CS Circle
UCP Gujranwala
UCP Gujranwala
Embedded Systems • Arduino • Robotics
An assistive mobility solution developed to improve independence, safety, and convenience for elderly and physically disabled individuals. The wheelchair combines manual joystick navigation, autonomous line following, and intelligent obstacle detection into a single Arduino-powered system.
The Builders
Three engineers who took this wheelchair from a sketch to a working, sensor-driven machine.
This Arduino-powered smart wheelchair demonstrates how affordable embedded systems can enhance mobility assistance. Users can manually control the wheelchair using a joystick, allow it to follow predefined paths through IR sensors, or rely on ultrasonic sensing to detect and avoid obstacles for safer navigation.
The project showcases how low-cost Arduino hardware, embedded programming, and sensor integration can be combined to create an intelligent assistive mobility solution. It demonstrates practical applications of robotics, automation, and embedded systems while promoting safer and more independent transportation for people with mobility challenges.