Preface:
Soft robots are robots made of stretchy and compliant materials such as rubber, cloth, paper, and more. Compared to hard robots made of metal and requiring large motors, these robots can interact more safely with humans, access tight spaces, and survive extreme environments. This seminar discussed the history and technology behind soft robots, demonstrating the possibility of making them out of commonplace, household materials, and showing the state-of-the-art engineering advancements in the field. The seminar explored how soft robots can change the future of manufacturing, space exploration, and medicine. Along the way, it uncovered the underlying principles in physics (e.g., springs, energy), chemistry (e.g., reactions, thermodynamics), and engineering design that make them possible. Though the seminar targeted grades 9-12, some topics were accessible for lower grade levels as well.
Unit Title | Author | |
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2022 | ||
Katherine Steiner | ||
Keywords: collaboration, creative, creativity, High School, lessons, makerspace, play, problem solving, robot, soft robots, visual arts | ||
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Jessica Duong | ||
Keywords: design, engineering, methodology, process, robot, robotics | ||
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Charlette Walker | ||
Keywords: Big Hero 6, digital literacy, English Language Arts, Google suite, robotics, soft robotics, soft robots, Technology | ||
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Christopher Sweeney | ||
Keywords: Bio-Design, Bio-Fabrication, design, Digital Fabrication, Mycelium, robotics, Robots, soft robotics | ||
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Maya Bhagat | ||
Keywords: engineering design, origami, soft robots | ||
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Anna Herman | ||
Keywords: agriculture history, agriculture technology, farming, farming technology, food production, food technology, innovation, iteration, urban agriculture | ||
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