I design and ship applications where software, sensors, and real-time data have to work together — heritage AR, environmental dashboards, and embedded intelligence, end to end.
I'm a Computer Engineering student at Trinity College of Engineering and Research (TCOER), Pune, affiliated with Savitribai Phule Pune University. I build systems that combine software and hardware to solve real problems — AI, IoT, embedded systems, AR, and full-stack applications all sit in the same toolbox for me.
Most recently that's meant a semester interning on production web systems, leading technical coordination for a national hackathon team, and running a Linux and SQL training session for first-year engineering students as a peer educator.
Six systems spanning AR, environmental data, computer vision, and embedded sensing.
An AR-based system that translates and explains Indian cultural heritage in real time, linking an immersive frontend to a context-aware translation service.
A deployed weather intelligence platform fetching and rendering live environmental data through a responsive, real-time interface.
A hackathon platform presenting India's historical richness through an interactive UI and a dedicated heritage information system.
A malnutrition detection system combining computer vision with sensor data, pitched at the MIT ADT AI Grand Challenge.
A web and IoT dashboard tracking heart rate and mood data to surface stress patterns in real time.
An embedded system that harvests and senses ambient mechanical energy via piezoelectric materials, exploring self-powered sensing.
Real-time architectures, IoT integrations, sensor systems, and hardware-software bridging.
Scalable interfaces and backend-connected platforms built and shipped end to end.
Cloud AI concepts, intelligent workflows, data systems, and emerging embedded intelligence.
Open to collaborating on projects, hackathons, internships, or just a technical discussion about intelligent systems.