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Engineering the Future of Health Care
This month’s edition of the Pratt Blueprint video series focuses on engineering solutions in health care and features Center Director Amanda Randles and member Cameron McIntyre. -
Duke heart specialist to lead American Heart Association
Center member Manesh Patel will serve as volunteer president to steer the organization’s mission to improve heart and brain health across the nation. -
Demo Day 2026: See What’s Next in Digital Health Research
The inaugural CCDHI Demo Day This event will bring together researchers, students, faculty, and staff from across CCDHI and Duke to showcase emerging research, tools, and technologies advancing computational and digital health. -
Undergraduate Led Research Receives Outstanding Paper Award at IEEE HPEC 2026
A research team, led by undergraduate researcher Ella Fortenbery with Jorik Stoop, Ayman Yousef, and Amanda Randles, has received the Outstanding Paper Award at IEEE HPEC 2026 for the paper, “Performance and Portability of a Production Fluid Structure Interaction Solver Across NVIDIA GPU Generations.” -
Podcast: The Future of Medicine: How Digital Twins Can Predict Your Health
In this season 3 episode 9 of Katy Hansell: The Impact Whisperer® podcast, Creator/ Host Katy Hansell sits down with Professor Amanda Randles, Director of the Duke Center for Computational and Digital Health Innovation and Professor of Biomedical Engineering at Duke University, to explore how supercomputing, AI, and digital twins are transforming healthcare from reactive… -
Duke’s digital twin technology could take hemodynamic assessments to a whole other level
Amanda Randles, PhD, director of the Duke Center for Computational and Digital Health Innovation and professor of biomedical engineering, and her laboratory have developed HARVEY, a computational fluid dynamics platform that creates personalized models of blood flow from medical imaging. -
Digital Twins Modeling Blood Flow Could Predict Heart Problems
The HARVEY platform leverages supercomputing, physics-based simulations, and wearable device data to monitor real-time hemodynamics and spot heart failure early. -
How a Duke-led HPC method brought cell-scale cancer simulation to a single cloud node
Even on the largest supercomputers, simulations that explicitly resolve every blood cell can only cover a small volume. Amanda Randles and her team at Duke University set out to solve this problem by creating a physics-based technique called Adaptive Physics Refinement (APR) that can capture a much larger stretch of vessel by splitting the domain into a high-resolution ‘moving window’ and a low-resolution bulk fluid. -
The Changing Role Of Computational Mechanics In Drug Discovery
Center director Amanda Randles explains how the role of computational models in drug discovery is beginning to change. -
AI-powered methods shake up animal testing
Center director Amanda Randles is featured in this Nature Biology article about the FDA’s drive to reduce animal testing in drug development through AI-powered biosimulation techniques such as multi-agent virtual scientists and digital twins.