I am a physician-scientist, healthcare innovator, and pediatric cardiologist with research and clinical interests in: -Wearables and other noninvasive biosensors that generate continuous physiologic data. This can be used to develop predictive and prescriptive analytics -Big data, artificial intelligence/machine learning, and predictive analytics applied to time series and imaging datasets -3D printing, 3D modeling, 3D visualization, virtual reality, and augmented reality for improved visualization of and pre-interventional planning -Cardiovascular MRI -Development and validation of new, advanced cardiac MRI techniques for use in pediatric cardiology/congenital heart disease I have advised device companies on how to increase their total addressable market and improve clinical utility and practicality. I have also worked to improve image processing for cardiovascular MRI. I am a physician-scientist, healthcare innovator, and pediatric cardiologist with research and clinical interests in: -Wearables and other noninvasive biosensors that generate continuous physiologic data. This can be used to develop predictive and prescriptive analytics -Big data, artificial intelligence/machine learning, and predictive analytics applied to time series and imaging datasets -3D printing, 3D modeling, 3D visualization, virtual reality, and augmented reality for improved visualization of and pre-interventional planning -Cardiovascular MRI -Development and validation of new, advanced cardiac MRI techniques for use in pediatric cardiology/congenital heart disease I have advised device companies on how to increase their total addressable market and improve clinical utility and practicality. I have also worked to improve image processing for cardiovascular MRI.

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  Director of Cardiovascular Innovation at Cleveland Clinic in Realize Medical

  Giving doctors super powers