‘Mass Customized Learning’: The key to education reform?

By Meris Stansbury, Associate Editor
February 21st, 2012

Technology helps make this mass customization possible through personalized digital learning.

Would you still drive a car if it was the Ford Model T? No? Even if the paint was new and it had air conditioning? The answer would always be “no,” said one education reform expert, because no matter how much you spruce up an old model, there’s always a maximum capacity … and the same applies to education.

During the American Association of School Administrators’ National Conference on Education Julie Mathiesen, director of Technology &  Innovation in Education (TIE), a professional development organization based in Rapid City, S.D., argued that the only way to achieve true education reform is to redesign student learning from class time to curriculum, and from teaching styles to learning spaces.

A key way to accomplish this reform, said Mathiesen, is to implement “Mass Customized Learning,” in which the instruction is tailored to each student’s needs and interests. And technology helps make this mass customization possible through personalized digital learning.

“The current Industrial Age system of education is working perfectly,” she said, “if you’re looking for 25 percent skilled and 75 percent unskilled students—[or] if you’re looking to have around one million students fail to graduate high school every year. We need to completely revamp the system.”

According to Mathiesen, the old way of learning doesn’t work anymore, because students are living in a world where they are no longer “told” how to think and don’t process and learn through “telling.” Instead, students learn by doing and by learning anytime, anywhere.

“One way to accomplish this is through the use of technology. I heard a great quote recently,” said Mathiesen, smiling: “‘The web and technology are setting out a great buffet of teaching and learning tools; however, most schools are just eating the napkins.’ If schools could learn about some of the great, free resources available, and learn how to engage students, true reform could start to take hold. We can’t keep simply tinkering with education.”

Along with the Model T reference, Mathiesen also discussed the book Finding Flow: The Psychology of Engagement with Everyday Life, by Mihaly Csikszentmihalyi.

According to the theory of “Flow,” there’s a boredom threshold and a challenge threshold. For example, we’re all skilled at clapping our hands but would find this too boring to do for fun. Like clapping hands, class activities can’t be based solely on skills—they have to be exciting and engaging as well.

Now take the example of knitting: People who knit like to apply skills to a challenging task to stimulate their mind. But if you say to those people, “You must knit a sweater and accomplish it all, perfectly, in one hour,” most will find it too challenging and quit.

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2 Responses to “‘Mass Customized Learning’: The key to education reform?”

I like the concept of customizable mass education. It works and works well for basic skills, but the concept is still in its infancy for teaching higher order thinking skills and creative thinking. Once someone develops a system that can teach children to be innovative thinkers, I’ll get behind this all the way. Currently, the closest thing we have to this is game-based learning, and educational games are about as developed as adaptive learning technology that can teach children how to think rather than what to think.
For more on the limitation of adaptive learning tech see my post on the Khan academy:

March 6, 2012

“Mass customized learning seems a very promising concept. How it actually develops into a system will depend a lot on the flexibility, adaptability, accessibility and the quality of the resources. We’re talking about students learning on interactive platforms that can offer free content personalized to their learning style and level, and enable real-time feedback to parents, teachers, or tutors.
We are talking about great content and engaging delivery. The closest I’ve seen so far in this regard is a hyper-interactive enhanced Algebra resource developed by CK12 and Wolfram together. I think you should check it out.