I am a medical device professional with over 15 years of experience in clinical and translational research and early product/feature development, recently moving downstream into evidence generation using real-world data and advanced analytics layered with more traditional clinical research methods. Building upon my background in biomedical engineering, I have taken growing responsibility in studies, projects, and research programs focusing on proof of concept and intellectual property creation for therapies and diagnostics across a range of cardiac electrophysiology, heart failure, and neuromodulation topics. More recently, with an increasing appreciation for the role of real-world evidence in the healthcare space, I've curated portfolios of evidence generation projects for medical devices demonstrating clinical and economic outcomes beyond what's considered practical to study in the setting of traditional clinical trials. In my current role, I'm building a team and creating the functional infrastructure to derive important clinical insights from a variety of data sources--insights that will be used to design better clinical trials, to identify opportunities for medical device refinement and expansion to adjacent disease states, to contribute to the bodies of scientific, clinical, and economic knowledge both in the US and abroad, and to help drive strategy in the treatment of patients with venous disease.Specialties: venous thromboembolism, cardiac electrophysiology and hemodynamics, neuromodulation, computational programming and signal analysis in Matlab, study design and execution