I am taping out a complete transceiver that aims to demonstrate the capability of simultaneously transmitting and receiving in the same frequency through the same antenna (aka Same-Channel Full-Duplex) with a capacitance bridge. In 2018, Dr. Abhishek Kumar demonstrated this in 2.4 GHz over a 20 MHz RF bandwidth, I am extending this to show the same at 7 GHz with a 600 MHz bandwidth

 I worked at the 5G Testbed (Now called 6G TeraHertz Testbed) during my Undergraduate Studies. Our TeraHertz system that establishes a point-to-point wireless link at 270 GHz was displayed at the Indian Mobile Congress 2024. I designed the Clock Rack (Seen at left bottom of the image) to provide low-jitter reference clocks upto 100s of MHz for synchronizing our baseband units (BBUs) to GPS

 We collaborated with the IBM Qiskit Team (From both IBM Research and STFC UK) on adding natively quantum datasets to the Qiskit environment. Variational Fast-Forwarding is a pipeline introduced in 2020 to simulate atomic systems beyond coherence time on NISQ hardware. We reviewed the recent developments around this algorithm and contributed a dataset generator that can be utilized natively on quantum computing runtimes (Image adopted from Filip et al.)

 In 2023, I served as the executive head of the Social Innovation Club of IIT Madras. The club's primary focus is to build engineering solutions for socially relevant problems. During my tenure, I led a team of about 100 members and we worked on 6 projects related to assistive technology, agricultural technology and animal welfare solutions.

 I guided two teams working on using deep learning models on wearables for assisting visually-impaired and auditorily-impaired individuals with independent mobility. During these projects, I got to see the real necessity of efficient edge-inference because with the current paradigm of using GPUs for inferencing, we were limited by the power budgets expendable. This reinforced my interest in exploring emerging paradigms such as In-Memory Computing.