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I've taught in schools from all corners of San Francisco, and can't agree more with majority of what was said in this article, except maybe the money part*, I'll leave a footnote for this. One day when I was volunteering at one of these schools, a student came up to me showing a picture of a robot how cool it was. When I mentioned that it was relatively easy to build, he got super stoked, told his friends and before you know it, we had a class of 8 students pursuing their own interest, learning CS/Breadboarding/Electrical-Circuits, all student driven, building cardboard-box arduino-based robots afterschool.** These student led classes were majority black students and pushed forward most by black students. Everything was honestly instantly working great, and at the end of every class my students made to promise not to forget to show up to the next session (I don't recall missing a session, I believe this was out attachment for the course). Self-driven learning is a thing, and all we have to do is give kids grounds to explore -- in this case to create designs from from their own imagination (ey, isn't that why we're hackers here : D? We can all relate). * Small class sizes help (or student:teacher ratio of 6:1 ideally). This is the ratio (lower works too) that really works, and I've seen only at really rich schools (see Branson/UHS/Lick Wilmerding) and programs based on it. I've seen this emulated to great success in Summerbridge SF, and too at a summerschool I helped start in the bay area based on project-based/student-led learning, access to technology, and most importantly these small class sizes that enables hosting these free-learning classes. **Again money is important, materials costs for this class were supported by my concurrent 4 jobs, doing mainly part-time engineering work for startups, electrical-engineering curriculum development for a summer-schools, as well as tutoring. |