Torturing children, the Constitution, and a teacher’s duty to protect children

June 23, 2008

This is the device Ohio teacher John Freshwater was using to shock students and brand them with crosses: A BD-10A high-frequency generator tester for leak detection, from Electro-Technic Products, Inc.:

   BD10ASV  OUTPUT: 10,000-50,000 volts at frequency of approx. 1/2 megahertz. Power 230 V, with a momentary ON/OFF switch

BD-10A high frequency generator tester leak detector, from Electro-Technic Products.  “BD10ASV OUTPUT: 10,000-50,000 volts at frequency of approx. 1/2 megahertz. Power 230 V, with a momentary ON/OFF switch”

As described at the company’s website:

  • Model BD-10A is the standard tester
  • Model BD-10AS features a momentary ON/OFF switch
  • OUTPUT: 10,000-50,000 volts at frequency of approx. 1/2 megahertz

The company also offers a line of instruments for teaching science — notably absent from that part of the catalog is this shocking device (literally).

Generally, this tester should not produce serious injury, even when misapplied. Standard middle school lab safety rules would suggest that it should never be used to “test” a human for leaks. Such voltages are designed to produce sparks. Sparks do not always behave as one expects, or hopes. High voltages may make cool looking sparks, but the effects of high voltage jolts differ from person to person. It may be harmful.

“We have instructions to warn people that it’s not a toy,” said Cuzelis, who owns Electro-Technic Products in Chicago. “If this device is directed for seconds (on the skin), that’s a clear misuse of the product.”

Cuzelis said he is not aware of anyone seriously hurt with the device and said that his company has never been sued for injuries.

What sort of lab safety rules did Freshwater have for other experiments?

If you discovered your child’s science teacher had this device, designed to produce high-voltage sparks to highlight holes in rubber and plastic liners of tanks, would you be concerned? If you know what should go on in a science class, you’d know there is probably little use for such a device in a classroom. It’s been described as a Tesla coil.

Tesla coils of extremely small voltages can be safe. They should be safe. But one occasionally finds a safety warning, such as this generalized note at Wikipedia:

Even lower power vacuum tube or solid state Tesla Coils can deliver RF currents that are capable of causing temporary internal tissue, nerve, or joint damage through Joule heating. In addition, an RF arc can carbonize flesh, causing a painful and dangerous bone-deep RF burn that may take months to heal. Because of these risks, knowledgeable experimenters avoid contact with streamers from all but the smallest systems. Professionals usually use other means of protection such as a Faraday cage or a chain mail suit to prevent dangerous currents from entering their body.

Freshwater was using a solid state Tesla coil, if I understand the news articles correctly. Knowing that these sparks can cause deep tissue and bone damage in extreme cases, I suspect that I would not allow students to experience shocks as a normal course of a science classroom, especially from an industrial device not designed with multiple safety escapes built in.

Freshwater had been zapping students for years.

Here is a classic photo of what a Tesla coil does, a much larger coil than that used by John Freshwater, and a photo not from any classroom; from Mega Volt:

Tesla coil in action, from Mike Tedesco

Tesla coil in action, from Mike Tedesco

There is nothing in the Ohio science standards to suggest regular use of a Tesla coil in contact with students performs any educational function.

I offer this background to suggest that the normal classroom procedures designed to ensure the safety of students were not well enforced in Freshwater’s classrooms, nor was there adequate attention paid to the material that should have been taught in the class.

The teacher, John Freshwater, has been dismissed by his local school board. Freshwater supporters argue that this is a case of religious discrimination, because Freshwater kept a Bible on his desk.

Among the complaints are that he burned crosses onto the arms of students with the high-voltage leak detector shown above. This gives an entirely new and ironic meaning to the phrase “cross to bear.”

Cafe Philos wrote the most succinct summary of the case I have found, “The Firing of John Freshwater.” Discussion at that site has been robust. Paul Sunstone included photos of one of the students’ arms showing injuries from the schocks. He also included links to news stories that will bring you up to date.

Amazingly, this misuse of an electrical device may not be the most controversial point. While you and I may think this physical abuse goes beyond the pale, Freshwater has defenders who claim he was just trying to instill Biblical morality in the kids, as if that would excuse any of these actions. Over at Cafe Philos, I’ve been trying to explain just why it is that Freshwater does not have a First Amendment right to teach religion in his science class. There is another commenter with the handle “Atheist” who acts for all the world like a sock puppet for anti-First Amendment forces, i.e., not exactly defending a rational atheist position.

Below the fold I reproduce one of my answers to questions Atheist posed. More resources at the end.

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Storefront schools

June 16, 2008

Why not?

In comments to the immediately previous post, Zhoen says segregation by gender is no panacea for education. But, she wonders at OneWord: Why not storefront schools?

For many years, I have thought the never-will-be-done answer was to have storefront schools. One room schoolhouses, two teachers and a local adult volunteer, no more than a dozen students, all online classes – a national, self paced, curricula. Touring experts and scholars for special lectures and demonstrations. Kid has a problem with a particular teacher, move ’em to the next neighborhood over. Walking distances from their homes, field trips common (easier to arrange with small groups), flexible schedules (let the teens sleep in). A circle of homeschools in rural areas instead of warehouses to haul whole populations into.

Why not? The idea strikes me as similar to Japanese juku, private schools for kids in public schools, where kids get remedial attention or advanced instruction, depending on what they need. I copy the Library of Congress’ description of juku after the fold.

What do you think? Is there an example of storefront schools we can cite either way, for or against the idea?

Comment away.

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Does gender-separated schooling work better?

June 16, 2008

Even public school districts toy with the idea of separating genders in the primary and secondary grades.  Some people argue that there is experimental evidence to support the plan, plus there are the arguments about physical differences between the genders, which suggest different educational strategies for girls than for boys.

The No Child Left Behind Act requires schools to implement programs that are supported by research.  Is there solid research to support separating the genders?

Apart from the hoaxes, such as the much ballyhooed “Crokus” in boys brains, the evidence for separating the genders based on physical differences may be a lot slimmer than advocates claim.

For example, do boys really hear differently from girls?   Are the physical differences so great?  Consider the opening paragraph for a lengthy article on the issue by Elizabeth Weil, in The New York Times Magazine last March:

On an unseasonably cold day last November in Foley, Ala., Colby Royster and Michael Peterson, two students in William Bender’s fourth-grade public-school class, informed me that the class corn snake could eat a rat faster than the class boa constrictor. Bender teaches 26 fourth graders, all boys. Down the hall and around the corner, Michelle Gay teaches 26 fourth-grade girls. The boys like being on their own, they say, because girls don’t appreciate their jokes and think boys are too messy, and are also scared of snakes. The walls of the boys’ classroom are painted blue, the light bulbs emit a cool white light and the thermostat is set to 69 degrees. In the girls’ room, by contrast, the walls are yellow, the light bulbs emit a warm yellow light and the temperature is kept six degrees warmer, as per the instructions of Leonard Sax, a family physician turned author and advocate who this May will quit his medical practice to devote himself full time to promoting single-sex public education.

Mark Liberman, who writes at Language Log, deals with these issues dispassionately, and scientifically.  He started a policy of publishing on the blog questions that he gets from journalists on the issues.  Here’s his first published answer, for example, and as you can see, it’s a bit of an information-loaded doozy:

1. I’ve read a few posts on Language Log, but please tell me more about what you think about Dr. Sax’s arguments about sex-based differences in the brain?

In his books, Leonard Sax is a political activist using science to make a case, not a scientist evaluating a hypothesis.

Science is sometimes on his side, sometimes neutral or equivocal, and sometimes against him. He picks the results that fit his agenda, ignoring those that don’t; and all too often, he misunderstands, exaggerates or misrepresents the results that he presents.

There’s detailed support for these assertions in some Language Log posts from 2006:

David Brooks, cognitive neuroscientist” (6/12/2006)
Are men emotional children?” (6/24/2005)
Of rats and (wo)men” (8/19/2006)
Leonard Sax on hearing” (8/22/2006)
More on rats and men and women” (8/22/2006)
The emerging science of gendered yelling” (9/5/2006)
Girls and boys and classroom noise” (9/9/2006)

This doesn’t mean that his conclusions are false, but it does mean that his appeals to science are not trustworthy.

More nuance than some policy groups might be able to deal with, but enough information to direct a genuinely interested person to some good sources.

You’ll also want to read “Retinal Sex and Sexual Rhetoric,” and “Liberman on Sax on Liberman on Sax on Hearing.”

In our weekly staff meetings with then Assisstant Secretary of Education for Research Chester W. Finn, at the old Office for Educational Research and Information, Finn often opened the meetings by turning to the Director of Research and asking whether, in the past week, we had learned how people learn.  When satisfied that this key breakthrough had not been achieved in the previous week, which would change much of what we did, Finn would say something like, “Now that we know we don’t know what we’re doing, let’s go through the agenda.”

Keeping an appropriate sense of humor about the issue, Finn still provided sharp reminders that the science behind learning, for all of the volumes available, is very tenuous and thin.

When science is so thin, the policy side of the discipline can be waved around by a good presentation coupled with plausible sciency-sounding material.  “Plausible” does not equal “good,” and often it doesn’t even equal “accurate.”

Liberman’s critiques are detailed, and they point out questions that the average school board member or principal is probably ill-equipped to realize, let alone ask from an “expert” or consultant selling a program to the district.

Before we teach critical thinking to the kids, we need a lot more critical thinking from administrators.  Liberman tries to light the path to that critical thinking.

What do you think?  Does gender-separate education work better?  Are there such great differences in the learning abilities and methods of boys and girls that we ought to separate them?

What about other shibboleths we hear?  Classroom size?  Testing?  Delivery of material?  Difficulty of material?   Where is there good research for reforming our schools, for the better?


Practice, even with failure, more important than talent

November 20, 2007

Every teacher needs to get familiar with the work of Carol Dweck. She’s a Stanford psychologist who is advising the Blackburn Rovers from England’s Premier League, on how to win, and how to develop winning ways.

Your students need you to have this stuff.

A 60-year-old academic psychologist might seem an unlikely sports motivation guru. But Dweck’s expertise—and her recent book, Mindset: The New Psychology of Success—bear directly on the sort of problem facing the Rovers. Through more than three decades of systematic research, she has been figuring out answers to why some people achieve their potential while equally talented others don’t—why some become Muhammad Ali and others Mike Tyson. The key, she found, isn’t ability; it’s whether you look at ability as something inherent that needs to be demonstrated or as something that can be developed.

What’s more, Dweck has shown that people can learn to adopt the latter belief and make dramatic strides in performance. These days, she’s sought out wherever motivation and achievement matter, from education and parenting to business management and personal development. [emphasis added]

I can’t do justice to Dweck’s work. See this story in Stanford Magazine.

See a significant update on this article, in October 2012, here.

 


Too much communication: e-mail

October 12, 2007

What’s one big difference between education and business? Communication, especially electronic communication. Businesses have too much of it, many if not most educational organizations are a decade behind that curve, not yet having enough.

e-mail gif from South Alabama University

Free content at the Wall Street Journal includes this column by Sue Shellenbarger in Work and Family, “A day without e-mail is like . . .” She tells the story of U.S. Cellular’s chief operating officer banning e-mail on Fridays to improve work. He was striving for more face-to-face communication among employees, and he got it.

My first experience with e-mail was at the U.S. Department of Education — good heavens! — two decades ago. We were experimenting with electronic communication with the old, slow systems that linked dumb terminals through telephone connections (1200 BAUD, anyone?). Our formerly technophobic boss, Checker Finn, was at home recuperating from some physical ailment, and we made the delightful mistake of showing him he could send and receive messages by computer. Within a few weeks it took at least an hour a day to keep up with the messages. But our operations were split, with administration across town at the main ED building, and most of the Office of Educational Research and Improvement (OERI) closer to the Capitol, at New Jersey Avenue, NE. Basic communications that had taken three days by inside mail, courier, and the limousine between the two buildings, were shortened to exchanges over 15 or 20 minutes. Computer messaging was a huge boost to productivity on most things. E-mail, such as it was, had to be printed out to be read. Saving it was a manual filing process.

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Neuroscience, culture, and practical application

September 23, 2007

The oak tree at Jena's high school -- now cut down

My hypothesis is that a normal person may not peruse this site, The Situationist, without finding something of use for the person’s work or homelife — or at a minimum, something extremely intrigueing about a problem the person has in an organization to which the person belongs.

For example, check out these discussions:

  1. On the Jena 6
  2. On l’affaire Chemerinsky at UC-Irvine
  3. On college debt
  4. On confronting mistakes — especially one’s own

It’s a project at Harvard, interdisciplinary so far as I can tell.  Here’s the explanation:

There is a dominant conception of the human animal as a rational, or at least reasonable, preference-driven chooser, whose behavior reflects preferences, moderated by information processing and will, but little else. Laws, policies, and the most influential legal theories are premised on that same conception. Social psychology and related fields have discovered countless ways in which that conception is wrong. “The situation” refers to causally significant features around us and within us that we do not notice or believe are irrelevant in explaining human behavior. Situationism” is an approach that is deliberately attentive to the situation. It is informed by social science—particularly social psychology, social cognition, and related fields—and the discoveries of market actors devoted to influencing consumer behavior—marketers, public relations experts, and the like. The Situationist is a forum for scholars, students, lawyers, policymakers, and interested citizens to examine, discuss, and debate the effect of situational forces – that is, non-salient factors around and within us – on law, policy, politics, policy theory, and our social, political, and economic institutions. The Situationist is associated with The Project on Law and Mind Sciences at Harvard Law School. To visit the Project’s website, click here.

Go see, and report back, if you don’t mind.


Intelligence: Can it rub off in the classroom?

September 3, 2007

Can intelligence rub off from an intelligent classroom to the students?

Educational osmosis is one way to learn, I have found. I think a good classroom is one in which the student learns regardless what the student is doing, even daydreaming by looking out the window. How to achieve that? We’re working on it. In 2007, such a classroom should visually stimulate learning, and do so with sound and kinesthetics, too. Repetition in different media, with different contexts, aids learning and cementing of knowledge. But, I speak only from experience, having taken only a tiny handful of “real” education classes in my life, and they rank at the bottom of my list of useful courses.

Brian C. Smith blogs about education technology from the technology side, at Streaming Thoughts. Some time ago he asked teachers to tell about their ideal classroom technology (my response is here). Now he’s back with results of his survey — what technology do teachers need for educational success?

It may be my fault for failing to make the point, but I think a successful classroom also needs access to a photocopier that can turn around material in short order — a fast photocopier is preferred. Classrooms also need printers.

I also wonder if working ventilation and temperature control for comfort figures into the technology equation.

The ideal classroom technology is that set which allows the student to learn well, with speed and wisdom.

Alexander (not yet the Great) and his teacher, Aristotle; public domain image, originally from British Museum?


Got a manual typewriter you can donate?

August 19, 2007

Few of us use manual typewriters for business anymore. But there are a few people who use them.

From comments to a previous “typewriter of the moment” post:

It is so thrilling to see how the ‘little’ things such as our manual typewriter can connect people in far away places to real feelings! They are lucky kids indeed but how lucky are we that we get to be a part of it :) If you have a manual typewriter that you would like to see used and loved by “generation ?” feel free to send it to us. One just is not enough!
CSWS 9450 22nd Ave SW. Seattle. WA. 98106

With Love
Sarah Airhart
Founder of the Community School of West Seattle.

So, if you’ve got a working typewriter in your attic or basement, or in your office acting as a paperweight, now you know where to send it — I’ll wager Sarah will give you a receipt so you can deduct the value of the machine from your income taxes.

But even if there were no deduction, wouldn’t the interest of the kids be enough?

Kids at the Community School of West Seattle


Dreaming: Ideal set of classroom technology

August 19, 2007

What would your ideal classroom have in it, especially with regard to technology? Brian Smith wants you to tell him what you need, and what you want, and what you dream about — here, and here.

Pushing the corporation’s training into the 21st century, almost two decades ago for AMR Corp., the parent of American Airlines and SABRE (which has been split off subsequently), a group of us in the future-looking department benchmarked corporate and academic training and education. One of our trips took us to IBM’s training center in White Plains, New York — IBM then being considered rather the leader in corporate training and education (running neck and neck with Arthur Andersen; tempus fugit, o tempora, o mores).

IBM put us through a wringer designed to make us think hard. For one example, they asked us why we weren’t benchmarking our own pilot training, which they had benchmarked a few years earlier. Pilot training at airlines in the U.S. was the best in the world, one fellow noted: You hire people who already know how to do the job well, and you have the pick of the best; you train them in simulators and in an intense classroom situations; then when they go to the job, they have trained people behind them to make sure they do it all right; then you call them back every year to refresh with the latest technologies. (Most other training at airlines still is not up to the pilot training standards, which is good for safety as far as pilots are concerned; aircraft mainenance is close behind. One gets an appreciation for true concern about safety when studying that process. But I digress.)

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Listen to a voice of experience

August 14, 2007

Quoting from Second Drafts, verbatim:

My mother, Charlotte, just retired in May after 30+ years teaching high school English. As this will be her first August without having to prep for school, I thought I’d better ask for her top ten teaching suggestions before she forgot them all. Here’s what she emailed me:

  1. Establish a seating chart at the beginning, but allow time for schedule changes. Some of my colleagues would allow students to sit where they wanted, and they all would end up at the back of the room. I always wanted them under my nose!
  2. Greet students cheerfully. You may be the only one to do this in their day.
  3. Have high expectations, but be realistic.
  4. Dress professionally, even though others don’t.
  5. Be alert to students whose eyes are focused on their laps – they’re probably texting!
  6. You gotta have a gimmick – a daily trivia question written on the board works well here. I always used the question cards from the Trivial Pursuit game. The first person to answer as the students come into the room gets a piece of peppermint candy, which enhances higher level thinking skills.
  7. Surprise the kids once in a while by diverting from the syllabus (Thoreau would love you for this).
  8. Be consistent in routine and discipline.
  9. Take care of discipline problems yourself, as much as you can.
  10. Be real and enjoy your students.

School starts tomorrow. Anybody else got any counsel you’d like to share?