About

A novel non-invasive quadruple biosensor and health risk evaluation system. Tested device on 100 patients with 93% accuracy; enabled stratification of 10+ diseases; highlighted how inequality extends even into healthcare.

I developed a system that converts industrial carbon dioxide waste into biomass using algae. To make the system and its model more accurate, I collected emission data and pitched model to local factories like Shree Krishna Rolling Mills (SKRM).

A solar-powered groundwater pump for wildlife in arid zones with built in AI sensors. Affiliated with Rajasthan Forest Department; advanced clean energy; research presented at international conference (ICIMA’25) and published by IEEE. Research also available on ResearchGate, Semantic Scholar, doiSerbia, J-Global, etc.

Worked with University of Pennsylvania Postdoctoral Researcher Dr. Raghav Garg on a research that analysed waste-based cross-linkers and explored guar-gum as a biodegradable matrix in drug delivery systems.

Developed a colorimetric pesticide detector using indoxyl dye and enzymes to identify organophosphates. Noticed rising pesticide-related cancer cases in the Malwa region, took action to enable real-time detection in 20 minutes.