Building machines that defy gravity — from custom flight controllers to fully autonomous drones, engineered in India, tested at the edge.
I'm Anurag Biswas, a third-year B.Tech CSE student at Adamas University, West Bengal — and I build things that fly. My journey started at age 10 tinkering with circuits, and grew into a full engineering practice across drones, embedded systems, IoT, and healthcare tech.
As Student Coordinator of the Adamas Robotics & AI Club, I lead hardware-heavy projects, mentor peers, and push what a student team can build. From custom PCB flight controllers to wearable health monitors — I operate across the full embedded stack.
Every drone I build is a problem I solved — in airframe physics, RF propagation, firmware, or signal integrity. Thirteen and counting. All made in India.
Certified by the Directorate General of Civil Aviation — India's apex aviation authority — to operate Unmanned Aircraft Systems commercially and in regulated airspace. One of the few student pilots in West Bengal to hold this certification.
From GPS-guided survey drones to wearable health monitors, every build is a new problem solved — in hardware, firmware, RF, or systems design. All engineered in India.
Betaflight-tuned freestyle and racing builds with custom PID profiles, high-refresh ESC configs, and analog/digital FPV video stacks. Built for precision, speed, and real-world durability.
ArduPilot-based platforms with full waypoint navigation, return-to-home, and terrain following. MAVLink telemetry piped into custom GCS dashboards written in Python.
Designed and built a full 12-inch hexacopter from scratch — custom frame geometry, motor selection for heavy-lift, ESC calibration, and GPS-assisted autonomous flight.
Designed STM32-based FC boards from scratch — IMU integration, barometer, custom bootloaders, and ported firmware. Real PCB design, real hardware, flight-tested results.
Long-range video transmission and custom telemetry radio builds. RF link analysis, antenna design, and encrypted bidirectional datalinks engineered for real-world range.
A wearable health monitoring device for elderly users — real-time vitals tracking, compact wrist form factor, and continuous sensor data pipeline. IoT meets healthcare at the wrist.
A dedicated embedded monitoring system — real-time feedback via custom sensor firmware and data acquisition logic for reliable healthcare applications.
A fully indigenous drone platform — from frame and electronics to firmware and ground control. Every component choice prioritizes homegrown engineering. Atmanirbhar in aerospace.
Started tinkering with basic electronics — resistors, LEDs, breadboards, and batteries. That curiosity about "how things work" became an obsession that never left.
Picked up ESP8266 and ESP32. Dove deep into Wi-Fi-connected embedded systems, sensor networks, and IoT protocols. Built first connected devices — data loggers, remote actuators, live sensor dashboards.
Enrolled in Computer Science Engineering with a clear mission: use software to make hardware smarter. Found a community of builders at the Robotics & AI Club and never looked back.
Started serious drone engineering — studying ArduPilot, Betaflight, and iNAV from source code upward. Took on Student Coordinator role at the Robotics & AI Club. Cleared the DGCA UAS pilot exam — one of the few certified student pilots in West Bengal.
Designed and spun a custom STM32 FC PCB. Built the 12-inch hexacopter from zero and completed first FPV build. Branched into healthcare — started embedded projects for real-time medical monitoring.
Built a watch-style health wearable for elderly users. Completed flap monitoring system. Shipped custom long-range video system. Built a fully indigenous Made in India drone platform. 13+ builds and still climbing.
A browser-based drag-and-drop track designer for line-following robots. Place straights, curves, junctions and special pieces on a canvas, then export to PNG or print-ready PDF tiles.
Open TrackLab