Revolution in Campus Transportation: The Autonomous Electric Vehicle With Smart Features

This paper introduces the Autonomous Electric Vehicle with RFID Card, a ground-breaking four-wheeled vehicle meant to transform campus transportation. Through sophisticated technology and environmentally sensitive engineering, this unique vehicle embodies the confluence of autonomy, sustainability, and passenger convenience. The system design incorporates an Arduino module, RFID card technology for exact student identification, sonar sensors for obstacle avoidance, and now, a GPS tracking device for expanded functionality. The vehicle’s engine features a BLDC motor controller, a 48-volt DC battery, and a 200 W solar panel for efficient and sustainable running. Its sturdy physical design includes a unique body composed of steel and iron, as well as a solar panel that charges the vehicle’s batteries. Precise steering, powered by a 300 KG ASME digital servo motor, assures passenger safety and comfort. Passengers may not only enjoy smooth RFID card-based identification but also trace their travel in real time with the inclusion of a GPS tracking device. This Autonomous Electric Vehicle promises to revolutionize campus mobility by providing excellent speed, efficiency, obstacle avoidance capabilities, and now accurate GPS-based monitoring for an all-encompassing transportation solution.