Rossin Connection
Inspired by Animals
It’s really, really hard to make something swim like a fish. But understanding just how these animals move can help in a range of applications–from the design of renewable energy devices, to underwater vehicles, and forecasting the impact of climate change on fish populations. In this episode, associate professor of mechanical engineering Keith Moored talks about how his childhood love of the ocean led him to diving with manta rays as a grad student, and eventually to a career researching bio-inspired locomotion, specifically, the fluid mechanics of fish swimming.
Rossin Connection is hosted and produced by Christine Fennessy, with support from the Dean's office at the P.C. Rossin College of Engineering and Applied Science.
Talk with us @RossinPodcast.
It’s really, really hard to make something swim like a fish. But understanding just how these animals move can help in a range of applications–from the design of renewable energy devices, to underwater vehicles, and forecasting the impact of climate change on fish populations. In this episode, associate professor of mechanical engineering Keith Moored talks about how his childhood love of the ocean led him to diving with manta rays as a grad student, and eventually to a career researching bio-inspired locomotion, specifically, the fluid mechanics of fish swimming.
Rossin Connection is hosted and produced by Christine Fennessy, with support from the Dean's office at the P.C. Rossin College of Engineering and Applied Science.
Talk with us @RossinPodcast.