The Boyle Lab develops and deploys Computational Cardiology tools to explore sudden arrhythmic death, atrial flutter/fibrillation, cardiac regenerative medicine, optogenetics, and mechanisms of conduction failure. These problems are part of an enormous global health concern, especially since heart rhythm disorders are becoming more prevalent as the number of elderly individuals continues to grow. This work is highly interdisciplinary and often involves frequent and intense interaction with collaborators including high performance computing experts, wet lab biologists, optics researchers, medical imaging specialists, and cardiologists conducting procedures to treat arrhythmia in patients. Simulations conducted in our models can help reveal complex disease mechanisms and help develop transformative new therapeutic approaches for cardiac electrophysiology procedures. Ultimately our goal is to pave the way towards computationally-augmented clinical strategies that are precisely custom-tailored to each patient’s unique profile, including features like anatomical structure, disease-related remodeling, and genetic variability.My career highlights include the following: • 45+ papers, collectively cited 1000+ times (h-index: 19), see Google Scholar for a complete list (https://goo.gl/PZYDG2)• Publications in high-profile journals that appeal to diverse audiences (e.g., Nature Comms, Nature Biomed Eng, PNAS, JCI, Circulation, Heart Rhythm, Cardiovascular Research)• 35+ invited lectures, including presentations at best-in-class international meetings for several fields (e.g., American Heart Association, Heart Rhythm Society, BMES, IEEE Engineering in Medicine and Biology Conference, SIAM Computer Science & Engineering, GRC on Cardiac Arrhythmia Mechanisms)• Coverage in national and international media outlets (e.g., NPR, the Economist, the Baltimore Sun, CBC)• Track record of obtaining research funding from a variety of sources (NSERC, AHA, NIH)