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Radar Systems 
Radar Systems 

Electromagnetic Computations: We are developing techniques and algorithms to efficiently represent linear and non-linear microwave networks in Radar systems which are characterized using commercial simulators such as ADS and HFSS.. . .

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RF Power Power Amplifiers, Microwave Circuits and Digital Power Distortion 
RF Power Power Amplifiers, Microwave Circuits and Digital Power Distortion 

Based on novel random baseband techniques developed by the team, universal mathematical models of RF power amplifiers applicable for any modulation schemes were developed. Using this method, digital per-distortion algorithms. . .

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Non-Invasive Microwave Sensing 
Non-Invasive Microwave Sensing 

Research Goals and Outputs  invasive monitoring of contamination in water bodies such as Lakes and Rivers.  As part of this research, we have developed sensors for water-quality, ion-concentration in liquids. . .

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Quantum Technologies
Quantum Technologies

Quantum technologies leverage the principles of quantum mechanics to revolutionize computing, communication, and sensing. Quantum computing utilizes qubits to perform complex calculations exponentially faster than classical computers. Quantum communication ensures. . .

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Non-invasive Detection of Glucose using Planar RF Sensors
Non-invasive Detection of Glucose using Planar RF Sensors

Non-invasive glucose detection using planar RF (radio frequency) prototypes is a promising approach that leverages RF technology to monitor blood glucose levels without the need for blood samples. This method. . .

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Planar Resonator based Sensor for Adulteration Detection
Planar Resonator based Sensor for Adulteration Detection

The development of microwave sensors for adulteration detection involves a comprehensive literature survey to identify various adulterants present. A microwave resonator is designed using simulation software, leveraging the variation in. . .

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Biocompatible Antenna for Wearable Health Care Application
Biocompatible Antenna for Wearable Health Care Application

Developing biocompatible antennas for wearable healthcare applications involves integrating advanced materials and design strategies to ensure both performance and safety for human use. These antennas are critical for transmitting data. . .

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Antenna with Reduced Radiation Hazards for Wireless Communication Application
Antenna with Reduced Radiation Hazards for Wireless Communication Application

The ill–effects of the continuous exposure of radiofrequency electromagnetic radiation induced health problems on all living organisms. Main causes of these problems are due to the existence of antennas with. . .

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Development of mm Wave Antennas for 5G Communications
Development of mm Wave Antennas for 5G Communications

This project aims to develop millimetre-wave (mmWave) antennas for 5G communications, addressing the need for efficient, compact, and reliable antennas operating at higher frequencies. Based on the requirements of advanced. . .

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