August 11, 2025

Design and Prototyping of a Human Prosthetic Hand Using an EEG and Force Sensor Network with Arduino Microcontroller

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The developed system enables real-time control of a prosthetic hand using EEG signals to execute multiple gestures effectively.
Real-time gesture generation involves the interpretation of a single EEG signal into five distinct movements, including opening and closing the hand.
The approach utilizes an Arduino microcontroller to operate servomotors that drive the mechanical movement of the prosthetic hand.
This innovation may improve accessibility for those with upper limb amputations, offering cost-effective solutions utilizing modern technology.

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Myoelectric prosthetic hand enables five gestures through EEG signals in amputees, suggesting advanced control alternatives.

William et al. (2025) studied this question.

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