Educational insanity

After 20 years of education reform focused on reading and math — and billions of dollars in spending — NAEP results show little improvement, writes Lynne Munson of Common Core. It’s educational insanity, she writes, using Einstein’s definition: “Doing the same thing over and over but expecting different results.”

We’ve tried to bring market pressures to bear through charters and choice.  We’ve attempted to set high standards and given high-stakes tests.  We’ve experimented with shrinking school and class sizes. We’ve focused on “21st century skills” and used the latest technologies. We’ve collected and analyzed data on an unprecedented scale.  We’ve experimented with a seemingly endless array of “strategies” for teaching reading and math and have tried to “differentiate” for every imaginable “type” of student. And we’ve paid dearly in tax dollars and in other ways for each of these “reforms.”

Interestingly, all of these reforms have one thing in common (aside from their failure to improve student performance except in isolated instances):  None deals directly with the content of what we teach our students.

Teaching knowledge “of things like standard algorithms, poetry, America’s past, foreign languages, great painters, chemistry, our form of government, and much more” works for all students, Munson writes, citing International Baccalaureate, Latin schools curricula and Core Knowledge. Ignoring curricular content is nuts.

Attack of the reading tests

Rachel Levy hoped to teach history and geography while developing her high school students’ reading and writing skills. But the principal of her inner-city D.C. school — pre-Rhee — told social studies teachers to spend one-fifth of class time teaching the reading test, Levy writes on Core Knowledge Blog.

Teachers were told to make a chart for each student showing how well he or she did on each skill, such as “context clues.”

Then I was supposed to target my lesson plans to teach and remedy each student’s individual weaknesses. . . . such instruction and data collection had to be documented in our lesson plan books and during classroom observations.

Teach and remedy each student’s individual weaknesses?

While testing doesn’t require such stupidities, few educators have the patience to rely on a “well-rounded and knowledge-rich curriculum” to raise scores gradually, Levy writes.

She tried to persuade colleagues that the way to raise test scores was to “teach content and have students read and write as much as possible.”  No one agreed.

Now raising three children, Levy blogs at All Things Education.

Update:  You need to know how to teach but you also need to know your subject very well, writes Michael Bromley, a social studies teacher who guest-blogged for Rick Hess on Ed Week.  “No matter the teaching strategy, if you don’t have something valid, interesting, and important to teach there will be no learning.”

In June, the National Assessment of Educational Progress released a report showing core historical illiteracy among American school children. In response, famed historian David McCullough told the Wall Street Journal, “People who come out of college with a degree in education and not a degree in a subject are severely handicapped in their capacity to teach effectively because they’re often assigned to teach subjects about which they know little or nothing.”

Wait a minute, there, David, hold on: modern pedagogy states that qualified, education-proficient teachers can teach anything, so long as the correct strategies for student engagement are followed. Isn’t that the problem? David replies, “You can’t love something you don’t know any more than you can love someone you don’t know.” Amen, brother . . .

If you don’t know the subject, your students won’t either, Bromley concludes.

American Educator: Content matters

The new American Educator includes Jeffrey Mirel on Bridging the “Widest Street in the World,” (pdf), the divide between education school professors and their liberal arts colleagues.

Instead of continuing to debate the relative merits of pedagogy versus content, professors on both sides should realize that prospective teachers need to know not only their subject matter, but also how to teach it so students will understand.

Lauren McArthur Harris and Robert B. Bain write on Pedagogical Content Knowledge for World History Teachers (pdf).

Deborah Loewenberg Ball and Francesca M. Forzani write on Building a Common Core for Learning to Teach (pdf). They see the Common Core State Standards as an opportunity to establish “a common core of professional knowledge and skills for prospective teachers.”

Reading what?

Good readers need background knowledge — not just skills — concludes John Merrow after talking to E.D. Hirsch, Mike Smith and Linda Katz about reading development.

(Hirsch) explained what is called “the Matthew Effect” to Virginia’s legislators . . . “For unto every one that hath shall be given, and he shall have abundance: but from him that hath not shall be taken away even that which he hath.” . . .  the more you have learned, the more you are capable of learning and likely to learn. The reverse is also true: the less you know, the harder it is for you to acquire knowledge.

“You have to read about something, whether it’s baseball or Patrick Henry or space travel or a pet dog,” Merrow concludes.

And it’s important that all children have common reading experiences — shared content. Finally, closing the vocabulary gap is best done in situations that replicate how vocabulary-rich children in the study acquired their larger vocabulary — through conversation, not in cold classrooms where drill is the M.O.

Merrow is touting the Campaign for Grade-Level Reading.

I’m tutoring two first-grade boys, one of whom has really struggled. On Monday, he doubled his reading speed. On Thursday, he enjoyed reading.

Knowledge matters

E. D. Hirsch’s knowledge-based curricula is the key to “Massachusetts’s miraculous educational reforms,” writes Sol Stern in City Journal.  After the 1993 education reform bill, Massachusetts wrote content-rich grade-by-grade standards backed by testing, Stern writes.

The history and social-science curriculum, for instance, makes clear that students should be taught explicitly about their rich heritage, rather than taught how to learn about that heritage. The curriculum calls for schools to “impart to their students the learning necessary for an informed, reasoned allegiance to the ideals of a free society.” This learning includes “the vision of a common life in liberty, justice, and equality as expressed in the Declaration of Independence and the Constitution two centuries ago.”

While other states have seen little progress in reading and math, Massachusetts students have moved to the top on the National Assessment of Educational Progress (NAEP) and do much better than the U.S. as a whole on Trends in International Math and Science Studies (TIMSS).

Stern’s children were students at a sought-after Manhattan public school, William Tecumseh Sherman, whose teachers and principals had trained at Columbia University’s progressive Teachers College.

I once asked my younger son and some of his classmates, all top fifth-grade students, whether they knew anything about the historical figure after whom their school was named. Not only were they clueless about the military leader who delivered the final blow that brought down America’s slave empire; they hardly knew anything about the Civil War, either. When I complained to the school’s principal, he reassured me: “Our kids don’t need to learn about the Civil War. What they are learning at P.S. 87 is how to learn about the Civil War.”

After reading Hirsch, the Sterns “accelerated our children’s supplementary home schooling” to ensure that they developed a base of knowledge.

Reading: quantity, nonfiction, knowledge

The common standards movement has sparked a useful discussion of teaching reading. Many critics like the newest draft of the standards, reports Curriculum Matters.

Carol Jago, the president-elect of the National Council of Teachers of English, tells me she thinks the draft has improved in two ways. First, it emphasizes “quantity in reading.” Jago, an author and former high school teacher, served as one of several outside reviewers of the English-language arts version of the document.

“More is more when it comes to students and reading,” Jago told me in an e-mail. “I was delighted to see this important point addressed so directly…The dramatic difference between the number of books students read in high school and the number they are assigned in college I believe contributes enormously to student failure in the first semester at university.”

Jago also likes the focus on reading challenging books independently, a skill needed for college and the workplace.

Will Fitzhugh, the founder of The Concord Review, wants more stress on nonfiction documents and research papers.

In a Washington Post op-ed, cognitive scientist Dan Willingham critiques the standards for assuming students can understand what they read without background knowledge. Teaching “strategies” doesn’t lead to comprehension, he writes.

Remarkably, if you take kids who score poorly on a reading test and ask them to read on a topic they know something about (baseball, say, or dinosaurs) all of a sudden their comprehension is terrific—better than kids who score well on reading tests but who don’t know a lot about baseball or dinosaurs.

In other words, kids who score well on reading tests are not really kids with good “reading skills.”

Once students have “cracked the code of letters and sounds” and read fluently, the good readers are the ones with the prior knowledge to enable them to understand what they read, Willingham argues.  Students who lack background knowledge can reason their way through a text, but it’s slow and difficult, “a recipe for creating a student who doesn’t like reading.”

21st century science, geography

Partnership for 21st Century Skills has come out with science and geography road maps that show how to integrate “new” skills into old subjects. Last year’s maps covered English Language Arts and social studies. Math is in the works.

The science and geography maps provide educators with teacher-created models of how 21st century skills can be infused into instruction and highlight the critical connections between science, geography and 21st century skills such as critical thinking, problem solving and communication.

There’s no content, complains Common Core. Instead, P21 explains that learning skills is more important than “acquiring information” and “assessing to learn what students do not know.” 

So, under P21’s plan, students will learn less and their knowledge gaps will go undetected. 

Common Core also wonders how students can learn from the suggested activities if they haven’t acquired any information.

The fourth-grade science activity is light on science:

 Students in the class role-play citizens in a town meeting where members of the community express different points of view about a local issue, such as the location of a new school, building a bypass for traffic, or a re-zoning of downtown to be “pedestrian only” without vehicles, etc.

Eighth-grade science focuses on how a citizen evalutes scientific claims, not how to be a scientist. Most of us will be, at best, informed citizens, but what about the students who want to do science?

Students view video samples from a variety of sources of people speaking about a science-related topic (e.g., news reporters, news interviews of science experts, video podcasts of college lectures, segments from public television documentaries, or student-made videos of parents and professionals in their community). Students rate the videos on the degree to which the person sounded scientific…

A proposed 12th-grade geography activity asks students to conduct a survey to ”test the law of retail gravitation (i.e., the number of visits a resident makes to competing shopping centers is inversely proportional to the distances between residence and center and proportional to the size of the center).” That is, people will travel longer distances to visit a large shopping center with many choices than to go to a small shopping center.

Given the percentage of young Americans who can’t find Iraq and Iran on a map — much less tell the difference between them — mastery of retail geography seems a bit esoteric.

Know-nothing ‘experts’

In a column dissing experts, NY Times columnist Nicholas Kristof describes the “Dr. Fox effect,” named for experiments in which “an actor was paid to give a meaningless presentation to professional educators,” psychiatrists, psychologists and graduate students.

The actor was introduced as “Dr. Myron L. Fox” (no such real person existed) and was described as an eminent authority on the application of mathematics to human behavior. He then delivered a lecture on “mathematical game theory as applied to physician education” — except that by design it had no point and was completely devoid of substance. However, it was warmly delivered and full of jokes and interesting neologisms.

Afterward, those in attendance were given questionnaires and asked to rate “Dr. Fox.” They were mostly impressed. “Excellent presentation, enjoyed listening,” wrote one. Another protested: “Too intellectual a presentation.”

Students learn more from high-content lectures, researchers concluded, but give the same high ratings to “expressive” Fox-style lectures with no content as they do to “expressive” lectures with content.

Reading and knowing

Reading tests that measure grade-level knowledge as well as skills would help students build comprehension, writes E.D. Hirsch, Core Knowledge founder and author of The Knowledge Deficit, in a New York Times op-ed.

These much maligned, fill-in-the-bubble reading tests are technically among the most reliable and valid tests available. The problem is that the reading passages used in these tests are random. They are not aligned with explicit grade-by-grade content standards. Children are asked to read and then answer multiple-choice questions about such topics as taking a hike in the Appalachians even though they’ve never left the sidewalks of New York, nor studied the Appalachians in school.

Hirsch advocates using reading passages on tests taken  “from each grade’s specific curricular content in literature, science, history, geography and the arts.”

Test preparation would focus on the content of the tests, rather than continue the fruitless attempt to teach test taking.

In a 1988 study, researchers gave strong and weak readers in seventh and eighth grade a reading test with passages about baseball.  “Low-level readers with high baseball knowledge significantly outperformed strong readers with little background knowledge,” he writes.

This reform would push states to set specific learning goals, Hirsch adds. Teaching to the test would mean teaching the curriculum.  Disadvantaged students, who rely on their teachers to teach them knowledge and vocabulary they can’t learn at home, will have a chance to catch up.

Creativity without content

D-Ed Reckoning’s Ken DeRosa is a grinch.  He looks at a nice, little story about children’s creativity in a National Engineers Week Future City Competition and asks whether students are learning anything.

The competition challenges middle school students to design a city of the future with a focus on water conservation, reuse, and renewable energy. The students use the game SimCity (Deluxe 4) to help them build their three-dimensional models to scale. They have a semester to dream up and then construct their miniature cities entirely out of recycled materials. Supposedly, this inspires them to consider engineering as a profession.

The Pittsburgh Post-Gazette describes one entry, called L.U.R.E., set in New Mexico:

School is free for everyone, brought into individual homes via a holographic teacher. Nearly everyone in town is gainfully employed as an engineer.

Mountain goat racing and sand surfing satisfy a yen for sports and leisure. And if, for no apparent reason, you need a getaway, there’s the Space Shuttle Gilligan to whisk you on a four-month vacation to the moon…

Students used a Starbucks frappuccino cup to model a coffee shop; they made office buildings from paper towel rolls.

Students were supposed to be learning “how engineers turn ideas into reality.” But they didn’t need any engineering knowledge to build their models, DeRosa grumps.

It’s not as if they built a teaching hologram or used recycled materials to build a real building or designed systems to conserve water and use renewable energy.

My husband, born to be an engineer, built a color TV set when he was in high school.  It worked.  His father, also an engineer, built model planes as a teenager. They flew.

My first husband, a math-physics guy,  designed an atomic bomb in fifth grade for a school project. “It probably wouldn’t have worked,” he said. But he’d studied the science and the math.  It wasn’t an art project.