Developing a Cost-Effective Electromyography Armband for Prosthetic Arm Control

This research focuses on developing a low-cost electromyography (EMG) armband for prosthetic arm control, to create a locally produced alternative to expensive imported devices. EMG armbands are essential for muscle-based prosthetic control, but their high-cost limits access for many individuals with upper limb loss. By creating an affordable solution, this project aims to make prosthetic technology more accessible in resource-limited regions. The project will focus on selecting appropriate hardware and signal processing methods to ensure reliable muscle signal acquisition and control. By using commercially available components and optimizing signal interpretation, the design will offer a cost-effective way to control prosthetic limbs. If successful, this research could improve the availability of affordable, functional prosthetics for those who need them most.