International Research Journal of Education and Technology

This paper presents the design of a Voice Controlled Wheelchair tailored for individuals with physical illnesses or disabilities. The system integrates Arduino, a microcontroller, and a Geetech voice recognition module to facilitate wheelchair movement. Additionally, a battery level indicator is incorporated to monitor battery status. The primary objective of this system is to assist individuals who face challenges in mobility due to physical limitations such as impaired hands, feet, or lower body functions. By utilizing speech recognition technology, the wheelchair offers a novel interfacefor human-machine interaction.The implementation involves the Arduino interpreting commands and driving the two motors of the wheelchair based on the specified direction. This design aims to empower individuals who rely on assistance for performing daily tasks, providing them with greater independence and autonomy in mobility.

Keywords: Arduino, Battery level indicator, Ultrasonic sensor, Voice recognition module.Gear motor,LCD,Battery ,Blutooth model.