All-Oxide solar cell fabrication and incorporation of Silver Nanoparticles inside the solar cell to study the enhanced light absorption properties of solar cell.
In the conventional electrochromic device, there is separate ITO (Indium doped Tin-oxide) electrode and WO3 chromic material. As the Indium is less abundant (and hence not cost effective) we are replacing the ITO and WO3 with WAW structure which acts as both electrochromic material and electrode material. Also we are fabricating nanostructures of WO3 in the form of circular helix and square helix, which are expected to show better electrochromic behavior.
Sensor and system to count the number of metal debris coming from the exhaust of the combustion Engine. This project is to find the life time of the air engine.
Solar powered Smart Irrigation System: Depending on the need of moisture in the soils of different crops, there will be a smart in-hand control of complete irrigation system.
Feature Extraction of ECG Signal
Atmospheric Plasma processing: Working on Atmospheric plasma processing, to develop a system which can surface modify the materials to have significant change in their properties.
Humidity sensor: Nanomateiral based humidity sensor for highest sensitivity.
Non-CMOS Thin Film Transistor
Increasing the efficiency of Parabolic water heater
Polymers for MEMS applications