University of Jeddah Develops AI-powered Device for Early Detection of Preterm Births

Jaddah, Saudi Arabia: Researchers at the University of Jeddah have made a significant breakthrough in maternal health with the development of a new device utilizing artificial intelligence (AI) for early detection of preterm births. This innovation has the potential to improve pregnancy outcomes and reduce complications.

Early Detection for Better Outcomes

The AI-powered device leverages Internet of Things (IoT) technology to monitor the percentage of amniotic fluid, a crucial indicator of fetal health. By identifying potential issues early, healthcare professionals can intervene swiftly, promoting fetal lung development and placental health. This can significantly improve pregnancy outcomes for both mother and baby.

Award-Winning Innovation

Developed by Dr. Qamar Nayteh and Dr. Youssef Al-Sohafi from the University of Jeddah’s College of Computer Science and Engineering, the device has garnered international recognition. It received the gold medal along with a special international award at the Romania’s International Exhibition of Inventions, Innovations and Technology. This achievement highlights the caliber and global competitiveness of Saudi innovation in the healthcare sector.

The innovation offers continuous health monitoring, reducing unnecessary hospital visits for pregnant women. The device utilizes advanced ultrasonic sensors and AI to ensure high accuracy, minimizing false alarms. Additionally, remote monitoring capabilities allow healthcare providers to track the patient’s condition remotely, reducing the burden of frequent hospital visits.

User-Friendly Interface for Home Monitoring

The device boasts a user-friendly interface, enabling pregnant women to easily monitor their amniotic fluid levels at home. This empowers women to take a more active role in their healthcare and provides valuable data for doctors to make informed decisions.

The University of Jeddah’s AI-powered device represents a major leap forward in early detection of preterm births. This innovative technology has the potential to transform maternal healthcare by promoting timely intervention and improved pregnancy outcomes for countless women and babies.

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