In the West Wing Episode "Ten Word Answers," President Bartlett talks about the complexity of his job by saying, "Every once in a while, there’s a day with an absolute right and an absolute wrong. But those days almost always include body counts. Other than that, there aren’t very many un-nuanced moments in leading a country that’s way too big for ten words. " It's a great moment in the show and turns the debate in his favor. It has stuck with me because education is also a very nuanced profession with few choices that are definitely right or wrong. I'm not saying there aren't any, but in spite of all the arguments taking place on Edu-Twitter, they are few and far between.
We have been conditioned to believe that every time we make a choice, one is right and is wrong. We think we are choosing between good and bad. Sometimes we choose between good and better. Sometimes we choose between bad and worse. Sometimes we choose between this good and that good.
Most of the time, we are making choices based on a lot of nuances, from things as important as our educational philosophy to things as mundane as calendar restrictions. Dozens of considerations, from available resources, budget, academic values, technological proficiency of both teacher and students, age level of students, district testing restrictions, and even the layout of your building can play a role in how you teach a particular topic. One of my team members has taught her course differently every year, not because she was wrong the first year, but because she felt the needs of her students were different the following year. As I have written about before, my Global Solutions project looks nothing like the electricity it started out being. It wasn't wrong the first year, but as my goals and objectives changed, the project changed with it. When making decisions, the questions to ask yourself are about your goals and values. Within that, figure out the best way to fit things into your context without worrying that you are making a wrong choice. Realize you are choosing between this good or that good.
In my physics class, we learn to calculate sliding friction. There are different approaches to this, from purely conceptual to purely mathematical, and a wide variety in between. I could purchase equipment to measure force and acceleration, collect data, and have students write formal lab reports in which they draw graphs, calculate coefficients of friction, and analyze the difference between their result and the accepted number. That has strong academic value and is a perfectly good way to teach calculating friction, but it is not what I do.
I put out a Jenga game for each pair of students. As they play, I say things to them about how friction is affecting each move. I tell them about an interview I heard with Jenga's creator in which she talked about the difficulties of making it; the blocks cannot be identical or there will be too much friction, restricting the movement of pieces; but if they are too different, they won't make a stack. After they play, we talk about the cause of friction and think of as many examples of everyday things that require friction as we can. You cannot walk, drive, type on a computer, swallow food, turn a doorknob, swipe a touch screen, or write in any way without friction. It is after I have gotten through to them just how important friction is that I show them how to do the math.
Is the way I do it right while the other way is wrong? No. Those are both correct ways to approach teaching friction. Why have I made the choice I have? It is because I value students seeing scientific concepts in daily life. I want them to think about friction the next time they play Jenga. I want it to strike them occasionally as they write with a pencil that what is happening is friction pulling graphite layers off the surface. I've never been one to view education a job training but as a way of being more connected to the world, so I always take that approach if I can. I spend little money on equipment from science supply companies. I buy most of what we use from the grocery store because that is in line with my desire for them to see science as an everyday feature of their lives. This would, of course, be different if I were teaching a college course to engineers because my value then would necessarily be on their ability to design and build an efficient product. In middle and high school, I choose the good seeing it everywhere. In an AP class, I might choose the good of lab reporting. If I taught engineers, I would probably choose the good of career preparation. None of these are choices between right and wrong; they are choices between different types of good.
When you make a choice in your class, don't fear making a choice that is wrong or bad. Figure out what good you are aiming for, and make choices that fit that good.
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