Currently accepting new PhD and Master's students in the research areas of Applied AI, Cybersecurity, and Microwave & Millimeter-Wave Sensing.
50 plus supervisions. Few of my supervised titles are
PhD Supervision Titles
• AI-Based Non-Invasive Diagnosis of Chronic Disease with Privacy Preservation
• AI–Driven Material Classification and Detection System for Efficient Waste Management
• High-performance Antenna Architectures for Biomedical Telemetry in Heterogeneous Body-Centric Environments
• Future-Proof Zero-Day Attack Detection Using Self-Evolving Explainable AI Models for Adaptive Cyber Defense
• Fabrication of Electrodes for Energy Storage Devices
• Human Action Recognition using Deep Learning and Best Selected Multimodal Feature Fusion
• Design of Multiband Analogue Microwave Filters using Novel Structures Based on Conventional Circuit Topologies
• Synthesis and Design of Microwave Filters for Advanced Wireless Systems
• Design of Multiplexers for Next Generation Wireless System
• Decoding Brain Function in Non-Verbal Autism Using Functional Near-Infrared Spectroscopy
• A Novel Synthesis Procedure for Designing of Microwave Analog Filters
MSc Supervision Titles
• Design of a filtering antenna for wireless power transfer in IoT nodes.
• AI-based hydrocarbon identification.
• Development of transmitting antenna at 5.8 GHz for wireless power transfer in wearable biosensor.
• Miniaturized Next Generation Microwave Bandpass Filter using CRLH Metamaterial.
• Design and Fabrication of a Compact Antenna for RF Energy Harvesting.
• Design and Development of a Filtenna for Vehicle-to-Everything Communication in Automotive Electronic Driver Assistance Systems Applications.
• High power Microwave Source Design for Directed Energy Devices-Based Electronic Warfare Systems.
• Implementation of Deep Reinforcement Learning Techniques in Swarm Robotics.
• Generalize Realization of a Reflectionless Bandstop Filter for 5G sub-6GHz Band Interference Mitigation.
• Design of a Novel Quazi-Elliptic RF Bandpass Filter Using Antiparallel Coupled Lines for Sub 6 GHz 5G band.
• Design of highly selective multiband bandpass filters for microwave applications.
• New Design Method for Highly Selective Multiband Bandstop Filters.
• Design of Microstrip Multiplexer using stub loaded Resonators.
• Development of Transceivers For Free Space Optical Communication Network.
• Design of low return loss, high selectivity Dual Band band stop microstrip filter.
• A Reflection-less Bandstop Notch RF Filter for Interference Mitigation in Wireless Communication Systems.
• Design of a multiband bandpass filter using stub loader ring Resonator.
• Novel Generalized Synthesis Procedure for Broadband Bandpass Filter.
• Synthesis and Design of Triple Band Bandpass Filter for 5G Applications.
• Miniaturized Flexible Filter-Embedded Antenna for Breast Cancer Detection.
• Synthesis and Design of Dual Band Bandstop Filter.
• Synthesis and design of a bandpass filter using antiparallel coupled lines
Supervised 18 Capstone Projects, comprising both research-based and industry funded initiatives.