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Cardiovascular engineering is a field encompassing diverse subjects tied to the cardiovascular system's operations, disease processes, and therapeutic solutions. This discipline bridges fundamental science with clinical applications, operating across scales from molecular interactions to whole-body systems. Investigations in cardiovascular engineering explore fundamental biological processes while creating diagnostic tools, treatments, and medical devices that significantly improve patient outcomes for heart conditions. Although diagnostic and therapeutic capabilities have advanced considerably, cardiovascular disorders continue to be the primary mortality factor in industrialized nations. Cardiovascular engineering research employs cutting-edge methodologies including molecular biology, biomedical instrumentation, multi-modal imaging, computational analysis, artificial intelligence, mathematical modeling, and advanced computing systems. This multidisciplinary approach provides graduate students with comprehensive training in physiology, cardiac pathology, and medical technology, preparing them exceptionally well for academic or industrial careers. The curriculum integrates foundational coursework from multiple departments with specialized instruction and hands-on laboratory work. Given Utah's strong research focus in cardiovascular engineering, students benefit from exceptional opportunities to collaborate with leading specialists and participate in cross-disciplinary research initiatives alongside fellow investigators and trainees.