Archives for category: Curriculum

Diana Senechal demonstrates how the Common Core standards may be misinterpreted. She gives the example of a video lesson purporting to teach students how to interpret a poem, in this instance William Wordworth’s “I Wandered Lonely as a Cloud,” familiarly known as “The Daffodils.”

Students are supposed to summarize each stanza in their own words and write it on a sticky note, according to the instructor on the video. This almost makes Diana scream, “No!”

She writes:

“I question the premise that this is a helpful activity. The reason poetry is worth reading in the first place is that it makes singular use of language; it cannot be translated into prose. Restating a stanza in your own words takes you away from the language of the poem itself. Yes, some poems have complex constructions that need to be teased apart, but that does not have to involve restatement; or when it does, one can restate the specific construction, not an entire stanza. To restate a stanza is to stop it at the border and say, “You may not cross over into my mind with your own goods; you must exchange them for mine.”

And she explains that there are far better ways to teach poetry.

Is this a problem inherent in the Common Core standards or the implementation or something else? All three, she argues.

Reader Christine Langhoff writes in response to a post wondering about Exxon Mobil’s fervent advocacy for the Common Core standards:

“Exxon Mobile came into the Boston Public Schools in about 2003, trying to destroy our contract by inserting merit pay through a project called the Massachusetts Math and Science Initiative (MMSI), a branch of the National Math and Science Initiative (NMSI). And surprise! David Coleman is also a member of this board.

“Despite its official-sounding name, this was a private project begun by Tom Luce who served in Bush’s cabinet as an under secretrary of education. Failing to win the governor’s race in Texas in 1990, he was inspired to form “two nonprofit ventures that led public schools across the United States to measure performance based on standardized tests.” One of the first iterations was called “Just for Kids”. An early innovator (read NCLB) – all good ideas come from Texas! Currently, he is now a “reformer”on the board of the Foundation for Excellence in Education (FEE), Jeb!’s spawn.

“The Mass Math and Science Initiative set up shop in my school (89% of our students were minorities). We already had an outstanding track record of well-prepared kids diligently working their way toward scores of 4 and 5 in a host of AP classes. But the goal was not to have kids do well, the goal was simply to get more kids to take AP classes. Why? Follow the money.

“Although teachers had long taught AP courses successfully, no outsider consultants were involved. Suddenly, we were inundated with “verticle alignment” workshops, AP workbooks, CD’s, mandatory extra time for teacher AP training (including Saturdays) and cash payments to students taking the tests, as well as “merit pay” to AP teachers for high scores. In other words, what had been an in-house effort to take our most talented students a step forward toward distinguishing their academic records was co-opted to make bank for test fees, materials and consultants.

“In the same time period, the College Board began to require that AP teachers write up and submit an AP curriculum to them for approval (un-reimbursed, of course), and AP training courses began to be required of teachers so that they would be “qualified” to teach those “endorsed” classes. More “ka-ching” at the cash register.

“Remember that our faculty and students had a long track record of success in this arena. Under pressure from the school department, our numbers of students taking AP classes expanded exponentially, until nearly every student was enrolled in some AP class or another. So we met the goal of more kids, but of course our percentage of high scores fell off precipitously.

“It so happened that my own kids were applying for college during this time period. I noticed that though AP had been on the lips of admissions officers of “elite” schools four years earlier for my older child, now there was little interest. Every admissions person I asked about this at competitive liberal arts colleges had the same answer – that credential has been devalued.

“See:
http://www.nms.org/
http://www.nms.org/AboutNMSI/BoardofDirectors.aspx
http://www.dallasnews.com/business/columnists/robert-miller/20130402-odonnell-foundation-hires-tom-luce-dallas-attorney-and-education-advocate.ece
http://www.susanohanian.org/show_research.php?id=18”

The Common Core emphasizes the importance of “close reading,” that is, understanding the meaning of a text without reference to context or background knowledge, which presumably might privilege some students over others.

In this post, Valerie Strauss explains how the writers of the Common Core conceptualize the teaching of the Gettysburg Address. It was delivered by President Abraham Lincoln on November 19, 1863, at the dedication of the Soldiers’ National Cemetery, nearly five months after the Battle of Gettysburg, where Union forces defeated the Confederate army.

Strauss writes:

The unit — “A Close Reading of Lincoln’s Gettysburg Address“ — is designed for students to do a “close reading” of the address “with text-dependent questions” — but without historical context. Teachers are given a detailed 29-page script of how to teach the unit, with the following explanation:

The idea here is to plunge students into an independent encounter with this short text. Refrain from giving background context or substantial instructional guidance at the outset. It may make sense to notify students that the short text is thought to be difficult and they are not expected to understand it fully on a first reading — that they can expect to struggle. Some students may be frustrated, but all students need practice in doing their best to stay with something they do not initially understand. This close reading approach forces students to rely exclusively on the text instead of privileging background knowledge, and levels the playing field for all students as they seek to comprehend Lincoln’s address.

The Gettysburg Address unit can be found on the Web site of Student Achievement Partners, a nonprofit organization founded by three people described as “lead authorsof the Common Core State Standards.” They are David Coleman,  now president of the College Board who worked on the English Language Arts standards; Jason Zimba, who worked on the math standards; and Susan Pimental, who worked on the ELA standards. The organization’s Linked In biography also describes the three as the “lead writers of the Common Core State Standards.”

Strauss added a letter from a teacher who complained about the insufficiency of “close reading” when considering a text so fraught with meaning as the Gettysburg address. How is a student to understand the text while knowing nothing about where or why it was delivered?

In this post, Paul Horton–who teaches history at the University Lab School in Chicago–reacts to Valerie Strauss’s column on the Common Core “close reading” of the Gettysburg Address.

Horton writes:

The reading of the Gettysburg Address for the authors of the Common Core Standards is an exercise in the acquisition of literacy. The document is cut away from any context that would allow students to understand its historical significance.

This idea, after all, is the whole point of the postwar evolution of the “New Criticism”: literary value is determined by a work’s internal complexity: the tensions between elements or particulars and symbols, as leading “new critic” John Crowe Ransom who was the founding editor of the Kenyon Review might say.

Students who read the Address will be assessed on developing a short essay discussion of three main ideas discussed. The short essay will be graded according to a rubric that looks for key words, organization, and the repetition of key ideas.

He notes that this vitally important speech is shorn of any historical meaning when it is subjected to “close reading.”

Why the “close reading,” absent context?

It makes student answers easier to grade by machine.

Horton writes:

When the test makers designed the standards and the curriculum, they were not concerned with what the kids are learning or with anything that could possibly resemble knowledge. They created tests that could be graded easily and cheaply, either by teams that had been validated on an airtight rubric, or by computer algorithms.

And he adds:

If you were to write about the unbearable sadness of feeling the weight of hundreds of thousands of deaths and families torn asunder, you would fail your Pearson test. The state Superintendent’s “cut” might feel like an amputation.

Context? Don’t they do that in history class? From what I have seen, the Common Core snippet patrol can pare “Big History” down to a couple of milliseconds of not so cosmic time. History is lucky to get a “New York minute” these days. Schools are letting go of all of the old farts and marms who teach in depth research and who care about “significance.”

If you don’t know that the winter of 1863 was a tough time because of all of those details that the retired and fired teachers took with them when they cleared their desks, you would be a great candidate for teaching the “Gettysburg Address” and History with the script handed you by our genius test makers.

How is it possible for any student to understand the meaning of the Gettysburg Address without knowing the historical context in which it was delivered?

 

 

 

 

 

If you really want to know what the New York City public schools are doing to make sure that five-year-olds are on track for college and/or careers, read Gary Rubinstein’s description about his daughter’s Common Core workbook for kindergarten.

State officials claim they don’t want to test children in k-2, but that is not what the workbook says.

Gary notes:

Each page of the book features in large letters the words ‘TEST PREP’ so any administrator who claims that they don’t encourage test prep for kindergarteners is lying.  Also notice that these kindergarteners are getting early practice in bubbling. 

He reproduces example after example of math questions that the students are supposed to answer.

These five-year-olds are expected to know how to add and subtract and to do problem-solving. There is even some algebra thrown in for good measure.

Gary thinks the $30 that this workbook cost would be better spent on field trips and activities.

One of his commenters said that the workbook is not itself Common Core but a publishing company’s effort to implement Common Core.

I expect we will see many publishers using their resources to make school as “hard” as possible so that five year old children are on track for college and careers.

No wonder the big corporations and tech companies are so enthusiastic about Common Core.

The education industry is an emerging market!

Look at this Oregon-based company’s website, and you will see the possibilities. It will be supplying cloud-based resources for New York and other states.

And what a team! Fabulous corporate experience.

Wow! No wonder these business guys look down on teachers. You do the grunt work, you know, like doing stuff with kids every day, and they take home big bucks.

The Next Generation Science Standards are under attack for a variety of reasons. Even defenders of the Common Core are dissatisfied. Read here to learn why.

Far be it from me to reignite the Math Wars of the early 1990s, but I found this article–and the underlying debate–so interesting that I decided to share it.

The question is, when should children use calculators for solving math problems?

Thoughtful people are on opposing sides. On one side are those who say that students learn to do the calculations themselves, without the aid of a device, or the device will do the work for them, and the students won’t understand the mathematical principles. On the other are those who say that people have created and used devices like the abacus to make the use and learning of mathematics more efficient.

I have no opinion since this is not my field. I am glad I learned the times table many decades ago, and it sits securely in my head. But my anecdote is just an anecdote.

Math teachers, what do you think?

Wendy Lecker is an attorney for the Campaign for Fiscal Equity project at the Education Law Center.

In this article, she argues that the STEM crisis is overblown because there are more STEM graduates than there are jobs for STEM graduates.

She does not argue against teaching math, science, and engineering. She worries that our undue emphasis on standardized testing is crushing the spirit of inquiry and the innovative thinking that our future scientists and engineers need.

She concludes:

Yet our policies in recent years are moving us away from that creative culture of learning toward a system that produces compliant, conventional thinkers seeking the one right answer. Our leaders are singularly focused on increasing test scores as a measure of student, teacher and school success. This obsession has forced schools across the country to eliminate arts, music and physical education and drastically reduce subjects like social studies. It has forced teachers to teach from a pacing guide or script and use rubrics. And it has ignored the importance of diversity, so that more and more children are attending highly segregated schools.

Experienced teachers see the change in our children. My son’s fifth-grade teacher once said that by the time they got to her, after several years of CMTs and an increasing barrage of district-wide assessments, students were following her around, asking if they had the right answer. She saw that as a habit of which she needed to gently break them. In her class, free-flowing ideas led to creative connections. One morning the class was studying equilateral triangles. In the afternoon, their social studies textbook showed a diagram of a triangle with the three branches of government on each side. All she had to do was ask the class what an equilateral triangle meant and the children embarked on a robust discussion of the balance of powers.

Epiphanies do not exist inside rubrics and scripts. It is in the spaces in between subjects that innovation occurs. Therefore, if our leaders are truly trying to create the next generation of creative thinkers who will restore vitality to our stagnant democracy and economy, they must allow the “messiness” of learning back into our schools.

 

Brian Crosby is an inspiring elementary school teacher. He has been teaching in upper elementary grades for 30 years. He is a STEM teacher in Nevada. After he read Sharon Higgins’ post, he chided me for seeming to diminish the importance of STEM subjects. I assured him that this was not my purpose, and I am sure it was not Sharon Higgins’ either. Her point was that the “crisis” has been vastly oversold, and that many young people with STEM backgrounds are not finding the jobs they trained for. If this is true, I suspect it is because our major corporations are quick to outsource STEM jobs to countries with wages far lower than ours.

I want to assure Brian and everyone else who is teaching STEM subjects that I believe they are a deeply important and valuable part of a liberal education. I don’t think anyone should be ignorant of mathematics, science, engineering, and technology. These are hugely important skills, tools, and knowledge in our society–not only for careers but for general civic understanding and personal survival. For daily life, everyone needs enough mathematics to function in the world, as a consumer and as a citizen. We are constantly debating issues of science–whether it has to do with the environment, or space, or global warming, or evolution, or the effects of tobacco on our health, or the causes of obesity, or a million other topics.

STEM may or may not be necessary for the careers of the future–in my view, we have no idea what the careers of the future will be, say in ten years. But the STEM components are valuable. They comprise necessary skills.

But I insist that STEM subjects must co-exist with other important subjects, subjects that are also important for citizenship and the development of each of us as thinking persons. I insist on the importance and value of the arts, literature, history, civics, government, economics, geography, foreign languages, and physical education.

I believe in a full education for all students. They need to know about the world they live in and they need to know how it came to be. They need to learn about their society and other societies. They need the insight and inspiration that can be gained by reading literature, and they need the understanding that comes from the study of history.

So, Brian, this is meant to assure you and others who are teaching STEM that I support what you are doing. And I hope that you find time to listen to music, to see a play, to read a novel, to read a history, to learn a foreign language, and to get outside and play. All these things matter. We go to school not to become global competitors, not to prepare for a job (because we have no idea what jobs will exist in the future), but to explore all kinds of possibilities, to try out and develop new talents, to learn and discover new ideas. Education is a beginning. The hard thing is to learn how to learn, and to continue doing it long after you graduate from high school or college.

Sharon R. Higgins, an Oakland parent and blogger, questions
whether there is a STEM cris and offers documentation for her
views. She writes: The STEM alarm is definitely a manufactured
crisis. 1. “As the push to train more young people in STEM —
science, technology, engineering and math — careers gains steam, a
few prominent skeptics are warning that it may be misguided — and
that rhetoric about the USA losing its world pre-eminence in
science, math and technology may be a stretch.” (“Scientist
shortage? Maybe not.” USA Today, 7/9/2009,
http://usatoday30.usatoday.com/tech/science/2009-07-08-science-engineer-jobs_N.htm?loc=interstitialskip
2. “’There is no scientist shortage,’ says Harvard University
economist Richard Freeman, a leading expert on the academic labor
force.” (from “Does the U.S. Produce Too Many Scientists?”
Scientific American, 2/22/2010),
http://www.scientificamerican.com/article.cfm?id=does-the-us-produce-too-m&sc=WR_20100224
3. According to the Bureau of Labor Statistics, of the top 20
fastest growing occupations, only one is STEM-related (biomedical
engineers). http://www.bls.gov/ooh/fastest-growing.htm 4. According
to the Bureau of Labor Statistics, of the top 20 occupations
w/highest projected numeric change in employment, ZERO are
STEM-related). http://www.bls.gov/ooh/most-new-jobs.htm 5. The STEM
push ignores the subtleties. According to the Bureau of Labor
Statistics, some STEM occupations have job outlooks that are
“faster than average” but many fall into the “average” or “slower
than average” category. 6. The Gulen Movement has cleverly taken
advantage of the STEM push for its charter school expansion. ALL
their schools boast about having a STEM emphasis. Just one example
is with Harmony Public Schools, the Texas chain.
http://www.harmonytx.org/AboutUs/TSTEMatHarmony.aspx