Flipping the factory model

Despite national honors, long wait lists and a feature spot in Waiting for Superman, California’s Summit charter schools needed radical change, CEO Diane Tavenner decided.

. . . “we took the factory model high school and did it significantly better,” Tavenner explains. “We made it smaller, more personal, with no tracking, longer hours, more support for kids. We recruited very talented teachers and fully developed them. But it’s still a factory model and kids are moving through that system.”

In Learning Optimized on Education Next, I explain Summit’s experimental “optimized learning environment” at its two new San Jose charter high schools.

 Two hundred 9th and 10th graders at a time spend two hours a day studying math and brushing up on basic skills. They start at a work station by opening their personal guide, reading e-mail from the math teachers, and setting goals. Students can choose from a “playlist” of online learning resources, seek help at the “tutoring bar,” participate in teacher-led discussions in breakout rooms, or work on group projects, such as designing a water fountain.

When they’re ready, students take an online test to see if they’ve reached their goals. The math team, five teachers and two coaches, keeps students on track.

Nearly all Summit graduates go on to college, but Tavenner was disappointed with graduation rates for the first graduating class. Taking AP classes isn’t enough, she decided. Students need to be “self-directed learners” to handle the challenges of college. Summit is opening new schools and expanding its “optimized” experiment.

Michael Horn writes about The Transformational Potential of Flipped Classrooms, also on Education Next.

Sylvia Todd, super-awesome maker

The maker of Sylvia’s Super-Awesome Mini-Maker Show is an 11-year-old girl, reports the New York Times.

Sylvia Todd’s desk is not tidy. It’s cluttered with small robots (including a solar-powered grasshopper), motors, wires, resistors, a soldering iron and an array of other gadgets and tools.

More than 1.5 million YouTube views have watched episodes of “Sylvia’s Super-Awesome Mini-Maker Show.” She is sought after for speaking engagements, visits maker fairs and even addresses TEDx conferences. At the White House Science Fair, President Obama tested her latest project, a robot that paints.

“Ever since I was really young I liked destroying stuff,” Sylvia said. “I’ve always been interested in making and doing things hands-on.”

She went to her first maker fair at the age of 5 with her father, a Web developer who never finished high school. (Sylvia is 11. Her father is 29. “Do the math,” he says.) Two summers ago, James Todd began videotaping Sylvia’s demonstrations, as a summer project. Her mother got the idea for a YouTube show. So far, Sylvia has aired 19 episodes on making your own crazy putty (extended polymer chains), squishy circuit boards, electricity-conducting dough and more.

Technology for learners thrives out of school, writes Anya Kamenetz in Hechinger’s Digital blog.

Tech-distracted students study — for 2 minutes

Asked to “study something important,” students stayed on task for two minutes before they “began responding to arriving texts or checking their Facebook feed,” reports a study, published in the May issue of Computers in Human Behavior by Larry Rosen, a psychology professor at California State University-Dominguez Hills. The middle, high school and college students spent only 65 percent of the 15-minute observation period doing their schoolwork.

“We were amazed at how frequently they multitasked, even though they knew someone was watching,” Rosen says. “It really seems that they could not go for 15 minutes without engaging their devices,” adding, “It was kind of scary, actually.”

Media multitasking while learning means less learning, writes Annie Murphy Paul on the Hechinger Report.

. . .  evidence from psychology, cognitive science, and neuroscience suggests that when students multitask while doing schoolwork, their learning is far spottier and shallower than if the work had their full attention. They understand and remember less, and they have greater difficulty transferring their learning to new contexts. So detrimental is this practice that some researchers are proposing that a new prerequisite for academic and even professional success—the new marshmallow test of self-discipline—is the ability to resist a blinking inbox or a buzzing phone.

In “Generation M2: Media in the Lives of 8- to 18-Year-Olds,” a 2010 survey, almost a third of those surveyed said that when they were doing homework, “most of the time” they were also watching TV, texting, listening to music, or using some other medium.

College students are used to texting, emailing and surfing the web in class. Eighty percent of college students admit to texting in class.

Young people think they can do two challenging tasks at once, but they’re “deluded,” says David Meyer, a University of Michigan psychology professor. “Listening to a lecture while texting, or doing homework and being on Facebook—each of these tasks is very demanding, and each of them uses the same area of the brain, the prefrontal cortex.”

He adds,“There’s nothing magical about the brains of so-called ‘digital natives’ that keeps them from suffering the inefficiencies of multitasking. They may like to do it, they may even be addicted to it, but there’s no getting around the fact that it’s far better to focus on one task from start to finish.”

How to blend great teaching, digital learning

Schools need a “better blend” of high-quality digital learning and excellent teaching, argues Public Impact in A Better Blend: A Vision for Boosting Student Outcomes with Digital Learning. Technology alone isn’t enough.

New frontiers for charters in 2013

Innovation is the theme of the 2013 Hopes, Fears & Reality report by the University of Washington’s Center on Reinventing Public Education. Are charter leads fully using their autonomy to experiment with new ways to teach? asks Robin Lake.

It includes:

Charters Branch Out: Do Moves Into Affluent Areas Signal an Important Trend? Jeffrey Henig of Columbia University explores the issues around the growth of charter schools in suburban and affluent neighborhoods.

Incubate For America? Ethan Gray of the CEE-Trust examines a new breed of organizations—charter school incubators—emerging in cities across the U.S., bringing some private-sector strategies to the charter school start-up scene.

Tech-Based Learning: The New Frontier for Charters? Michael Horn of the Christensen Institute writes about charter schools in California that have innovated through technology and asks what it will take for more to follow nationwide.

To Survive, Charters Cannot Ignore the Bottom Line.Marguerite Roza of Georgetown University urges the charter sector to get innovative about designing a more sustainable cost structure.

Teaching grit

Educators are focusing more on perspiration than inspiration these days, looking for ways to teach determination, resilience and grit.

Can technology teach grit? asks Anya Kamenetz. A new U.S.Department of Education report touts the potential of new technologies to provide optimal challenge (not too easy or hard), “promote academic mindsets, teach learning strategies, promote the development of effortful control, and provide motivating environments.”

Some of these tech tools and applications attempt to teach strategies like mindfulness (including meditation), metacognition (knowing about knowing), and growth mindset (the belief that one can change one’s own abilities by working harder.)

Penn psychologist Angela Duckworth believes grit is “more essential to academic achievement” than intelligence, writes Kamenetz.

. . . while teaching 7th-grade math . . . she noticed that some of her strongest performers weren’t necessarily the smartest kids, and some of the smartest kids weren’t necessarily doing that well.

“I was firmly convinced that every one of my students could learn, if they worked hard and long enough,” she said. “ I came to the conclusion that what we need in education is a much better understanding of students and learning from a motivational and psychological perspective.”

When I was in fourth grade, my teacher told my parents I wasn’t quick in learning math, but I sunk my teeth in like a “bulldog” and held on till I got it. I scored a gritty 4.5 on Duckworth’s eight-question grit quiz.

From boredom to creativity

A little boredom is good for children, Dr. Teresa Belton told the BBC. Children who are kept active and stimulated every minute don’t have a chance to develop their imaginations, argued Belton, senior researcher at the University of East Anglia’s School of Education and Lifelong Learning.

Interviewing writers, artists and other creative people, Belton heard many stories of boring childhoods. Writer Meera Syal grew up in a small mining village with few distractions.

“Boredom is often associated with solitude and Syal spent hours of her early life staring out of the window across fields and woods, watching the changing weather and seasons.

“But importantly boredom made her write. She kept a diary from a young age, filling it with observations, short stories, poems, and diatribe. And she attributes these early beginnings to becoming a writer late in life.”

Society sees boredom as uncomfortable and uncreative, Belton said. But creativity “involves being able to develop internal stimulus.”

“When children have nothing to do now, they immediately switch on the TV, the computer, the phone or some kind of screen. The time they spend on these things has increased.

“But children need to have stand-and-stare time, time imagining and pursuing their own thinking processes or assimilating their experiences through play or just observing the world around them.”

Reminds me on Diana Senechal’s book, Republic of Noise: The Loss of Solitude in Schools and Culture.

Video-game lobby aims ads at parents

Worried about post-Newtown censorship, the video game lobby will run ads aimed at parents that encourage them to use existing parental controls, reports Roll Call.

Senate Commerce Chairman Jay Rockefeller, D-W.Va., has introduced a bill calling for a study to examine whether violent video games lead to real-world violence.

The industry and its lobby, the Entertainment Software Association, maintain its products do not cause shooting sprees or other violent crimes. But it’s been on the defensive since the National Rifle Association, in opposing proposed gun safety measures, pegged violent video games as a culprit in such mass murders.

Video games have carried ratings since 1994. An  “M” rating “denotes content generally suitable for ages 17 and up that may contain intense violence, blood, gore, sexual content and/or strong language.”

Reading, ‘riting and coding

“I think everybody in this country should learn how to program a computer because it teaches you how to think,” said Steve Jobs.

Code.org is launching a campaign to persuade schools to offer computer programming: Nine out of 10 high schools do not.

Less than 2.4 percent of college graduates earn a degree in computer science, fewer than 10 years ago, despite rising demand for programming skills, according to the nonprofit group.

Code’s site includes links to online apps and programs that teach programming. Some are geared to young children.

Should kids learn programming, as they might study a foreign language, to develop thinking skills?

Coding isn’t just for boys – but sometimes it seems that way – reports the New York Times.

Stopping cyberbullies

Predatory adults are rare on social media, compared to mean girls and crude boys, writes Emily Bazelon in How to Stop the Bullies in The Atlantic.

Facebook gets millions of complaints a week about cyberbullying, she finds. Employees are expected to decide in a few seconds which have merit.

Henry Lieberman, an MIT computer scientist, is working on a program to spot nasty posts immediately. In middle school, he  was a “fat kid with the nickname Hank the Tank,” he tells Bazelon.

. . . he and his graduate students built a “commonsense knowledge base” called BullySpace—essentially a repository of words and phrases that could be paired with an algorithm to comb through text and spot bullying situations. Yes, BullySpace can be used to recognize words like fat and slut (and all their text-speak misspellings), but also to determine when the use of common words varies from the norm in a way that suggests they’re meant to wound.

In tests, BullySpace caught 80 percent of the insults flagged by human testers.

Lieberman also hopes to use “ladders of reflection” to persuade kids not to harass others.

Think about the kid who posted “Because he’s a fag! ROTFL [rolling on the floor laughing]!!!” What if, when he pushed the button to submit, a box popped up saying “Waiting 60 seconds to post,” next to another box that read “I don’t want to post” and offered a big X to click on? Or what if the message read “That sounds harsh! Are you sure you want to send that?” Or what if it simply reminded the poster that his comment was about to go to thousands of people?

“Ash” and “Katherine,” members of the hacker group, Anonymous, publicized the identities and vicious tweets of four high school boys who were harassing a 12-year-old girl with rape threats and suggestions she commit suicide. She’d followed one of the boys on Twitter, then angered him by un-following him.

At first the boys railed against Ash on Twitter, and one played down his involvement, denying that he had ever threatened to rape the girl. But after a while, two of the boys began sending remorseful messages. “For two solid days, every time we logged on, we had another apology from them,” Ash said. . . . Katherine thought the boys hadn’t understood what impact their tweets would have on the girl receiving them—they hadn’t thought of her as a real person. “They were actually shocked,” she said. . . . we started talking to them about anti-bullying initiatives they could bring to their schools.”

“When i found out she was hurt by it i had felt horrible,” one of the boys e-mailed Bazelon. Perhaps a few seconds of reflection would have helped.

Anti-bullying laws can conflict with free-speech rights, argues Eugene Volokh, a law professor. A proposed Minnesota law bans “interfering” with an individual’s ability “to participate in a safe and supportive learning environment.”

Say that students are talking over lunch about how a classmate committed a crime, cheated, said racist things, treated his girlfriend cruelly, or whatever else, which causes people to feel hostile towards the classmate. That interferes with his ability “to participate in a … supportive learning environment.”

Bullying may include speech or conduct that “relates to the actual or perceived race, ethnicity, color, creed, religion, national origin, immigration status, sex, age, marital status, familial status, socioeconomic status, physical appearance, sexual orientation, gender identity and expression, academic status, disability, or status with regard to public assistance, age” of the individual or his/her associates.