Individual Teaching in a System Built for Groups

Joseph Lancaster's monitorial classroom took the problem of scale seriously: one adult supervised a large group while older students taught younger ones. It was an ingenious way to extend instruction with very few teachers. But notice what that arrangement was solving for. It made large numbers manageable. My objection is that we still too often mistake a solution to the cost of delivering education for the best possible education of a particular child. Your kid isn't an average we need to process efficiently. They're a person we should be trying to develop.

A solution to scarcity can be valuable without becoming the permanent definition of what education ought to be. Teaching more children with the adults available addresses a real deprivation. But the compromise tells us where the constraint was, not where the ambition should stop. Once we can provide more attention to an individual, defending the old limit because it once made instruction practical confuses the success of an invention with an obligation to preserve its boundaries.

The present-day classroom is not Lancaster's monitorial school, and the comparison should not blur them. The narrower point survives: a group divides finite attention. Even a skilled teacher may know exactly what one learner needs and be unable to spend the next ten minutes there. The constraint is real; it is not a verdict on the teacher or proof that this is the best arrangement for every child.

Now change the question. Instead of asking how many children one explanation can reach, ask what this child needs to understand next. Suppose they are investigating why two garden beds grew differently. The answer might require learning about drainage, measuring sunlight, or discovering that they changed several conditions at once. The next lesson follows the investigation rather than the average place of a class.

A useful test would be whether they can design a better comparison. Keep the plant type the same, choose a variable to change, and explain what the result could tell them. That is considerably more than memorizing a gardening fact. Their interest has led into the discipline of trying to find out what caused something.

If your kid wants to understand rocket science, give them a path into the physics and mathematics that make it possible. If they care about gardening, take the biology, measurement, and experimentation seriously. Neither interest is trivial merely because it differs from what another child loves. This is how a broad education can become personal: common foundations open into the work someone wants to do well. We should be trying to make your child excellent at something, instead of being satisfied that they received a manageable share of a standardized lesson.

Technology becomes interesting when it reduces the cost of providing that sort of response. If we use it only to push a standard lesson through more screens, we have improved distribution. If it helps answer the child's particular question and supports the next attempt, we can improve the education itself. Those are different achievements, and the second is the one I care about.

Making instruction cheaper to provide can open education to people who could not obtain it before. That matters enormously. I want us to carry the ambition further, so wider access includes an education that responds to the person gaining it. A child interested in gardening and a child interested in rockets should be able to develop serious, different abilities. Solving the problem of reaching them is a beginning; what the education enables them to become is the reason for reaching them at all.