Research Area – School of Electrical Engineering

Research FieldResearch Areas
Communication Engineering- Room Acoustics
- Speech Intelligibility
- Environmental Noise
- Surface Acoustics Sensors
- Microwave Sensors
- Nanomaterials
- Dielectric Measurements
- Millimeter Wave Passive Devices
- Emerging Device Technology
- Resonator
- Metamaterials
- Microwave materials
- Antenna and RF devices
- RFID
- ON body propagation
- Active devices
- Specific Absorption rate
- Reconfigurable antenna
- Active antenna
- RF and Microwave Transceiver
- Channel Coding
- Cloud
- Cognitive Radio Network (CRN)
- Data Management
- Internet-of-Things (IoT)
- Internetworking, M2M
- Network Coding
- Positioning & Location Tracking
- Reconfigurable Devices
- Security, Smart Grid
- Software-Defined-Networks (SDN)
- Tera-Hertz Communication
- Vehicular Ad Hoc Networks (VANETs)
- Virtual Network
- Wireless Sensor Network (WSN)
- Optical Communication Devices based on:
         Microelectromechanical System (MEMS)
         Polymer
         Sol-gel derived material
- Optical Communication Systems:
         Radio Over Fiber
         Free-Space Optics
         Optoelectronics Circuit System
- Optical Communication Network:
         Photonics Physical Layer
         Routing and Transport System
         Optical Bandwidth Management
         Optical Sensors
         Fiber grating sensor
         Fiber laser
         Specialty fiber sensor
         Spectroscopy based sensor
         Sonar
         Instrumentation
         Sound system for Swiftlet
         Sound Analysis Swiftlet
         Robotic Arm for ROV
         Frequency Response Analysis
         5G
Control & Mechatronic- Analysis of Environment Factors for Mushroom Cultivation using Online Management System
- Development of Hydrocarbon Gas Detector
- Adaptive Irrigation Control for High Water Saving Agriculture
- Adaptive Command Shaping for Flexible Dynamic Systems
- Position and Sway Control of Crane Systems
- Micro and Nano-mechatronic
- Microfluidic system
- Single cell Analysis
- Nanorobotics
- Nano manipulation technology
- Nano sensor
- Robotics system
- Process Tomography
- Process Control
- Sensors Technology
- Instrumentations and Applications related to Biotechnology, Environmental and Agricultural
- Industry Emerging Device Technology
- System Identification
- Artificial Intelligences
- Intelligent System
- Micro/Nano Electromechanical Systems (MEMS/NEMS)
- Micro/Nano Fabrication Technologies
- Wireless Devices
- Microactuators/Sensors
- Microfuidic System
- Energy Harvester System
- Artificial Intelligent
- Robotics
- Automation
- Control
- Instrumentation
- Smart building
- Digital Technologies
- Disaster management
Power- Power electronics converters: topology and control
- Control of electrical drives: AC motor drives
- Power electronics application in photovoltaic systems
- Power electronics application in renewable energy system
- Power electronics modelling and simulation
- Power System Protection
- Power System Deregulation
- Power System Distribution
- Power System Analysis
- Power System Operation
- Power Generation Dispatch
- Smart Grid
- Distributed Generation
- Sustainable Energy Regulated
- Renewable Energy
- Renewable Energy Planning
- Transmission usage Allocation
- Expert system application in power system
- ATC, FACTS
- Optimization in Power System
- Partial Discharge
- Lightning electric field measurement
- Lightning arrestor
- High voltage
- High current
- Ozone instrumentation
- Energy Management
- Energy system
- Charging system
- Grid Connected photovoltaic
- Solar panel
Electronic- Electronics and Biomedical Instrumentation.
- BIO-SENSORS including electronic nose, bionic eye, and biometrics.
- Biomedical Signal and Image processing including speech processing, ultrasound imaging, medical image processing, x-ray imaging, electroencephalogram (EEG), electromyogram (EMG), electroocculogram (EOG), electrocardiogram (ECG), brain computer interface, human computer interface, and brain-muscle control.
- Rehabilation including speech rehabilitation, diagnostic and prosthetic design.
- Advanced simulations and analysis based on silicon material.
- Design, modelling and simulations of strained silicon based devices
- Compact physics-based modelling of nano-MOSFET
- Development of silicon and carbon based materials
- Circuit level modelling
- Analog CMOS circuit design, biomolecular sensing, DNA chip.
- The development of deep submicron Single Photon Avalanche Diode (SPAD) as an imaging sensor.
- Graphene based sensors
- Zinc Oxide nanowire and thin film fabrication for sensor devices
- Nanocrystalline graphite device for sensor applications
- Signal theory
- Signal processing for radar, navigation systems and communications
- Air traffic surveillance
- Security and surveillance
- Pattern analysis and recognition
- Sensor fusion
- Biometric
- Video analytics
- CMOS/RF analog design
- Modelling and detection of faults for IC testing
- Design for test (DFT)
- Embedded system design; FGPA prototype development
- Software/hardware co-design
- VLSI design & System on Chip
- Digital system & computer architecture
- PLC design & implementation
- Network algorithmics, Network-on-chip, Network processor architectures
- Microprocessor and microcontroller system design