Wednesday, 20 May, 2026
A smart glove offers hope to Parkinson

A Smart Glove Offers Hope to Parkinson's Patients: A Unique Student Innovation in Biomedical Engineering at Emirates International University

 

University Media

 

In an academic display embodying the spirit of innovation and excellence, a group of students from the Biomedical Engineering Department at the College of Engineering and Information Technology at Emirates International University presented their unique graduation project, titled: “The Parkinson's Glove: A Smart Wearable Device to Reduce Tremors,” as part of the requirements for a Bachelor of Science degree in Biomedical Engineering.

 

The project reflects the advanced level achieved by the university's students in utilizing modern technologies and smart systems to serve humanity and address health challenges through innovative solutions that combine engineering knowledge with a humanitarian perspective.

 

The project was presented by students: Khalid Mohammed Salem Bin Lasoud, Abdullah Mohammed Ahmed Al-Arshi, Ahmed Hashem Ali Al-Habashi, Ahmed Abdullah Salem Khaba, and Mohammed Abdullah Yahya Bahashwan, under the supervision of Professor Dr. Mohammed Al-Alfi.

 

 The discussion committee consisted of: Professor Mohammed Al-Alfi, Professor Radwan Al-Badhiji, Professor Farouk Al-Fahidi, and Professor Malek Al-Jabri, in the presence of the Dean of the College, Professor Ibrahim Farea.

 

The project targets patients with Parkinson's disease, a neurodegenerative disorder that affects movement, causing tremors, stiffness, and slowness of movement. The team designed and developed a wearable, haptic, vibrating smart glove aimed at reducing tremors and improving hand stability through advanced vibration-based sensory stimulation.

 

The glove utilizes an integrated technological system that includes an MPU6050 motion sensor to monitor hand movement, along with an ESP32 microcontroller that analyzes motion data and controls the sequential and controlled operation of vibration motors using precise pulse timing technology, providing the user with a controlled sensory response. The glove is designed to be lightweight and comfortable for daily use, incorporating a rechargeable lithium battery and a safe charging system via a Type-C port, enhancing the device's efficiency and portability.

 

 This project represents an advanced model of applied and research-based education at Emirates International University, demonstrating students' ability to transform theoretical knowledge into practical innovations that serve society and keep pace with global developments in biomedical engineering and wearable smart technologies.

 

This achievement underscores Emirates International University's commitment to building a stimulating academic environment for creativity and scientific research, and to developing qualified professionals with the technical skills and ability to develop innovative solutions with a human and developmental impact, thus reinforcing the university's position as an incubator of excellence, innovation, and future-oriented development.

 

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