TEDTalks: Robotic Machinations Season 1 Episode 9 Robert Full on Engineering and Evolution

In season 1 episode 9 of TEDTalks: Robotic Machinations, titled "Robert Full on Engineering and Evolution," Robert Full, a scientist and engineer, discusses the intersection of engineering and evolution, using examples from his research on animal movement.

Full begins his talk by describing the intricate and complex movements of animals like geckos and cockroaches, which are able to scale vertical surfaces and navigate challenging environments. He explains that these movements are the result of millions of years of evolution, and that by studying them, we can gain insights into how to design new robots that are similarly agile and adaptable.

Throughout his talk, Full uses a combination of anecdotes and scientific data to explore how animals have evolved to move in specific ways, and how engineers can use this knowledge to create better robots. He discusses the importance of studying the biomechanics of animal movements, and shares examples of how this research has already led to breakthroughs in robotics.

One of the key takeaways from Full's talk is that there is still much to learn from nature when it comes to engineering. He argues that by closely observing how animals move and interact with their environments, we can continue to improve the design and functionality of robotics. He also stresses the importance of interdisciplinary collaboration between biologists, engineers, and other scientists in order to tackle these complex and exciting challenges.

By the end of the episode, viewers will have gained a deeper understanding of the fascinating ways in which evolution and engineering are intertwined, and how this intersection is shaping the future of robotics. Full's talk is both informative and thought-provoking, and is sure to inspire viewers to think more deeply about the ways in which we can use the principles of nature to create better and more innovative technology.