Courses
(UG Level)
1. Electrical Sciences
2. Electric Machine
3. Control Systems
4. Power Electronics
5. Power Systems
Graduate Level
1. Power Electronic Converters
2. Soft-Switching Converter technology
Off Campus Programme
1. Basic Electrical Engineering
2. Power Systems
3. Digital Electronics
Laboratory Development
1. Power Electronics (UG level)
2. Experiments on resonance converters (Graduate level)
Research Area
1. High gain DC-DC Converters
2. Maximum Power Point Trackers
3. Artificial intelligence with an introduction to Intellectual intelligence
4. Data clustering techniques
5. Micro-grid with future ready e-grid
6. Green Hydrogen generation
External Thesis Guided
1. Madhav Sharma [ME] (2016);
Title " Modelling and Maximum Power Point Operation of Solar Photovoltaic using Boost Converter"
2. Subodh Khandelwal [BE] (2018);
Title "SEPIC converter based MPPT using region shifting Incremental Conductance algorithm with
variable sampling time"
PhD Guided /guiding
1. Fani Mani (2019) [Institute fellowship];
Title" Optimum Power Extraction Approaches of a Soiled PV Module Integrated with
Soft-Switching Converter"
2. Prashant Upadhyay (2020) [Project fellowship, SRF];
Title " Design and Development of an Efficient Resonant Boost Converter Topology and Adaptive
Maximum Power Point Tracking for Photovoltaic Power Conversion System"
3. Preeti Sharma (2021-)[institute fellowship]
Title:"A Generic Hybrid Controller for High Voltage Gain Converter with Multi Frequency Operation"
4. Singh Shirish Vijay Pal (2023-)[own funding]
Title: "Multi Dimensional Design Approach of Magnetics in Electric Vehicle Machine to Prevent Irreversible Demagnetization and Cogging torque"
JRF
1. Shubham Priyadarshi (Under CDAC project)
2. Anakshi Boruah (Under CDAC project)