ENHANCING PROSTHETIC FUNCTIONALITY: A NOVEL APPROACH WITH MYOELECTRIC BIONIC ARM DESIGN

This study presents the design and development of an advanced myoelectric bionic arm, integrating Myoware EMG sensors, a microcontroller, and optimized actuators to enhance prosthetic functionality.The system captures muscle signals in real-time, processes them via a microcontroller, and translates them into precise motor-driven finger movements.Machine learning algorithms improve signal interpretation accuracy, ensuring responsive and natural hand motion.The prosthetic arm is designed for comfort, durability, and seamless daily use, offering greater dexterity and control compared to traditional prostheses.The results highlight the potential of adaptive control mechanisms in improving prosthetic accessibility and user independence.This research contributes to the advancement of intelligent, high-performance prosthetic devices, bridging the gap between biological and artificial limb function.