Sohar University Students Develop Smart Bracelet to Detect Epileptic Seizures

In a groundbreaking development, two students from Sohar University in Muscat, Oman, have created a smart bracelet that can detect epileptic seizures using cutting-edge wearable IoT technology and a mobile application. Aisha Al Omaria and Lamia Al Saadiya's innovative device promises to enhance the quality of life for individuals living with epilepsy by providing accurate seizure monitoring and facilitating timely assistance.

Why this matters: This innovative device has the potential to significantly improve the lives of millions of people worldwide who suffer from epilepsy, providing them with a sense of security and independence. Moreover, this technology can pave the way for further advancements in wearable IoT technology, leading to breakthroughs in the detection and management of other medical conditions.

The smart bracelet boasts an array of advanced features designed to effectively detect and respond to epileptic seizures. By monitoring two key indicators—muscle electrical activity and heart rate—the device can accurately identify the onset of a seizure. Upon detection, it sends wireless alerts to caregivers via phone calls, text messages, and audible alerts, ensuring prompt attention and support.

The accompanying mobile application offers a comprehensive platform for monitoring vital signs and tracking seizure occurrences. The device itself comprises an EMG measuring device, a heart rate sensor, internet connectivity, and tracking capabilities, alongside other electronic components. The smartphone application features separate sections for doctors and patients, providing valuable medical and therapeutic information.

The development of the smart bracelet involved thorough planning, research, and analysis of market needs and available technologies. To ensure its effectiveness and accuracy, the bracelet underwent rigorous testing on a selected group of patients. Following successful testing, the bracelet proceeded to mass production, marketing, and distribution stages. Post-sales support, including technical assistance, maintenance, and product updates based on user feedback and technological advancements, is also provided.

The primary objective of the smart bracelet is to enhance the quality of life for epilepsy patients by accurately monitoring seizures and facilitating timely assistance. It also aims to raise awareness about epilepsy and proper patient care. Ongoing efforts include enhancing the bracelet's accuracy through sensor technology improvements and expanding the application's features and usability. Plans include broadening clinical trials to validate the device's efficiency comprehensively.

The smart bracelet developed by Aisha Al Omaria and Lamia Al Saadiya represents a significant step forward in utilizing wearable IoT technology to improve the lives of individuals with epilepsy. With its advanced features, comprehensive monitoring capabilities, and dedication to patient well-being, this innovative device has the potential to revolutionize epilepsy management and care.

Key Takeaways

• Two students from Sohar University created a smart bracelet to detect epileptic seizures using wearable IoT tech.
• The bracelet monitors muscle electrical activity and heart rate to accurately detect seizures.
• Upon detection, it sends alerts to caregivers via phone calls, texts, and audible alerts.
• The accompanying mobile app tracks vital signs and seizure occurrences, providing valuable medical info.
• The device aims to enhance epilepsy patients' quality of life, raise awareness, and facilitate timely assistance.