The PulseVAD project at KFUPM's Interdisciplinary Research Center for Bio Systems & Machines is at the forefront of transformative healthcare technology, specifically aimed at improving the functionality and adaptability of ventricular assist devices (VADs) used in the treatment of advanced heart failure. Conventional VAD systems operate on a fixed-speed setting that lacks responsiveness to the patient's variable physiological demands. In contrast, PulseVAD leverages advanced artificial intelligence (AI) algorithms to monitor and analyze a range of real-time physiological data, including heart rate, blood pressure, and cardiac output. This continuous data feed allows the AI to adjust the VAD's pumping speed dynamically, ensuring optimal synchronization with the patient's current

cardiac status. The next phase involves developing an experimental mock loop that mimics the circulatory system, allowing the simulation and control of heart muscle contractions, and facilitating the validation of the device performance. Through our precise development approach, we harness the significant potential of PulseVAD to enhance life expectancy and quality of life. This innovative technology not only supports patients as they wait for organ transplants but also has the potential to reduce the overall demand for transplants. At the forefront of medical innovation, PulseVAD presents a unique opportunity to drive transformative change in patient care with groundbreaking technology that revolutionizes cardiac support systems. This project is unique to the Kingdom and paves the way for further innovation of medical devices.