Archive for the ‘Technology’ Category

Rudolph the Red-Nosed Reindeer Had It Right

Tuesday, December 13th, 2011

Bear with me as I walk down memory lane and take a moment to get to my point.

Sometimes a Christmas TV special delivers more wisdom than it intended.  Like millions of other parents I watched “Rudolph the Red-Nosed Reindeer” this past weekend with my kids.  They absolutely loved it.  My 5-year-old daughter was saddened when the other reindeer teased Rudolph, and touched by Clarice’s affection.  My 3-year-old son shouted “SCARY” when the Abominable Snow Monster growled over the mountaintops and swatted at Cornelius.  Both keep skipping around the house singing “Silver and Gold.”  My kids’ reaction was no different than mine when I first saw the show not long after it debuted in 1964.

What strikes anyone who watches Rudolph today is how basic this stop-motion classic is.  The set for the show appears to be made of little more than felt, foil wrappings, beads, and plastic snow.  The characters are of course puppets, made of wood, wool, faux fur, and vinyl.  If you look real closely you can see the lead wires on the puppets’ hands—and the dirt on Santa’s gloves.  This is low-tech.

Rudolph is one of a handful of 60s-era shows that continue to dominate the Christmastime TV lineup.  The others—you could name them—include  “A Charlie Brown Christmas,” “Frosty the Snowman,” and “How the Grinch Stole Christmas!”  These shows are successful, of course, because they are beautifully crafted interpretations of great stories, either from books or from song.  It is the quality of the storytelling that keeps these tales around.   They not only don’t suffer from their low-tech-ness, but their simplicity helps us to focus on the story and characters.

Even though the broadcast and cable networks generate oodles of new shows every holiday season that they hope will enter this vaunted lineup, none has made it (though Polar Express appears to be making a good run for it.).  Most of these shows are faster-paced than the old stand-byes and, needless to say, far more slick.

My point (yes, I’ve finally gotten there) is that technology is no replacement for quality content.  A great story—no matter how simply told—will still shine through.  And a poor one—no matter how aided by special effects—will still fail.

One can draw a similar parallel between curriculum and education technology.  A curriculum rich in literary, historical, artistic, and scientific knowledge can of course make good use of new technologies, as long as they are smartly used in the service of the content and skills a teacher is trying to teach.  Such a curriculum also can work unaided.  But a weak, content-free curriculum based on vacant ideas such as “reading strategies” and relying on dry, incoherent basals containing “leveled” excerpts will fail, no matter how actively one tries to animate this dead material on a SmartBoard.

 

Lynne Munson

 

Caution for Digital Literacy Enthusiasts

Wednesday, October 26th, 2011

In a letter to Time, Annie Murphy Paul says “we’re overestimating how much computers will teach our kids” and undervaluing the importance of content knowledge:

“There is no doubt that the students of today, and the workers of tomorrow, will need to innovate, collaborate and evaluate, to name three of the ’21st century skills’ so dear to digital literacy enthusiasts. But such skills can’t be separated from the knowledge that gives rise to them. To innovate, you have to know what came before. To collaborate, you have to contribute knowledge to a joint venture. And to evaluate, you have to compare new information against knowledge you’ve already mastered. Nor is there any reason that these skills must be learned or practiced in the context of technology. Critical thinking is crucial, but English students engage in it whenever they parse a line of poetry or analyze the motives of an unreliable narrator. Collaboration is key, but it can be effectively fostered in glee club or on the athletic field. Whatever is specific to the technological tools we use right now—and these tools are bound to change in any case—is designed to be easy to learn and simple to use.”

Read on, here.

 

Good Technology Won’t Cover for Bad Curriculum

Tuesday, September 13th, 2011

Even in the midst of budget cuts, education leaders are investing billions of dollars in technology. School leaders, education reformers, and the business world, in particular, herald digital devises that “let students learn at their own pace, teach skills needed in a modern economy and hold the attention of a generation weaned on gadgets” as education’s next savior.

But the technological emphasis is largely untested and, when available, data shows moderate if any student achievement gains. Fordham’s Peter Meyer offers insight:

“[I]t would seem … as happened to the charter school movement, which spent lots of time and energy debating the chartering process and defending it in the face of frequent lackluster performance numbers, the technological classroom is late to an appreciation of the essential elements of education; mainly, the importance of knowledge.  What should our kids know?  David Cohen of the University of Michigan told a gathering of education journalists last May (see my Digital Divide post) that all the technology in the world won’t help if you don’t get the curriculum right.  (And speaking of charters, I once asked KIPP co-founder David Levin how important curriculum was to KIPP’s success. ‘Very,’ he said.)”

Read more, here.

STEM Spelled with a “T” Alone

Wednesday, February 9th, 2011

“I think we have overemphasized science at the expense of engineering and technology,” says National Assessment Governing Board member Alan Friedman, who is former head of the New York Hall of Science.

Really? Well, let’s look at the evidence that American schools have “overemphasized science.”

  • U.S. students’ NAEP science scores are abysmal.
  • Schools are reporting less participation in science fairs.
  • The U.S. ranks alongside Mexico and the Slovak Republic, near the bottom of the PISA and TIMSS science test.
  • The U.S. provides thousands of H1-B visas to scientists in other nations to bring their knowledge here.

Despite data indicating that taking more science courses can increase student performance (on NAEP’s own science assessment), we increasingly see “STEM” being implemented without the “S” (science) or “M” (mathematics).  In fact, even the “E” (engineering) in STEM is being contorted to fit an an almost solely technology-driven agenda.

Look at NAGB’s plan for its new Technology and Engineering Literacy assessment. It is all “T” (technology)–with a dose of sociology.

Here are the three major areas the new NAEP test will assess:

Technology and Society: the effects that technology has on society and the natural world and the ethical questions that rise from those effects.

Design and Systems: the nature of technology, the engineering design process by which technologies are developed, and basic principles of dealing with everyday technologies, including maintenance and troubleshooting.

Information and Communication Technology: computers and software learning tools, networking systems and protocols, hand-held digital devices, and other technologies for accessing, creating, and communicating information and for facilitating creative expression.

So NAEP’s definition of “engineering” doesn’t include, say, understanding how a dam works or why a skyscraper stands. This new test will assess only students’ understanding of the engineering related to the design, maintenance, and “troubleshooting” of technology (e.g. computers and hand-held digital devices). This list of topics reads like it was drawn up by the human resources folks at Apple, Dell, and Intel. The new NAEP test is a narrow skills assessment that will make a strange bedfellow among NAEP’s other, core-subject assessments in the arts, geography, history, civics, and the like. We hope NAGB will rethink its approach to this test and make it more compatible with its other assessments.

Lynne Munson

Using 21st-Century Technology in Service of Content

Tuesday, October 19th, 2010

If education is sharing information, how do we help our students filter through today’s endless supply?  What happens to content as technology makes it more open and accessible to educators?  Yesterday, Common Core’s Lynne Munson participated in a New America Foundation panel of leaders working to bring technology into classrooms in innovative ways.  You can watch a video of the discussion here.

Now, just as standardized computer protocols increasingly allow a more open exchange of information, the Common Core State Standards (CCSS) have created a tremendous opportunity for states to share technological tools for teaching.  In the (39 and counting) CCSS states, teachers can now share lessons, knowing their instruction is meeting their state’s standards.

Our CCSS-aligned maps were developed in response to the possibilities generated by the new standards.  The maps embrace open sharing of information: they are accessible online and will (before year’s end) allow teachers to share lesson ideas and suggest adaptations.  But, importantly, they are full of quality content.

We applaud the use of technology to enhance teaching and learning.  But we do so with caution.  After all, we believe “Twenty-first century technology should be seen as an opportunity to acquire more knowledge, not an excuse to know less.”

Stephanie Porowski

Today’s Class, Brought to You By…

Friday, June 25th, 2010

When P21 released a study documenting the importance of the “4Cs” to “workforce preparedness and business success,” we criticized them for marketing products without providing proof that using them affects student learning. The Washington Post has taken note. Reporter Stephanie McCrummen provides fresh evidence of the sleazy relationship between ed-tech companies and school districts, such as ed-tech companies sending school district officials on resort junkets and booking them for speaking engagements. She also reveals how unreliable, even dishonest, much of the research is behind tech ed products.

McCrummen discovered that Promethean, a manufacturer of whiteboards, is among the worst offenders. Sherwin Collette, the tech director for Montgomery County schools, spoke at Promethean-sponsored education conferences after the school district signed “a $13 million deal with Promethean to lease 2,600 whiteboards in 2008.” The Arizona attorney general – remember, P21 is headquartered in Tucson – “criticized Tucson Unified School District officials for accepting rooms, meals, an open bar and free iPods at a resort conference paid for by Promethean after the district spent $2.1 million on products.” Doug Levin, the head of the State Educational Technology Directors Association, doesn’t see anything wrong with Promethean’s behavior.  According to Levin, it’s the “[job] of the public sector to evaluate claims of these vendors.” Levin’s organization counts Promethean among its $30,000 platinum sponsors.

And how is the public sector supposed to evaluate claims about these products if the only research into the products is paid for by the tech companies? One of the most-cited articles about whiteboard effectiveness, published by Marzano Research Laboratory (“powered by Solution Tree,” which is also a paid promoter of 21st century skills), was funded by whiteboard manufacturer Promethean. The study makes great claims about how whiteboards increase student achievement, but even Robert Manzano, the study’s author, concedes that “23% of teachers reported higher test scores without the whiteboard, and some reported lower scores using it.” The study’s methods were criticized by Dan Willingham in a separate article for the Post, and Steve Ross, an education professor at Johns Hopkins, characterized the study as “suggestive” and inconclusive – “and that’s being generous.”

You tell us – is it a cheap shot to suggest that something fishy is going on here?

James Elias

“Mr. Laptop—Can I Ask a Question?”

Friday, July 24th, 2009

Common Core supports the use of technology in the classroom. But a pilot program in math instruction at Middle School 131 in New York City’s Chinatown takes technology too far. According to the New York Times this week:

Once the students arrive at school, they receive their individual playlists identifying the lessons they have to complete for the day, which could involve virtual tutoring online, computer worksheets or small-group lessons with a classroom teacher. Their schedules are also displayed on large television screens, akin to flight schedule displays in airports.

A photo accompanying the article shows students arrayed in a room. No two students are doing the same thing. Most wear headphones and face different directions. Some appear to be concentrating. Others look bored. One is sneaking a peek at her neighbor’s screen. A couple of adults oversee the “class” from behind a raised table at the end of the room (a genius bar?). Just one teacher is interacting with a student—in this case, looking at his laptop with him. No one looks anyone else in the eye.

New York’s education department plans to grow the program, expanding it into other subjects and at other schools. But how would this work, for example, in an English or Chemistry class? What about classroom discussions? Or experiments? Is there software that can accurately grade writing quality? When the laptop becomes the teacher and the student attends a “school of one”—as this program is called—students lose possibly more than they gain. Technology is a tool that can enhance learning when put in the hands of good teachers. But technology is not education.

Lynne Munson and Laura Bornfreund