EEE Student @ CET · IoT + Embedded Systems + ML · Graduating 2027
3rd-year Electrical & Electronics Engineering student at College of Engineering Trivandrum (CGPA: 8.15), graduating May 2027.
I build systems where hardware meets intelligence — working at the intersection of embedded systems, IoT, and applied machine learning. Passionate about creating innovative, real-world solutions that bridge circuit design, Python, C, and cross-platform development.
| 🏆 Top 10 / 133 teams | Satwa25 National Hackathon — built Trash Nada (AI + IoT waste system) in 36 hours |
| 🔋 Trophy & Certificate | Allianz Risk Consulting Compass-360 Expo — LithiumSense BMS with <500ms emergency response |
| MeitY-funded Drone/UAS Bootcamp, NIT Calicut — glider flight competition | |
| 🏭 Industry | IoT Intern @ Keltron · Industrial Trainee @ Bosch Rexroth |
Embedded & IoT
ML & Vision
Simulation & Design
Development
| Project | What it does | Stack | Result |
|---|---|---|---|
| Trash Nada | AI-powered waste classification + real-time IoT monitoring for optimized sorting & disposal | Python · ML · ESP32 | 🏆 Top 10 / 133 teams at Satwa25 National Hackathon |
| Gesture Interface | Hands-free game control via computer vision and hand gestures | Python · OpenCV · Arduino | Real-time gesture detection (Tesla project prototype) |
| Solar PV MPPT | MPPT algorithm simulation comparing Perturb & Observe vs Incremental Conductance for maximum energy harvest | MATLAB · Simulink | Performance analysis of two industry-standard MPPT techniques |
| NOT_KTU | Satirical university results portal with interactive UI and audio easter eggs | JS · Tone.js · Tailwind | Selected for TinkerHub Useless Projects 2.0 |
current_work = {
"Solar PV + MPPT": "MATLAB/Simulink — comparing P&O vs Incremental Conductance for real-world efficiency gains",
"Caterpillar Challenge": "ML-based PI controller gain tuning for Buck-Boost converter (MATLAB/Simulink)",
"PgBee App": "Flutter frontend — PG & hostel discovery platform (startup project)",
}