicle (UAV).
Title: Development of Autonomous Wireless Charging Infrastructure to Extend the Flight Range of Unmanned Aerial Vehicle (UAV).
Duration: March 2023 to March 2026
Sponsoring Agency Name: IIT Jodhpur SEED Grant
Amount Sanctioned: 25 Lakh
PI: Kunwar Aditya
Co-PI: N/A
Our Team
Our Team
Ph.D. Students
Ph.D. Students
Sushan Pradhan
Research Interest: Power Electronics, Wireless Power Transfer, Finite Element Modelling, Magnetics Design
Ph.D. Topic (Jan 2022-to date): Universal Foreign object detection system for Wireless charging
Research Interest: Power electronics, Control system, Renewable energy sources , wireless charging
Ph.D. topic (August 2022-to date): Modelling and control of wireless charger for autonomous and opportunity charging of UAVs.
Research Interest: Energy Storage, Thermal Management system, Electric Vehicles
Ph.D. topic (Jan 2023- to date): Battery Management system (BMS) for Li-Ion battery.
Research Interest: Electric Vehicle, Power Electronic, BLDC drive, Actuators, Embedded Design
Ph.D. topic (Aug 2024- to date): Driver for BLDC motor based Thermal Management system of Electric Vehicle
Research Interest: Power Electronics, Electric Vehicle
Ph.D. topic (Aug 2024- to date): Wireless Power Transfer for consumer electronics
M.Tech. Students
M.Tech. Students
Alumni
Alumni
Degree: M.Tech, 2025
M.Tech. Project: Comparative Analysis and Hardware Implementation of AI-Driven and Model-Based SOC Estimation Techniques for Lithium-Ion Batteries.
Current Designation: Assistant Manager, Maruti Suzuki India Ltd.
Degree: M.Tech, 2024
M.Tech Project: Accurate State of Charge Estimation of Lithium-Ion Cell using Adaptive Unscented Kalman Filter (AUKF).
Current Designation: Associate Manager, Maruti Suzuki India Ltd.
Palande Sunil Pandurang
Palande Sunil Pandurang
Degree: M.Tech (Executive), 2024
M.Tech Project: Hybrid power supply System for Weapon/Unmanned vehicle platform
Current Designation: Scientist 'E' , DRDO.
Milind Sengupta
Degree: M.Tech (Executive), 2023
M.Tech Project: Lithium-Ion Battery Modeling in MATLAB and Neural Network Implementation in MATLAB for SOC Prediction
Current Designation: Senior Manager, Steel Authority of India Limited (SAIL).
Degree: M.Tech, 2023
M.Tech. Project: Design of Wireless Battery Charger for Unmanned Aerial Vehicles
Current Designation: Associate Energy Market Analyst at Energy Exemplar
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