Projects
Advanced Communication System for Autonomous Guided Vehicles (2024-2026)
This project focuses on developing a reliable and low-latency communication system for indoor Autonomous Guided Vehicles by integrating Wi-Fi, Zigbee, Bluetooth Low Energy, and CAN Bus technologies.
Adaptive Impedance Matching System for Remote Meter Reading (2022-2024)
This project aims to improve power line communication by dynamically adapting impedance to changing load conditions, reducing signal reflections and transmission losses in smart grid and remote meter reading applications.
Wireless Energy-Harvesting Smart Body Sensor System (2019-2022)
This project focuses on developing wearable wireless sensors that use low-power communication, RF energy harvesting, and embedded technologies to support the remote monitoring of physiological data.
Integrated Building Energy Management and Decision Support Platform (2017-2019)
This project aims to develop an IoT-based platform that combines wireless sensors, energy monitoring, remote control, data analytics, and machine learning to improve building energy efficiency.
Development of Indoor 4.5G Base Station Antennas and RF Components (2017-2019)
This project focuses on developing antennas, filters, power splitters, and RF combiners for reliable indoor 4.5G communication coverage in buildings and public facilities.
Adaptive Impedance Sensing and Matching Module for Power Line Communication (2015-2017)
This project aims to improve PLC communication by adapting impedance to changing load conditions, reducing signal losses and improving communication reliability in smart grid applications.
RF Energy Harvesting System for Low-Power Electronic Applications (2014-2015)
This project focuses on converting ambient or dedicated RF signals into DC power to support low-power sensors, IoT devices, and wireless communication systems.
Hyperspectral Image Analysis and Target Detection (2014-2015)
This project focuses on developing efficient hyperspectral image processing algorithms for target detection, classification, and dimensionality reduction, with applications in defense, security, agriculture, forestry, and related fields.
Energy-Efficient Communication Technologies and RF System Optimization (2013-2015)
This project focuses on developing energy-efficient communication technologies by optimizing RF components and systems used in cellular base stations through software-assisted design and prototyping.