Dr. Khalpey is an internationally recognized cardiothoracic surgeon and innovator at the intersection of Artificial Intelligence, precision medicine, and cardiac surgery. Since 2012, he has served the Arizona community with distinction, leading transformative advancements in robotic cardiac surgery, regenerative medicine, and AI-driven patient care.
A graduate of Guy’s, Kings and St. Thomas’ Hospital, Barts and The London School of Medicine and Dentistry, Dr. Khalpey completed his surgical training at Brigham and Women’s Hospital, Harvard Medical School, followed by a super-fellowship in mechanical circulatory support at Columbia University. He earned a Ph.D. in Cardiothoracic Surgery, Bioenergetics, and Cardiac Transplantation from Imperial College London, conducting research across Mayo Clinic, Harvard, and the University of Gdansk.
Dr. Khalpey has received numerous honors, including the Solly Medal for Surgery, the Hunterian Medal and Lifetime Professorship from the Royal College of Surgeons of England, the Distinguished Fulbright Chair in Medical Sciences (2016), and the Robert Wood Johnson Foundation Grant (2020) for AI work on silent hypoxia in COVID-19.
At HonorHealth, he leads cardiovascular AI strategy and directs the Artificial Heart Program, specializing in robotic coronary bypass, mitral valve repair, robotic-assisted atrial fibrillation ablation, and the use of total artificial hearts and mechanical support devices in advanced heart failure. He is also co-founder of ATARI, where he leads collaborative research translating AI innovations from code to clinic.
Dr. Khalpey’s research includes over 400 peer-reviewed publications (h-index >36) and multiple patents, focusing on predictive analytics in atrial fibrillation, cardiac frailty, sudden cardiac death, and heart failure. He is building federated AI ecosystems using real-world data to inform next-generation clinical tools.
Outside of his groundbreaking work, Dr. Khalpey prioritizes his family, enjoying time with his wife, a physicist, and their four childrren.