Rachel Levy, PhD, researches applications of mathematics to biological and industrial problems. Levy’s work in fluid dynamics has included the motion of surfactants on thin liquid films, algorithms for coordination of remotely operated robots (mini-submarines) in an aquatic testbed, and the hydrodynamics of whale flukeprints. New collaborations include the modeling of protein aggregation and the spectroscopy of environmental pollutants.
Levy specializes in math curriculum and innovative design of instruction, for both undergraduate and K-12 mathematics education. Her research in this area has focused on flipped classrooms in undergraduate education and mathematical modeling in K-8 education. She is passionate about sharing mathematics by facilitating hands-on outreach activities that help people experience what mathematicians do.
As Vice President of Education for the Society for Industrial and Applied Mathematics, Levy has created opportunities for mathematics students and faculty to improve their research communication with the press and the general public. She has led workshops in press communication for faculty in mathematics, biology and physics. Levy also serves as Harvey Mudd College’s Associate Dean for Faculty Development.
- NPR Tell Me More: How Parents are Leading the Revolution for Girls in Tech
- LA Times: Harvey Mudd Among Colleges Experimenting with ‘Flipped’
- ABC North Queensland Australia: Grandma got STEM
- Slate: Amazing “Grandma Got STEM” Project Fights Old-Lady Luddite Stereotype
- Forbes Blog: Look What Happens When STEM Professors Teach Writing