I'm an undergraduate at IIT Bombay, eager to collaborate on innovative projects that harness my inquisitiveness in AI, Start-ups, Racecars and Aerospace!
I currently am the tech lead for the Software (Controls, Communications and Data Acquisition) Subsystem of the team where we build a full fledged Electric Racecar from scratch.
I’ve worked on a wide variety of projects exploring LLMs, computer networks, reinforcement learning, deep learning, and blockchain so far.
I've strategized large scale events (on behalf of IIT Bombay Racing and E-Cell IITB), built business models and financial plans around ideas for startups and am running a side hustle that leverages AI.
I believe that we all share a common goal – to create a better future for humanity by harnessing the power of technology. My driving force is rooted in the following values: relentless curiosity, audacious vision, and unwavering determination. I strive to contribute to the world by pushing the boundaries of what's possible and maximizing the positive impact of technology on society.
As the tech lead for the software subsystem, I had an opportunity to represent India alongside our skilled contingent. With a focus on the car's ECU, CAN, and DAQ, we had a successful Engineering design event at UK.
As a Lead Event Strategist for Oracle RedBull Racing X IIT Bombay Racing, successfully orchestrated a large-scale event with 3000+ attendees, which featured 18 RedBull Racing Engineers visiting our lab, an insightful engineering session led by one of the engineers, and the grand unveiling and demonstration of the RedBull RB7 race car.
In this project, I explored neural architectures like CNNs, GANs, and DCGANs. With deep learning as my compass, I navigated from MNIST dataset digit classification to transforming satellite images into conventional maps, which could be a thing for AI-driven cartography.
At NoteAI, we crafted a fully automated solution to support IIT Bombay students during endsem preparations with timely and helpful AI generated notes. It currently has achieved a favorable unit economics milestone, reflecting a sustainable and profitable model.
In this dive into computer networks, I built a Python-based simulation of the spanning tree protocol, classifying network ports while unraveling the algorithm's intricacies. Meanwhile, I navigated the world of TCP with Wireshark, examining data packets during file uploads and video calls.
I developed a comprehensive Data Acquisition terminal using MATLAB for IIT Bombay Racing. With the ability to load and process MDF files, visualize sensor data, and store plots, the terminal can prove to be a valuable tool for post-run analysis and fine-tuning our car's performance
Now that you know a lot about me, send a message if you wanna talk about anything from pizzas to spaceships!