AI for Good: Robot dogs bring therapy and learning to life Source: StanfordMost robotics education costs tens of thousands of dollars and leaves students working with expensive equipment they can’t take home. Stanford flipped that model on its head. For under $1,000, students build their own AI-powered robot dogs from scratch, program them with cutting-edge machine learning and take them home when the course ends. What happened: In Stanford’s CS 123 course, students build Pupper robots from scratch over 10 weeks, learning everything from motor control to machine learning. For final projects, students program their robots for specialized tasks like serving as tour guides or tiny firefighters. The robots have also been deployed at Lucile Packard Children’s Hospital to help young patients. Students master full robotics spectrum — from electrical work to AI programming in one hands-on course Low barrier to entry — requires only basic programming skills to start building sophisticated robots Open-source design — costs $600-1000 and available to K-12 schools worldwide Real therapeutic impact — 12-year-old patient Tatiana Cobb said her robot “reminds me of my own dog at home” and helped her feel less isolated Proven medical benefits — pet therapy research shows robots can lower blood pressure, reduce anxiety and motivate physical activity. The robots evolved from Stanford Doggo, an earlier project by the Stanford Student Robotics club, and are designed to be small, safe and playful rather than intimidating. Why it matters: These robots are democratizing advanced AI education while providing genuine therapeutic value. By making sophisticated robotics accessible to students everywhere, Stanford is training the next generation of engineers. Meanwhile, for pediatric patients who can’t always have access to therapy animals, these mechanical companions offer comfort when it matters most. |
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AI for Good: Robot dogs bring therapy and learning to life
Source: Stanford