Embedded Systems & IoT
Hands-on microcontroller architecture, sensor integration, high-torque actuators, and digital circuit troubleshooting.
I am an Electronics and Telecommunication Engineering undergraduate at the Army Institute of Technology (AIT), Pune. Operating at the intersection of hardware and software, I specialize in embedded systems engineering, full-stack web development, and 3D motion design. Whether I am building IoT prototypes, deploying edge-hosted web apps, or rendering fluid physics in Blender, I love bringing complex concepts to life.
Hands-on microcontroller architecture, sensor integration, high-torque actuators, and digital circuit troubleshooting.
High-performance zero-egress web architectures, edge workers, relational serverless databases, and modern tooling.
Sculpting cybernetic assets, procedural texturing, fluid physics simulations, and commercial motion sequences rendered in Blender and Three.js.
Tuned Linux computing environments, custom tiling window managers, containerization, and automated developer tooling.
An automated pet feeder powered by an ESP32-S3, featuring a heavy-duty servo motor, I2S peripherals, custom slow-dispensing software algorithms, and an isolated external power supply to eliminate electrical feedback.
A thermal simulation and shelter recommendation platform designed and architected for the Smart India Hackathon (SIH) 2026, delivering climate-adaptive structural models, predictive insulation metrics, and emergency deployment analytics.
A full-stack educational management platform hosted entirely on the edge using Cloudflare Pages, Workers, and a D1 SQLite database, featuring low-latency role-based dashboards for admins, teachers, and students.
A wireless network analysis and signal monitoring device prototyped using an ESP32-S3 for entrepreneurship coursework, providing real-time RF scanning, packet telemetry, and visual diagnostic feedback.
A 4-motor drone frame assembled with electronic speed controllers (ESCs), an MPU6050 6-axis gyro/accelerometer sensor, and Arduino MultiWii flight control firmware calibrated for stable low-latency flight dynamics.
A personal web development portfolio and agency brand showcasing digital solutions, technical systems, interactive WebGL 3D character rosters, and an encrypted AI mission command uplink.
Organize technical workshops, manage event logistics, and design digital assets and motion graphics for campus tech initiatives. Directed marketing, visual branding, and student engagement for the flagship "BLENDER 101" workshop.
Active participant in national-level hackathons, consistently designing, building, and pitching full-stack web and embedded hardware solutions under tight 24-48 hour sprint deadlines.
Select any operative character to inspect in the 3D Studio: