Current Students

Working on Lasers and beam combination. Also working on High Energy Systems & Sciencee with He-Ne ring laser gyroscopes.

Working on new adaptive control technique for on-chip power management circuit which provides multiple output voltages.

Working on design and development of All-Optical DSM and A/D converter.

Working on development of a very high power pulse in the range of MW with short time period of nanoseconds. The purpose of the pulse is to disable or destroy circuitry or to cause failure of electronic systems.

Working on development of Mathematical models for RF Inductors incorporated with domain controlled permalloy material.

Working on development of on-chip sensor which senses presence of virus using RF waves.

Working on design and development of novel A/D converter IC.

Working on implementation of novel FFT algorithm on Hardware especially on FPGA.

Working on design and development of Nutrient value identification system using Near Infrared Spectroscopy

Working on design and development of Broadband RF Transciever

Working on Power Distribution Algorithms in Auto-Driver Cars

Working on Optical device development for measuring water quality

Working on development of an algorithm for measurement of blood pressure using Electrocardiogram's and Photoplethysmograph's readings. This will help in having non-invasive and continuous blood pressure readings which can help in detection of Hypertension like diseases before hand. This will also eradicate the requirement of Inflation band as required in conventional sphygmomanometer and digital BP machines.

Working on utilizing electrical properties of biological systems and using that as a basis of detection of antigens..

Working on development of system consist of controller, sensor and transceiver for IOT to measure flow rate and quantity of water.