Prototype of Neurocontrolled Robotic Prosthesis of Human Hand (JAX)

This project addresses the loss of motor functionality in individuals with hand amputations or malformations in Ecuador. Given the high costs of commercial prostheses and the lack of bionics specialists, the SMART-TECH research group proposes the development of a neuro-controlled robotic prototype. The solution uses a non-invasive brain-computer interface to capture brain waves (Alpha and Beta), which are processed to actuate servomotors integrated into a 3D-printed structure. The technical approach focuses on creating a neural signal database and designing a feedback control system. The prototype aims to emulate basic movements such as opening, closing, and pinch gripping, enhancing user autonomy and independence. Beyond its technological value, the project fosters transdisciplinary research in the fields of mechatronics and biomedicine. Expected results include the validation of the prototype under national standards and the generation of scientific knowledge. This development not only seeks to offer an affordable and functional alternative but also to promote social integration and improve the quality of life for patients, reducing dependence on caregivers and facilitating their reintegration into daily and professional activities.<br/><br/><b>Goal</b>: <br/>Develop a neuro-controlled robotic human hand prosthesis prototype using brain frequency interpretation. The project aims to restore motor functions in individuals with amputations or malformations.<br/><br/><b>Research lines</b>: <br/>engineering education