I am an experienced team leader with a proven track record of delivering results and helping partners achieve goals, optimize organizational strategy, and explore new frontiers.
My background includes experience in program and project management, operations, business development, marketing, business strategy, and managing B2B relationships. I’m a builder, problem solver, and I’m always looking for ways to make things more efficient: better, faster, cheaper. I have experience working with executives, directors, and senior management in pharma, biotech, clinical research, academia, and Big Tech, and I love building relationships and collaborating to solve complex problems. I have a strong knowledge of industry trends including consumer health, AI & ML, digital biomarker development, predictive analytics, mobile health, software as a medical device, wearable sensors, remote patient monitoring, and clinical research pathways and process requirements. I’ve helped build products and develop technologies in the startup space and in academic research settings. I have experience managing large, interdisciplinary teams and diverse portfolios of projects and programs. I have managed teams and projects using a variety of project management methods including Agile and Scrum.
I thrive in fast moving environments that require agility and adaptability. I am passionate about building strong interpersonal relationships and am an effective communicator in all mediums. I have extensive experience in technical and professional writing. I welcome collaboration with others that share the vision of a future built on science, technology, and the well- being of the individual.
Education & Certifications
MBA, Western Governors University, Healthcare Management (2021)
Feasibility Of An Asynchronous, Semi-Automated Remote Patient Monitoring Blood Pressure Management System
While remote patient monitoring (RPM) for hypertension (HTN) continues to grow in the United States, most systems are third party, employer-directed, or do not directly lead to changes in medication management. Systems that address these issues may reduce therapeutic inertia and lead to more rapid control of blood pressure (BP). We developed a clinician-facing HTN RPM system with evidence-based customizable medication titration protocols that integrate with a patient mobile app and Bluetooth®-connected BP cuff. We report interim results from the pilot implementation of this system.