Summary
Laura Miller is a Computational Fluid Dynamics Engineer and applied mathematician with 11+ years of experience modeling fluid-structure interactions across scales—from cellular flows to whole organisms and engineered propellers. She combines the immersed boundary method, numerical PDEs, and stochastic modeling with experimental and wearable data to study cardiovascular and respiratory dynamics, animal locomotion, and rider-horse physiological coupling. As a professor and adjunct biomedical engineer she translates research into teaching and multidisciplinary collaboration, and she now applies her biomechanics expertise to optimize propeller designs in industry. Her background spans biology (B.A., M.S.) and a Ph.D. in Mathematics, plus early work in K–12 test development and calculus content that honed her communication skills. Colleagues value her ability to bridge rigorous theory, hands-on computation, and real-world measurement—often revealing physiological mechanisms that are not obvious from data alone.
11 years of coding experience
13 years of employment as a software developer
Master's degree Zoology/Animal Biology, Master's degree Zoology/Animal Biology at Duke University
Doctor of Philosophy (Ph.D.) Mathematics, Doctor of Philosophy (Ph.D.) Mathematics at New York University
Bachelor of Arts (B.A.) Biological Sciences, Bachelor of Arts (B.A.) Biological Sciences at University of Chicago
Spanish