The Journey

I am a Computer Science & Business Systems student at BMS College of Engineering, Bengaluru. I build software, web applications, and embedded hardware designed to solve practical problems for real people.

My work spans clean frontend UIs, backend API logic, and hardware microcontrollers. I focus on building straightforward tools that people can easily use.

Every project I've built was created to solve a real headache. NotesCSBS was built to organize scattered college study notes. Jaipur Ride was made so commuters don't have to decipher confusing messages to catch the metro.

I believe in getting working prototypes into users' hands quickly—build the core app, test it with real users, fix what breaks, and refine it based on real feedback.

Software is great, but combining it with hardware creates tangible impact. Working on PulsePredict (Vital Health Tech) taught me how software connects with real-world sensors.

Building an affordable wearable for elderly safety meant tuning motion sensors to prevent fake fall alerts and making reliable tech accessible to everyday families.

My engineering philosophy focuses on building scalable software architectures, interactive developer portfolios, and advanced physical hardware systems. I specialize in designing fullstack web applications and SaaS platforms optimized with pessimistic transaction locks, composite index lookups, and real-time database subscriptions.

In robotics and embedded systems engineering, my research investigates cooperative pathfinding, multi-agent autonomous underwater vehicle coordination, and sensor fusion navigation algorithms. Fusing data from Doppler Velocity Logs and Inertial Navigation Systems using Extended Kalman Filtering, I design robust, human-supervised control loops. By writing low-level microcontroller firmware under FreeRTOS, I build responsive physical instruments, gestural synthesizers, and health wearables that bridge the digital-physical divide.