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Wary about STEM

  
  
  

I enjoyed attending last week's National Math Panel Forum in Washington. Like the first forum, the specific objectives of the gathering weren't crystal clear. However, the opportunity to mix with folks representing federal and state policy, the various fields of mathematics, pre- and in-service teacher development, math education, publishing, assessment, research, and more was invigorating and provocative. I felt I learned a lot, and I hope that the efforts to capture collective thinking in targeted breakout sessions lead to valuable recommendations.

However, I did have one nagging concern from the gathering. When representatives of the Obama administration talked about the need for STEM education and incentives to extend it, I got a little nervous. My anxiety is that schools become satisfied with students doing fun projects like building model bridges and designing software games, and they neglect the rigor of the science and math that make the bridges and games work.

I do love STEM. I've created scores of science and math programs that engage students with compelling contexts requiring a deep understanding of the content. We have to make sure, though, not to stop with the context -- the manipulatives, the spreadsheet, the stuff students are doing. Those activities, the Technology and Engineering, are vehicles for engaging with, learning, and applying the Science and Math. Students need to know how and why thinks work so that they can use the concepts in other compelling (and mundane) situations. The National Research Council report -- Taking Science to School -- from a few years ago does a nice job of summarizing how hands-on science often became a fun manipulative experience for students. They looked very engaged, but they typically couldn't explain the science. As we move forward now with math, we need to be cautious that STEM doesn't sTEm.

Comments

Oh, David, where to start... 
 
First, when STEM topics are taught using inquiry-driven PBL, they are engaging (yes, fun) and the things learned stick! I spend my current life going around the planet helping teachers understand that technology and engineering along with math and science need to be approached as an integrated and playful whole. Visit my site, read the briefing papers, and then let's do this: Pick a conference in either the US or Brazil, my two home countries, and set up a debate with me on this topic.  
 
You are completely misreading the importance of having a real STEM education. (You may know that my PhD is in engineering, math and physics (science) and I worked as an inventor of technologies for decades, so this is ONE of the few topics I actually do know something about.) 
 
You are too prominent a person to be misguided on this important topic. Let's talk - soon! 
 
Warmly, 
 
David Thornburg
Posted @ Friday, October 16, 2009 9:05 AM by David Thornburg
Oh, David, where to start... 
 
First, when STEM topics are taught using inquiry-driven PBL, they are engaging (yes, fun) and the things learned stick! I spend my current life going around the planet helping teachers understand that technology and engineering along with math and science need to be approached as an integrated and playful whole. Visit my site, read the briefing papers, and then let's do this: Pick a conference in either the US or Brazil, my two home countries, and set up a debate with me on this topic.  
 
You are completely misreading the importance of having a real STEM education. (You may know that my PhD is in engineering, math and physics (science) and I worked as an inventor of technologies for decades, so this is ONE of the few topics I actually do know something about.) 
 
You are too prominent a person to be misguided on this important topic. Let's talk - soon! 
 
Warmly, 
 
David Thornburg
Posted @ Friday, October 16, 2009 9:06 AM by David Thornburg
Oh, David, where to start... 
 
First, when STEM topics are taught using inquiry-driven PBL, they are engaging (yes, fun) and the things learned stick! I spend my current life going around the planet helping teachers understand that technology and engineering along with math and science need to be approached as an integrated and playful whole. Visit my site, read the briefing papers, and then let's do this: Pick a conference in either the US or Brazil, my two home countries, and set up a debate with me on this topic.  
 
You are completely misreading the importance of having a real STEM education. (You may know that my PhD is in engineering, math and physics (science) and I worked as an inventor of technologies for decades, so this is ONE of the few topics I actually do know something about.) 
 
You are too prominent a person to be misguided on this important topic. Let's talk - soon! 
 
Warmly, 
 
David Thornburg
Posted @ Friday, October 16, 2009 9:06 AM by David Thornburg
A response to David Thornburg: 
 
David, 
It's great to hear from you, even when you think I'm misguided. In fact, I suspect we agree more than disagree. You should know from the many programs I've helped create over the years that I'm a big proponent of STEM and problem based learning (PBL). I concur in the importance of having a "real" STEM education for our students. 
 
However, I am anxious about the implementation of STEM education and the policies that will drive it. Indeed, I'm worried that we won't do enough to educate the educators in what good, rigorous STEM experiences look like. I don't want STEM to become a vehicle for repeating past mistakes -- when hands-on science or math manipulatives became ends in themselves. Kids did stuff that looked like the application of science and math, but they didn't understand what they were doing or why it worked. 
 
I greatly admire the work you do and you've done. Let's do talk so that we can work together to insure that good and important ideas come to fruition in ways that will lead to deeply engaged and well-educated students. If you think I'm sill off-track, let me know. We'll talk. 
 
All the best, 
David Dockterman
Posted @ Friday, October 16, 2009 5:11 PM by David Dockterman
David, 
I'd love to continue this conversation outside the blog. Please send me your e-mail address. I'm sure we want the same results. I have a chapter in my forthcoming book on the power of tinkering. Sometimes, what starts as a silly creative activity can lead to deep insights - all without the necessary mediation of a teacher. I'd love to continue our conversation and will be at T+L, how about you?
Posted @ Saturday, October 17, 2009 8:16 AM by David Thornburg
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