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Power Electronics Converters and Systems
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1. High-Efficiency Power Conversions for Renewable Energy and Industrial Applications
2. Bidirectional Power Conversion for DC Distribution System
3. Solar Photovoltaic (PV) Power System and Control
4. Digitally Controlled Power Converters and Inverters
5. Power Electronics Interfaces for Distributed Generation
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Smart Grid Operation and Control
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1. Control and Management of Nanogrid and Smart Grid
2. Real-time Simulation of Power Conversion Systems
3. Power Hardware-in-the-loop (PHIL) Simulation for Electric Power Systems
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Renewable Energy Systems
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Integration of Renewable Energy Resources in the Power System
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Power Electronics Interfaces for Electric Vehicles
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1. Design and Development of Novel power Electronic Converter Topologies
2. Control of Variable Speed Motor Drive
3. Advanced Control of Motor Drives for Electric Vehicle (EV)/ Plugin Hybrid Vehicle (PHEV)
3. Impacts & Dynamic Interactions of PHEVs with the Distribution Network
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Control Systems
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1. Control and Signal Processing Theory for Power Conversion
2. Small-signal Modelling and Analysis
3. Linear Controller Design
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