Electronics & Telecommunication Engineering @ Jadavpur University | Undergraduate Researcher | Avionics & Edge AI
Electronics Lead & Co-Founder of Team Antarez. I split my time between debugging I2C buses at 2am, simulating rocket stability margins, and convincing sensors to agree with satellites. Currently building hardware that flies, survives tropical storms, and occasionally doesn't catch fire.
| Domain | Current Work | Reality Check |
|---|---|---|
| IoT & Edge AI | FreeRTOS + TinyML biometric system (ECG, SpO2, GSR) | Making an ESP32 do real-time stress analysis, it's stressed too. |
| Avionics & Rocketry | Interceptor V1 dual-stage sounding rocket | Mach 0.33 simulated. Significantly faster than my campus bus. |
| Satellite Research | 5-node WSN for NASA SMAP ground-truth validation | Put sensors in tropical dirt so a satellite doesn't have to guess. |
| Aerodynamic Simulation | Cessna 210 VLM analysis in OpenVSP/VSPAERO | I've stared at lift-slope derivatives longer than I've slept this semester. |
- Hardware & Prototyping: ESP32, Raspberry Pi, KiCAD (PCB), Fusion 360 (CAD), SMA RF Optimization
- Software & Simulation: C/C++, Python, OpenVSP, OpenRocket, PlatformIO, LaTeX
- Protocols & RTOS: I2C, SPI, UART, ESP-NOW, FreeRTOS, LwIP/NAPT
- ML & Edge: TensorFlow Lite, TinyML on constrained hardware
- Documentation: LaTeX — because Word is a cry for help
"Robustness Evaluation of a Low-Cost WSN for Satellite Ground-Truthing under Extreme Tropical Weather Events" ResearchGate Preprint, 2026 — Submitted to IEEE InGARSS 2026
A solo research effort validating NASA SMAP soil moisture data against a self-engineered 5-node sensor network through an actual tropical storm. The network held. The researcher nearly didn't.
🔗 DOI: 10.13140/RG.2.2.25746.00967
- 🥇 Solar Vision — Kshitij '26 (IIT KGP): Kinetic Miura-Ori solar facade. Origami, but with actuators and higher stakes.
- 🥇 Wings of Words — Stratosphere & IMech JU: Convinced a room of engineers that orbital skyhooks are viable. They gave me first place. Still not sure if they believed me.
- 🥈 Mazecraft — Trajectory '26 (JU): Sensor fusion stack for autonomous maze navigation. The robot handles uncertainty better than I do.
- 🥈 Case-O-Mania — Srijan '26 (JU): Fluid dynamics and forensic engineering. Because regular engineering wasn't dramatic enough.
- 🥈 Freeze Frame — ISHRAE JU: EV thermal management analysis. Keeping batteries cool is harder than it sounds.
- 🥉 Case Study — NSSC '25 (IIT KGP): Lunar mission architecture and orbital mechanics under competition pressure.
- Finalist | Abol Tabol — Convolution '26 (JU): Technical satirical presentation. Proof that engineers can, occasionally, be funny.
