Our projects are a reflection of rigorous problem-solving, interdisciplinary collaboration, and a commitment to technical excellence. Whether in embedded systems, software engineering, or AI-driven solutions, each initiative represents a hands-on approach to learning and innovation in real-world contexts.

An electric Maruti 800 with a custom battery and ESP32 telemetry. Features include GPS, regenerative braking, solar charging, mobile app integration, a 60 km/h top speed, and 80ā100 km range.

A connected e-bicycle featuring a 36Vā42V battery, ESP32-based telemetry, GPS tracking, and Pedal Assist Sensor. Delivers up to 40 km/h speed, 35ā40 km range, solar charging, and mobile app integration.

A multi-drone system using Python and DroneKit for coordinated flight. Implements swarm intelligence, obstacle avoidance, master-slave control, gripper mechanism, and color-based object detection.

A fully autonomous biomimetic underwater robot using AI vision and fin-based propulsion for silent navigation, marine life detection, and aquatic mapping.

An autonomous robot using the Flood Fill algorithm for maze solving. Equipped with IR and proximity sensors for real-time mapping, efficient navigation, and path optimization.

A six-legged robot using an Arduino Mega and 18 servos for precise movement and multiple gaits to navigate uneven terrain with superior stability and reliable performance.

A remote-controlled car using Arduino Uno. It receives commands from a hand gesture remote via an NRF Module, controlling movement for a compact, low-cost robotics project.

An electric propulsion prototype that ionizes xenon to produce efficient, combustion-free thrust for advanced space applications like satellite maneuvering with incredible speed and precision.

A custom foam board glider with high-aspect-ratio wings and a radio receiver. It features a servo-controlled elevator and rudder, and is optimized for stable soaring and responsive flight.

A reliable access control system integrating RFID, Arduino, Firebase, and NodeMCU. Supports authentication, I2C communication, and cloud-based access management for smart environments.

An AI-powered, 5G-enabled autonomous seed sowing machine designed for precision farming. Adapts dynamically to soil, seed, and weather conditions while providing real-time monitoring through a mobile application to improve crop yield.

A bio-inspired ornithopter featuring coordinated flapping wings, designed to achieve efficient aerodynamic performance, precise servo-based control, and optimized mechanical transmission for low-noise aerial operation.