Faculty
Research areas:
- Power electronics and Electric drives.
- Wide bandgap device based power converters(using GaN MOSFETs)
Modular topologies for renewables and battery interfacing - Multi-level inverters for grid-tied and drives applications.
Research areas:
- Optimal Control
- Multi-agent Systems
- DIfferential Games,
- Human-in-loop Control
- Robotics
- Disaster Response Drones.
Animesh Kumar Sahoo
Assistant Professor
Ph.D - University of New South Wales, Australia
MS(R) - IIT Madras
Email: animesh.sahoo@iitdh.ac.in
Research areas:
- Renewable Energy Systems (Solar/Wind/BESS)
- Grid-Tied Power Electronic Inverters (Synchronization, Control and Compliance)
- Grid Forming Technology
- Microgrid/ Smart Grid Operation and Reliability
Research areas:
- Wireless communication
- Wireless networks
- Federated and distributed learning
- Distributed stochastic optimisation
- Information theory
- Deep neural networks.
Gopal Krishna Kamath M
Assistant Professor
Ph.D and MS(R) - IIT Madras
Email: gopal.kamath@iitdh.ac.in
Research areas:
- Control and Security of Cyber-Physical Systems.
- Intelligent Transportation Networks.
- Delayed Dynamical Systems.
- Communication-Control Co-Design.
Research areas:
- Analog/RF circuits.
Research areas:
- Analog and Mixed-signal integrated circuits
- Instrumentation circuits
- MEMS
Naveen M B
Assistant Professor
Ph. D - University of British Columbia, Vancouver, Canada.
Email: naveenmb@iitdh.ac.in
Research areas:
- Wireless communication and networks, 4G/5G/beyond 5G mobile communications
- Non-orthogonal multiple access (NOMA, Massive multi-input multi-output (MIMO) systems
- Internet of Things (IoT), machine learning for communications and biomedical applications.
Pratyasa Bhui
Assistant Professor
M. Tech - IIT Kharagpur
Ph. D - IIT Delhi
Email: pbhui@iitdh.ac.in
Research areas:
- Smart grid, detection of cyber attacks.
- WAMS – monitoring, prediction of angular stability, oscillations, events etc.
- Microgrid control
- Dynamic state and parameter estimation.
Rahul Jashvantbhai Pandya
Assistant Professor
M.Tech and Ph.D - IIT Delhi
Email: rpandya@iitdh.ac.in
Research areas:
- Sensor Array and Multi channel Signal processing
- Multi microphone Speech Processing and Distant Speech Recognition
- Speech Signal Processing
- Localization and Mapping in Wireless Sensor Networks
- Spatial Audio for Virtual and Augmented Reality
- Pervasive Computing and Communication
Research areas:
- Sensor Array and Multi channel Signal processing
- Multi microphone Speech Processing and Distant Speech Recognition
- Speech Signal Processing
- Localization and Mapping in Wireless Sensor Networks
- Spatial Audio for Virtual and Augmented Reality
- Pervasive Computing and Communication
Research areas:
- Energy harvesting based communications
- Low-latency communications, machine learning for communication system design.
Research areas:
- Vapor sensors
- Biosensors
- Nanotechnology
Research areas:
- Electromagnetic Design and Multiphysics Finite Element Simulations of Electric Motors and Transformers.
- Electromagnetic Design Aspects of Electric Vehicles.
- Computational Electromagnetics, Modelling and Loss Characterization of magnetic materials.
Research areas:
- Design, testing and fabrication of flexible wearable devices for biomedical applications.
- Development of chemical sensors for environment and health monitoring.
Research areas:
- VLSI Circuits/System Design
Research areas:
- Power Electronics and applications to Next-Generation Transportation Systems
- Grid-Tied Systems
- DC Microgrid control and Protection.
Research areas:
- Image processing
- Computer Vision
- Remote sensing
- Pattern recognition
- Machine Learning
Research areas:
Speech and Handwriting Processing
Applications of Signal Processing and Pattern Recognition
Applications of Artificial Intelligence, Machine Learning and Deep Learning
Research areas:
- GaN-based High Electron Mobility Transistors (HEMTs)
- Silicon Carbide Power Devices
- Semiconductor Radiation Detectors
- Deep Level Transient Spectroscopy (DLTS)
- Trap Characterization Experiments
- TCAD Simulation of Trapping Effects in Devices.