UAE University Develops Advanced Non-Invasive Blood Flow Monitoring Device

UAE University Team Creates Advanced Non-Surgical Blood Flow Monitoring Device

A novel non-invasive blood flow monitoring tool has been created by researchers at the United Arab Emirates University (UAEU) that measures vital physiological parameters like blood flow velocity and viscosity using piezoelectric pressure sensors. The new technology offers improved accuracy and affordability compared to the current systems, making it suitable for use in both at-home monitoring and clinical settings.

By producing electrical fields in response to mechanical stress, the device helps detect possible health hazards such as blood clots in real time. The project’s objective was to improve existing technologies so that both patients and healthcare practitioners could use them more easily and effectively, according to Professor Mahmoud Al Ahmad, who oversaw the research. Four undergraduate students also benefited greatly from the study project, which gave them experience in scientific research.

Looking ahead, the research team plans to integrate artificial intelligence into the system to further boost its capabilities, expanding its applications and efficiency. This technological development supports the UAE’s strategic objective of fostering domestic healthcare innovation and reducing its dependence on foreign medical supplies.

This innovation will help the UAE transition to a knowledge-based economy by fostering the expansion of the medical device manufacturing sector. It also demonstrates the country’s commitment to raising global healthcare standards by making medical diagnostics more affordable and accessible, which will ultimately help both domestic and foreign healthcare systems.