No | Name | Program | Year of Graduation | Thesis Title | Employment |
1 | Venkateswara Reddy Mula | M.Tech | 2009 | Design of Synchronous Buck Converter for Power Management Applications | Bosch Ltd. |
2 | Saurabh Upadhyay | M.Tech | 2010 | Half Z-Source Topology based Electronic Load | GE Global Research, Bangalore |
3 | Kapil Jha | M.Tech | 2010 | Large Signal Linearization of a Boost Converter | Oil and Natural Gas Corp. |
4 | Rakesh Rawal | M.Tech | 2010 | Design and Implementation of a Three Phase Front End Rectifier for Rural Telecom Application | Steel Authority of India |
5 | Brijendra Verma | M.Tech | 2010 | A Wide input range DC/DC Converter with Battery Interface for a Rural Telecom Power Plant | Council for Scientfic and Industrial Research |
6 | Makarand Mijar | M.Tech | 2010 | FPGA Based Digital Implementation of Synthetic Ripple Modulator | Intersil Corp. Bangalore |
8 | Olive Ray | M.Tech | 2011 | Highly Modular Power Converter Architecture for Renewable Applications | Joining Ph.D. with us |
9 | Soumya Shubhra Nag (co-guide) | M.Tech | 2011 | Analog Maximum Power Point Tracking Controller for Solar Photovoltaic Application | Joining Ph.D. with us |
10 | M.Tech | 2012 | Analysis and Design of a Modified Two-switch Buck-Boost Converter | Faculty | |
11 | Saurabh Sekhar | M.Tech | 2012 | A
Half Bridge Inverter Based Capacitive Power Transfer Circuit with Unity Power
Factor Utility Interface | General Electric Bangalore |
12 | Ankur Misra | M.Tech | 2012 | A
Smart Gate-driver for Light-load Efficiency Improvement of a POL Converter | Bosch Ltd. |
13 | Arun Shankar U. | M.Tech | 2013 | Novel Usages of Boost Converter in Battery Powered Applications | Mercedes Benz, USA |
14 | Anil Prasad | M. Tech | 2013 | Integrated Dual Output Converter (IDOC) and Its Application Rural DC Nanogrid | Tata Motors |
15 | Jinia Roy | M. Tech | 2013 | Design and Control of a 5 kW Multi-Input Solar Interface | NREL, Denver |
16 | Nalin L. Gupta | M.Tech. | 2014 | Design and Implementation of Three Phase High Freqeuncy Inverter with Superior Dyanamics | - |
17 | Abhishek Maji | M. Tech. | 2015 | Power Quality Improvement and Power Capacity Enhancement of a Power Plant for Rural Telecom Applications | ABB Research |
18 | Ishrat Jamal | M. Tech. | 2015 | Modeling, Analysis and Implementation of Hybrid Multi-output Converter for solar-PV Application | ISRO |
19 | Venkata Srinivas | M. Tech. | 2015 | Design and Analysis of Ultra-lift Luo Converter Based PFC Circuits | Scientific Mes Technik Pvt.Ltd. |
20 | Deepak Kumar | M.Tech. | 2015 | Tunnel FETs and Its Application to Digital Circuits | UPES, Deradun |
21 | Anwesha Mukhopadhyay | M. Tech. | 2016 | Design, Analysis, and Control of Series Input Boost Pre-regulator | - |
22 | Khirod Naik | M.Tech. | 2016 | Energy Routing Using 3s-IDOC | ABB Research |
23 | Suman Mondal | M.Tech. | 2016 | Renewable Based Critical Power Supply For Domestic Application | Scientific Mes Technik Pvt.Ltd. |
24 | Ramanuja Panigrahi | M.Tech. | 2016 | An Energy Harvesting Circuit For A Dielectric Elastomer Generator | Joining Ph.D. with us |
25 | Nitin Chauhan | M.S. | 2018 | Implementation and Performance Comparison of Boost-VSI Using SiC-MOSFETs and Si-IGBTs | Powergrid Corp. |
26 | Divya Yogi | M.Tech. | 2018 | Zero Current Switching of Current-Fed Switched Inverter | Intel Corp. |
27 | Sagar Rastogi | BT-MT Dual | 2018 | Unity Power Factor Control of Integrated Dual-Output Converter (IDOC) using FPGA | Pursuing Ph.D. at NCSU |
28 | Rajat Channappanavar | M.Tech. | 2018 | FPGA Controlled High Frequency Point of Load Converter | Continuing PhD with us |
29 | Mandeep Rana | M.Tech. | 2018 | TBD | Joining PhD with us |
30 | Shubham Sharma | M.Tech. | 2018 | Design and Fabrication of High-Power E-Rickshaw Battery Charger | GE Transportation |
31 | Hemant Kumar | BT-MT | 2019 | Three-port Chargers for E-Rickshaws | Intel Corp. |
32 | Yash Verma | BT-MT | 2019 | Design and Implementation of Optical Interface Card for PHIL Simulations | Samsung |
33 | Kapil Gill | BT-MT | 2019 | Design and Implementation of a Power Amplifier for PHIL simulation | Geo Telecom |
34 | Sneha Suresh | MS | - | TBD | - |
35 | Kehkeshan Qaiser | MS | - | TBD | - |
36 | Patel Sachin Hargovindbhai | MS | - | TBD | - |
37 | Himanshu Gulati | M.Tech. | 2020 | Bi-Directional Power Amplifier for PHIL Simulation in Re-configurable Distribution System Test-Bed | Solar Energy Corp. of India Ltd. |
38 | Saket Jha | BT-MT | 2020 | Design And Performance Evaluation Of Air-Core Inductor For Pol Converter | Intel Corp. |