Cardiovascular conditions continue to claim lives at an alarming rate, with one death every 34 seconds in the U.S. alone. With timely diagnoses facilitated by our innovative methods, patients will receive earlier referrals to medical teams, leading to improved outcomes and a higher quality of life. Our research primarily centers on the analysis of body vibrations, with the aim of transforming our solutions into powerful bedside or cost-effective home monitoring tools through close collaboration with clinical and industrial partners. Our ultimate goal is to reduce mortality rates, optimize medical therapy, reduce hospital stays, and improve the lives of patients affected by cardiovascular diseases.
Trained Mentees
Pending & Active Patents
Scientific Papers
We develop a technology that transforms ordinary smartphone cameras into cardiac imaging tools, enabling the extraction of key cardiac health metrics from simple chest videos.
We are dedicated to developing innovative and noninvasive methods for monitoring and early diagnosis of cardiovascular diseases by measuring and analyzing cardiovascular-induced vibrations on the body surface.
Learn MoreAli is developing cardiovascular digital twins through computational modeling. These models aim to simulate and predict cardiovascular signals and parameters across various conditions, enabling new diagnostic methods.
Muntasir is developing contactless methods to measure the vibrations generated by the cardiac activities such as valve opening and closure, facilitating noninvasive gathering of critical diagnostic information.
Assistant Professor of Bioengineering
Principal Investigator
Dr. Amirtahà Taebi is an Assistant Professor of Bioengineering at Lehigh University. He is a recipient of the National Science Foundation (NSF) CAREER award and was named an ASME Rising Star of Mechanical Engineering. He was also recognized with an honorable mention for the Skalak Award by the ASME Bioengineering Division.
His work focuses on developing AI-powered sensing technologies, wearable and contactless monitoring systems, and digital twin modeling to advance noninvasive cardiovascular diagnostics. His research has been supported by local, state, and federal agencies, including the NSF, NIH, and Mississippi Institutions of Higher Learning.
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