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The EDifier

August 13, 2010

How does your state compare to other countries?

Unless you live in Minnesota or Massachusetts, you have no idea. That’s because they were the only U.S. states to participate in the most recent round of international assessments. Both states took part in 2007 TIMSS, which assessed the math and science skills of 4th and 8th graders from over 40 countries and jurisdictions. What both states found out is that their students stacked up  favorably against students in the high performing countries in the world.

Massachusetts 4th graders outperformed their peers in math in all but two countries (Hong Kong and Singapore), including Japanese  4th graders. Minnesota 4th graders outperformed their peers in all countries but four (Hong Kong, Singapore, Chinese Taipei, & Japan). Each state also performed significantly above the U.S. average and well above the international average. These states know that they are preparing most of their students with the math skills they need to compete with students from almost any other country.

The TIMSS results came out almost two years ago, so why am I bringing this up now? Well, because the U.S. Dept of Education’s National Center for Educcation Statistics (NCES) just announced that every state will  be able to make such comparisons in 2012, which is when the 2011 TIMSS results will be released. Since each state will participate in the the national NAEP assesment in 2011, the year TIMSS will be administered, NCES will be able to statistically link each state’s NAEP score to TIMSS to make it possible to compare each state’s performance to other countries.

In this day and age of a global economy, such information is vital. States need to know if they are preparing their students to compete with their peers from around the world. Currently, there is the assumption that our schools are doing a poor job of preparing their students to compete in a global economy, since the U.S. as a whole doesn’t score at the top of international assessments. However, we are a big country, divided up into 50 different state education systems and divided even further into 15,000  school districts, so looking at the U.S. average performance is just a piece of the story. Knowing how each of the 50 states compares provides an even larger and more important piece.

As Massachusett and Minnesota showed in 2007, we have states (some larger than most TIMMS countries) that can compete with the highest performing nations. Unfortuantely, we don’t know how many states or which ones. But in 2012 that will  all change. We will see first-hand how each of our states compares internatioanlly and I’m sure the results will be a wake-up call for some states, while other states will see that their hard work has paid off. Knowing where states stand internationally won’t impact student achievement directly, but it is an important flashlight to find out exactly where any problems lie. – Jim Hull

For more information about these international assessments and how the U.S. performs, check out the Center’s More than a horse race: A guide to international tests of student achievement.






August 12, 2010

Creativity can be taught

What does it take to get something done at work? It takes more than just knowing the solution. Qualities like communication, collaboration, critical thinking, and creativity — often called “broader competencies” by those in education — are key to succeeding in the real world.

If you think schools can’t teach things like these, or that new courses have to be developed, you’re wrong. Research is showing that an education that is both broad (in terms of subjects) and deep (in terms of understanding the underlying concepts of a subject) has all sorts of benefits, from better problem-solving to increased creativity. Read all about it in “Putting it all together,” the latest installment in our 21st century education series. –Rebecca St. Andrie






July 28, 2010

The push for college

There are those who have been making the argument that the push to get more students graduate college is overdone and maybe even harmful. Although I don’t agree with these arguments, they do make some legitimate points. For example, they state that more than half of those who go onto college will earn a four-year degree within six years and that of students who graduated at the bottom of their high school classes, 80 percent will likely never get a bachelor’s or associates degree. Considering the high cost of college nowadays, those students who go onto to college but don’t earn a degree are saddled with high debt and lower job prospects.

But instead of making the argument to send our education system back a half a century, where certain students had to choose their lifelong career at the age of 15, why not argue for a greater investment in our nation’s high schools? I’m not saying that students shouldn’t have access to vocational curriculum that teaches subjects like heating, air conditioning, or auto repair, but use those courses to teach traditional college-preparation subjects like trigonometry, chemistry, and physics. These subjects not only prepare students for college but are also essential for preparing students for the 21st Century workplaceeven when they enter that workplace directly after high school.  By providing a rigorous high school education that prepares students for both college and the workplace, students will have the choice of which direction they feel is best for them and not have that decision made for them.

Yes, going to college is no guarantee of a better life even after earning a four-year degree. But preparing all students to do so opens more doors for more students, whether they choose to go onto college or not. – Jim Hull






June 25, 2010

Critical Research on Assessing Critical Thinking

Filed under: 21st century education,Assessments — Tags: , — Jim Hull @ 4:09 pm

On June 11, Secretary of Education Duncan attended the National PTA Convention where he stated “Only by moving beyond basic skills and bubble tests can children develop the critical thinking skills that will give them the ability to compete successfully in the global economy.” 

There is growing consensus that multiple-choice based assessment should be augmented by written-response and performance items that test the application of skills in practical contexts. The elephant in the room is cost.  Across studies, a 2 to 1 cost ratio of “high quality” assessments (HQA) to multiple-choice assessments is fairly consistent.

The Stanford Center for Opportunity Policy in Education (SCOPE), led by Linda Darling-Hammond recently released a collection of reports intended to summarize current research on HQA’s, and the most important of them might be Topol, Olson and Roeber’s “The Cost of New Higher Quality Assessments:  A Comprehensive Analysis of the Potential Costs for Future State Assessments.”

Using a sophisticated cost model, Topol and colleagues estimate that traditional multiple-choice driven assessments cost approximately $20/student to administer, compared to about $56 for HQA’s.  Through cost savings strategies related to economies of scope, technology and teacher involvement, the authors suggests that HQA costs could be reduced to as little as $10/per student.

Here’s how they break it down:

 $55.67 (per pupil)  average starting cost of HQA (scored by vendor)

-$24.26                        savings from having teachers score non-multiple choice items as part of professional development

-$16.84                        savings from economies of scale over a 30-state assessment consortium

-$3.49                          savings from having students take tests online rather then with pencil-and-paper

-$0.93                          savings from using technology instead of humans to grade short written responses

-$0.71                          savings from having scorers grade questions on their work-based or personal computers, instead of at overhead-intense grading centers

$9.44                           TOTAL COST

Reducing the per-pupil costs of high quality assessments to half that of traditional assessment is obviously a bold, dramatic assertion.  There are a number of assumptions Topol and colleagues make that can be questioned:

That a 30-state assessment consortium is feasible.  The current common standards consortium would suggest it is, but it has yet to prove its worth in implementation, and abstract goal-setting is a lot easier to commit to then assessment implementation.

That the true long-term cost of implementing high quality assessment doesn’t actually include all alignment costs associated with a comprehensive cycle of meaningful assessment, training costs associated with integrating test results into instruction, altering teacher evaluation systems to account for new instructional values, modifying systemwide information systems, etc.  That’s the thing about HQA.  You’re not just changing the test—if you’re doing it right, you’re changing a district’s entire culture.  This cultural change would most likely need to include subjects other than math and English, the only subjects included in the report’s projections.

That the costs of purchasing, installing and administering computers in schools wouldn’t nullify the savings, even over an extended period of time.  The authors note that PC purchase costs were not considered in their figures and that the current student-to-PC ratio is estimated at around 4 or 5 to 1.

That teachers wouldn’t put up an intractable fight to avoid assuming what they might perceive to be unfair required duties.  As Darling-Hammond and many international studies have noted, scoring of contructed-response questions is a rich professional development activity, but asking teachers do it “on their own time”, outside of more easily fulfilled workshop requirements is in a different class of time-demands.

That such heavy reliance on technology wouldn’t be a mistake.  Remember a couple of election cycles ago when there was a big movement to replace manual voting systems with electronic touch screens?  It didn’t take because electronic systems failed in grand scales in high stakes situations.  How long would it take to get even more complex assessment applications working on a large scale in education?

Despite these considerations, there is a modified approach to the proposed framework that is quite promising.  Topol considers the impact of actually paying teachers a $126/day stipend.  Eliminating all of the technology-based improvements and implementing this stipend yields an overall cost of $25.71 versus the traditional multiple-choice test rate of $20/model. 

Now we’re talkin’.  If we could get HQA costs down to just 25% percent more than traditional assessment, we have a serious discussion on our hands as to why we aren’t, as an education community, prioritizing the development and implementation of such a critical step in the development of college- and career-ready skills. –David English






June 15, 2010

When are we going to use this stuff?

Filed under: 21st century education — Tags: , , , , , — rstandrie @ 11:23 am

It’s the classic schoolroom whine: “When are we going to use this stuff?” Well, guess what? We finally have the answer.

The answer comes through understanding a concept called “practical literacy.” For instance, being practically literate in reading and math might mean being able to understand a technical manual, for example, or adjust a recipe if unexpected guests are joining the dinner party.

It turns out that practical literacy only comes through a full, thorough knowledge of the basics of a subject. And being practically literate in basic subjects, such as reading, math, and science, is going to be crucial for everyone. No matter what they do for a living.

  • Reading comprehension ranked above technology skills for every group of incoming workers. Workers with stronger literacy skills are more likely to be employed, to have higher-status jobs, and to earn significantly more.
  • As workers are asked to take more responsibility for their own health care and financial planning, for example, they face a welter of confusing numerical information. Being able to understand mathematical concepts is the only way they will be able to make sound decisions about their future.
  • From personal matters such as health to public issues such as climate change, today’s students will need basic scientific literacy if they are to make informed choices.

If you’d like more examples, read “When are we going to use this stuff?” part of our series on 21st century skills.–Rebecca St. Andrie






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