Whenever I'm asked to define a word as commonly used as "learning" I know I'm really in for a difficult task. Most of my students would probably say you've learned something if you didn't used to know it, but now you do. That's really as far as they take it, and they don't stop to wonder about retention or application or anything much beyond regurgitating it on a test. Frankly, I sometimes think that's all some policymakers think learning is, too. However, as a teacher I feel real learning goes far beyond simply memorizing a discrete fact long enough to choose the correct item on a test. I believe that for something to be truly learned, the individual must be able to retain the information, AND ALSO apply that information in various real-life situations. Only in this way is true comprehension of a concept demonstrated. I believe the reason why so many students don't apply skills learned in a class in any other place than that class is because they don't really understand what they are being taught on a deep enough level to genuinely use and apply it.
So, how can learning be best effectuated by a teacher? I'm not sure I can provide a complete answer to this question, but I know some of the pieces include teaching in such a way that reaches different learning styles and types of intelligences. Also, going beyond simply drilling information into those empty vessels to where students are discovering things for themselves, or creating their own understandings, is key. In my area, where I teach writing, it is important to require lots of practice of the skills they are learning in as close to real-life situations as it is possible to get. For example, students can write letters to real people, companies, or agencies. They can create real newspapers. They can create presentations to teach each other about parts of speech.
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I agree with your thoughts that learning is more than rote memorization. We need to teach students how it applies to them and how to transfer it to other areas in their life. For example I teach all the necessary math that students need for science. However I still have the science teachers coming to me saying their students don't know scienfitic notation or how to reduce fractions. I've taught that but they don't know how to transfer it to another class. I agree we should go more in depth on the topics.
ReplyDeleteI like your comment on discovery learning. It is definately one of the best ways to learn. It sure beats one of my math lectures ;)
Well thought out post. Nice job.
I also have dabbled in the Discovery Learning arena. One of the concepts that I really like from it is how it can dramatically increase the student "buy-in", promoting intrinsic motivation. Students are less likely to feel disconnected from a topic if they were instrumental in the decision to explore it in the first place.
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