At Jouleless, we are dedicated to revolutionizing the IoT industry with our innovative batteryless sensors. Our technology addresses the limitations of traditional power sources, paving the way for a more sustainable and scalable future for IoT devices.I've been instrumental in developing and executing our business strategy, leading to the successful fundraising of around 15 lakhs and the establishment of key partnerships. Our incubation with PIEDS at BITS Pilani has provided critical support, helping us refine our technology and expand our market reach.

As a student researcher in the fully funded SPARK program, I contributed to the Vehicle-to-Vehicle visible light communication project. My role involved measuring the relative efficiency between different lights, utilizing the On-Off Keying (OOK) protocol to test the output, and employing Arduino for system development.Our team focused on developing a proof of concept for both half and full duplex communication using appropriate communication protocols. This research aimed to advance vehicle communication systems, potentially enhancing safety and efficiency on the roads, while providing me with hands-on experience in cutting-edge technology.

As Chair of a club dedicated to supporting women's presence in technology, I led initiatives to drive engagement and growth. Under my leadership, we organized impactful hackathons, AI Karaoke events, and workshops in collaboration with prestigious partners like NVIDIA. I also fostered teamwork and collaboration within the club, gaining invaluable experience as both a manager and a developer.

I was involved in advancing the efficiency of self-powered neutron detectors (SPND). My work focused on analyzing mathematical models to enhance the detectors' efficiency, proposing methods that could boost efficiency by over 30%. I used MATLAB to simulate these improvements and studied the response of Cobalt SPNDs to sudden increases in neutron flux levels. Additionally, I worked on implementing an Extended Kalman Filter to reduce noise in the response, further refining the accuracy of these detectors.