M.Venkatesh Naik



M.Venkatesh Naik

Assistant Professor
Department of Electrical Engineering
Motilal Nehru National Institute of Technology Allahabad, Prayagraj, India-211004
E-mail: venkateshn[at]mnnit[dot]ac[dot]in
Telephone: 8174800802(O) 8174800802(M)


Thesis Supervised



S.No Research Topic Name of Student Completion/Registration Year
Phd. Ongoing
1Multiple Input DC-DC Converters for Fuel Cell Electric Vehicle Driving SystemsGuguloth Nagesh (2020REE02)2020
2Solar Array Reconfiguration TechniquesSHINDE MADHAV RAMRAO (Reg.No 2021REE15)Since 2021
M.Tech Students
1Performance Study of High Gain Transformer-Less DC-DC Converter for DC Microgrid(Mr.Guguloth Nagesh- 2018PE19) M.Tech PE&D.June 2020
22. Design and Analysis of Two Switch Non Inverting Buck-Boost Converter with MPPT For PV System (Mr.Sunny Kumar Gupta- 2018PE17) M.Tech PE&D.June 2020
33. Modelling and Analysis of A Buck Boost Converter As Power Factor Correction Controller For Electrical Vehicle Using KY Converter.(Mr.Kumar Pankaj- 2018PE14) M.Tech PE&D.June 2020
44. Design, Investigation and Control of Step-Up Multi Input DC-DC converter for Hybrid Electric Vehicle Application (Mr.Munna Lal -02016EE12) M.Tech PE&D.June 2018
5Analysis, Design and Control of Switched Inductor - Capacitor High Step Up DC-DC Converter (Mr.Ajay Pal Singh-2016EE13) M.Tech PE&D.June 2018
6Modified KY3+2D Converter with reduced input current Ripple and increased output voltage (Mr.Sanjeev Kumar -2015PE13) M.Tech PE&D.June 2017
7Comparative analysis of magnetically coupled dc-dc converter for fuel cell low and high power applications (Mr.Ashish Kumar -2014PE08) M.Tech PE&D.June 2017
88. Modelling and analysis of ripple current reduction methods for fuel cell Based Power systems (Mr.Satish Kumar Singh-2013PE06) M.Tech PE&D.June 2015
9Modular Fuel cell and Modular DC-DC Converter for fuel cell power systems (Mr.Amar Singh Patel -2013PE32) M.Tech PE&D.June 2015
10Cyclo-converter based Micro turbine generating systems and its analysis.( Mr.Manoj Kumar -2011PE23) M.Tech PE&D.June 2013
1111. Simulation and Analysis of Micro turbine Generating Systems with AC-DC-AC Converter.( Mr.Ankith Singh -2011PE29) M.Tech PE&D.June 2013
1212. Power Electronics Interfacing in Micro turbine Generating Systems and its issues. (Mr.Sudhesh Kumar Jaiswal -2011PE31) M.Tech PE&D.June 2013
1313. Modelling and Analysis of Adaptive Sliding Mode Based Power Factor Correction in Electric Vehicle Charging Systems, PREMANSHU DWIVEDI 2019PE15 M.Tech PE&DJuly 2021
1414. Analysis and Study of Electric Vehicle Charging On Grid Power Quality , Parikshit Verma (2019PS18).July 2021
15Performance Evaluation of Electric Vehicle Charging Station Impact on Distribution Network” Gulipilli Kiran Kumar, 2019PS21.July 2021
16Design and Analysis of Bidirectional Multiport DC-DC Converter with Soft Switching for Hybrid Energy SystemKM Anjali 2020PE11May 2022
17Comparative Analysis of Series-Series and Series-Parallel Compensation Topologies for Inductive Power Transfer in EVsShivam Pandey 2020PE17May 2022
18Control and Analysis of SEPIC Based Boost DC-DC Converter for Fuel Cell Based Electric Vehicle Driving SystemTanya Pangtey 2020PE24May 2022
B.Tech Students
1Design and Analysis of Three Port DC-DC Converter for Hybrid Electric Vehicles Bicky Kumar (20172083) Gaurav Tiwari (20172042) Anish Prakash (20172027)June 2021
2Performance Evaluation of Resonant DC-DC Converter for Electric Vehicle Battery Charging. Ayush Sharma (20172018) Aman Kumar Gupta (20172029) Aditya Kumar Gond (20172061)June 2021
3Design and Performance Evaluation of Non-Isolated Interleaved Boost Converter with Voltage Multiplier Cells for Solar PV System.ADITYA KUMAR (20169017) SANDEEP DUBEY (20166015) SAURABH (20162027)June 2020
4Modelling and Analysis of Quadratic Boost Converters with Switched Capacitors for Fuel Cell Power Generation Systems. SAURAV SUMAN(20162059) SHIVAM KUMAR(20162078) SURAJ PRASAD(20162079)June 2020
5Design and Analysis of Non-Isolated Bidirectional DC-DC Converters for Solar PV Electric Vehicle Driving SystemsVicky Kumar Singh (20151075) Vishal Singh (20152047) Manjit Raj (20152002)June 2019
6Modelling and Analysis of High Gain Buck-Boost-Fly-Back Integrated Converter for Solar PV System.Shubham Srivastav (20142054) Vaibhav Kumar (20141028) Siddhartha Verma (20142040) P. Anil Reddy (20142083)June 2018
7Design and Evaluation of High Gain Coupled Inductor Boost Integrated Fly back Converter with and Input Ripple Current Reduction for Fuel Cell Generation Systems.Gaurav Sharma Batch June 2017
8Design and Analysis of a High gain Multi Device Boost Converter with Soft Switching Capability for Renewable Energy Applications.Utkarsh Srivastava BatchJune 2017
9Design and Modeling of High Gain DC-DC Converter for Fuel Cell Power SourcesShreya Seth June 2014
10Design and Analysis of DC-DC Converters for Ripple Current Reduction in Fuel cell Power Systems2015 BatchJune 2015
11Modeling and Analysis of Interleaved Buck-Boost Converters for Fuel cell low power applications.2016 BatchJune 2016
12PERFORMANCE ANALYSIS OF CONVENTIONAL AND BRIDGELESS BOOST PFC FOR EV CHARGING APPLICATIONVAIBHAV DUBEY Reg. No.: 20182050 ANKIT BHUSHAN Reg. No.: 20182032 VAIBHAV KUMAR Reg. No.: 20182049May 2022
13Design and Analysis of Single Input Multiple Output DC-DC converter for Electric vehiclesKishan Sharma (20182019) Fatima Masroor (20189045) Yash Pratap Singh (20182004)May 2022