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Research Areas Faculty
Artificial intelligence/Control system/ Intelligent control/ Robotics.

Distributed control and dynamical Systems, Robotics dynamic and control, sensory fusion, distributed artificial intelligence, hybrid systems, embedded systems, motion planning of robots and mechanisms, computer vision, machine learning, human-machine interaction, SLAM, Autonomous navigation, multi-modal optimization, sensors and actuators, human-centered control, man-machine systems, systems measurement & control, Artificial Intelligence.

Smart grid/ Net zero energy buildings/ Transducers & Measurement /Advanced distribution system.

Research areas include advanced metering infrastructure, phasor measurement units, smart metering, Data Analytics for the Smart Grid, wide area monitoring system, smart grid communication Technologies, distribution automation, Peer-to-Peer Trading in Electricity Networks, transactive energy systems, Cyber–Physical Power System, smart building energy systems, renewable energy integrated buildings and storage, home energy management system, smart EV charging, demand side management, demand response, electricity markets, Wholesale and Distributed Energy Markets, virtual power plants, Electricity Consumer Characteristics Identification, application of ML, IoT and blockchain for smart grid development, transducers and measurement.

Machine design/ Power system dynamics and stability/ Power system analysis, optimization and control/ Power system protection/ Utilization of Electrical Power.

Research activities in this area includes Power systems analysis, optimization and control, Distribution system automation, Demand side management, Impact of electrical vehicles in power system, Handling uncertainties in power system, Power generation, Energy systems, Energy audit and energy conservation, Renewable energy systems, Small scale energy generation in distribution system, Utility interfaces for renewable generation, Micro grid and Smart grid, Machine design and control, Power quality issues.

Renewable energy/ Grid integration/ Power system & control/ Power electronics/ Hybrid energy system/ Electrical drives/ Power quality analysis/ Electric vehicle/ FACTS.

Research areas include Electric drives for transportation electrification, Advanced power electronics converters, Grid-interactive converter, Solid state transformers, PWM techniques, Converter topologies, Electrical machines, WBG device-based power converters, Electric vehicle, electric vehicle battery chargers, Renewable integration, AC/DC microgrids, Power quality improvement techniques, Hybrid energy systems, HVDC & FACTS etc.