47th National Science & Technology Week 2026
Next-generation autonomous rover. Powered by dual-core ESP32 architecture, hybrid sensor fusion, and real-time AI telemetry.
Engineered for precision, safety, and real-time environmental awareness.
Dedicated ESP32-CAM for live vision and motor control, communicating via UART with an ESP32 DevKit handling logic and sensor fusion.
Center-mounted VL53L0X LIDAR paired with dual ultrasonic sonars mounted on SG90 servos for complete spatial mapping.
Physical and digital alert system predicting collisions. Automatically triggers an emergency motor shutoff (Code A1) upon danger detection.
Onboard Neo-6M GPS module constantly feeds location coordinates to the dashboard for outdoor mapping and recovery.
Powered by a 3x 18650 battery bank via an L298N driver and LM2596 buck converter. Stabilized by a master 2200µF + dual 1000µF capacitor array to prevent brownouts during heavy motor spikes.
Judges and viewers can monitor the rover's vital stats, radar distances, and live video feed locally via our custom-built WebSocket protocol.
Durjoy-ZMN
The engineering minds behind Project Epsilon.
আহাসান হাবিব খান
Ahasan Habib Khan
খন্দকার নাজ্জার হাবিব
Khondokar Najjar Habib
মাহিন আব্দুল্লাহ
Mahin Abdullah
মেহজাদ যুবায়ের
Mehjad Jubayer
তাহমিদ তাসরিফ লিরিক
Tahmid Tasrif Lyric