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"AUTHOR: ISSIE LAPOWSKY. ISSIE LAPOWSKY DATE OF PUBLICATION: 05.04.15. 05.04.15 TIME OF PUBLICATION: 7:00 AM. 7:00 AM INSIDE THE SCHOOL SILICON VALLEY THINKS WILL SAVE EDUCATION Click to Open Overlay Gallery Students in the youngest class at the Fort Mason AltSchool help their teacher, Jennifer Aguilar, compile a list of what they know and what they want to know about butterflies. CHRISTIE HEMM KLOK/WIRED SO YOU'RE A parent, thinking about sending your 7-year-old to this rogue startup of a school you heard about from your friend's neighbor's sister. It's prospective parent information day, and you make the trek to San Francisco's South of Market neighborhood. You walk up to the second floor of the school, file into a glass-walled conference room overlooking a classroom, and take a seat alongside dozens of other parents who, like you, feel that public schools-with their endless bubble-filled tests, 38-kid classrooms, and antiquated approach to learning-just aren't cutting it. At the same time, you're thinking: this school is kind of weird. On one side of the glass is a cheery little scene, with two teachers leading two different middle school lessons on opposite ends of the room. But on the other side is something altogether unusual: an airy and open office with vaulted ceilings, sunlight streaming onto low-slung couches, and rows of hoodie-wearing employees typing away on their computers while munching on free snacks from the kitchen. And while you can't quite be sure, you think that might be a robot on wheels roaming about. Then there's the guy who's standing at the front of the conference room, the school's founder. Dressed in the San Francisco standard issue t-shirt and jeans, he's unlike any school administrator you've ever met. But the more he talks about how this school uses technology to enhance and individualize education, the more you start to like what he has to say. And so, if you are truly fed up with the school stat

Engineering lesson plans.  Sort by grade level.  

"Many of us will have fond memories of children's TV engaging us to turn our used bottles into rockets, our wooden spoons into cartoon character puppets, and attaching googly eyes to anything which keeps still for more than 3 seconds! Schools are great at turning recycling into creativity, and design is at the heart of this. Later, the skills pupils learn turning pasta into planes and tins into trains fuel are the beginning of making the engineers and artisans of the future."

"Crickets are small programmable devices that can make things spin, light up, and play music. You can plug lights, motors, and sensors into a Cricket, then write computer programs to tell them how to react and behave. With Crickets, you can create musical sculptures, interactive jewelry, dancing creatures, and other artistic inventions -- and learn important math, science, and engineering ideas in the process. Crickets are based on more than a decade of NSF-funded educational research. Lifelong Kindergarten researchers collaborated with the LEGO company to create the first "programmable bricks," squeezing computational power into LEGO bricks. This research led to the LEGO MindStorms robotics kits, now used by millions of people around the world. While LEGO MindStorms is designed especially for making robots, Crickets are designed especially for making artistic creations. Crickets were refined in collaboration with the Playful Invention and Exploration (PIE) museum network, and are now sold as a product through the Playful Invention Company (PICO)."

Mini Maker Fair is designed to get students making with found materials, documenting the process, tweaking/hacking someone else's design, and reflecting throughout.

As technology evolves and its inner workings increasingly disappear from view, replaced with solid-state parts hidden by glass, aluminium and plastic, our understanding of what makes the world operate is similarly impeded. When machinery from just a few decades ago is viewed a world of moving parts, linkages, cogs and levers is revealed. These mechanical objects contain an inherent beauty and inspire curiosity in ways that modern devices with their pristine surfaces and simplified design language do not. Opportunities to explore devices from the past open our eyes and lead us to new questions of how our devices function, how machines do the jobs we need them to do and how engineers solve problems.

Is it a given that technology enhances the acts of writing, as it does the arts and sciences of film-making, design, engineering, data collection and analyses, and so forth? What about the teaching and learning of writing?

Origami, the ancient art of paper folding, has applications in the modern-day classroom for teaching geometry, thinking skills, fractions, problem solving, and fun science.

Cathy Davidson

In general, I agree. However, novelists and poets don't need college?? And perhaps less so to artists and musicians? Perhaps... but what better way to learn the history and analysis of their Art, in order to place their own work in context?

I could not agree more with you Maureen. As a long time middle school teacher in Oakland and Mpls I am thoroughly convinced that our nation and our states are nuts to have cut all of the tech and arts classes out of elementary, middle and high schools. EVERY student should learn a trade/skill set in high school. The hs drop out rate is horrifying and no surprise that the crime rate follows. We have a nation of under achieving teens because the adults have not kept up with funding the myriad of opportunities that would capture and harness their interests and creativity. I look forward to reading your book Maureen and to following you on here.

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