Dr. Levin is a practicing board-certified Cardiac Anesthesiologist, Associate Vice Chair of Research and Director of Research Informatics for the Department of Anesthesiology, Perioperative & Pain Medicine, and Director of the Clinical Data Science Team for the Mount Sinai Health System. In addition, he holds joint appointments in the Department of Genetics and Genomics Sciences and Department of AI and Human Health. After graduating from M.I.T., Dr. Levin began his career by working in the software industry during the dot-com boom. Throughout his career in medicine he has continued to maintain an interest and expertise in technology and is board certified in Clinical Informatics. As Director of the Clinical Data Science Team, he has successfully overseen the implementation of a real-time multi-modal streaming data science pipeline. This pipeline is used to deploy operational machine learning models at the point of care.
Dr. Levin’s primary research interests are clinical informatics, intraoperative physiology, and perioperative genomics. His research expertise lies in designing and executing large database driven retrospective studies using high granularity EHR data. He has published multiple large cohort studies examining the relationship between intra-operative physiology and postoperative outcomes. Several of these studies have been widely cited within the anesthesiology literature, for example the finding that low intraoperative tidal volume without PEEP is associated with higher mortality. In the area of clinical informatics he has been PI or co-PI on two large pragmatic decision support trials examining the utility of machine learning generated clinical alerts to improve outcomes after surgery and prevent in-hospital clinical deterioration.
During the COVID-19 crisis Dr. Levin led a multi-disciplinary group to drive innovation in ventilators (the Mount Sinai HELPS Innovate Lab) by working with both the NASA Jet Propulsion Laboratory, and industry partners.
More recently, Dr. Levin has focused on differences in treatment and outcomes between racial/ethnic groups. He has investigated the relationship between self-reported ancestry and intra-operative blood pressure response to phenylephrine, a medication commonly used to treat low blood pressure, finding that there is a significant difference in response between patients of Hispanic, African American, and European ancestry. In the area of oximetry, he has demonstrated that cerebral oximetry monitoring devices appear to have no racial/ethnic bias, whereas pulse oximeters may.
Dr. Levin sits on the Health System Data Use Committee, where he helps ensure the protection of patient data.Google Scholar ResearchGate
- The Mount Sinai Hospital
Anesthesia, Bioinformatics, Cardiovascular, GenomicsDownload the CV