I have, in fact, read the Speech before, quite some time ago. My point is that outstanding teachers can make a big positive difference in the students’ lives (at least, that was the case for me), largely by deliberately avoiding some or all of the anti-patterns that Gatto lists in his Speech. We were also taught the basics of critical thinking in an English class (of all places), though this could’ve been a fluke (or, once again, a teacher’s personal initiative).
I should also point out that these anti-patterns are not ubiquitous. I was lucky enough to attend a school in another country for a few of my teenage years (a long, long time ago). During a typical week, we’d learn how to solve equations in Math class, apply these skills to exercises in Statistics, stage an experiment and record the results in Physics, then program in the statistics formulae and run them on our experimental results in Informatics (a.k.a. Computer Science). Ideas tend to make more sense when connections between them are revealed.
I haven’t seen anything like this in US-ian education, but I wouldn’t be surprised to find out that some school somewhere in the US is employing such an approach.
Edited to add:
Failing to teach reasoning skills in school is a crime against humanity.
I share your frustration, but there’s no need to overdramatize.
I have, in fact, read the Speech before, quite some time ago. My point is that outstanding teachers can make a big positive difference in the students’ lives (at least, that was the case for me), largely by deliberately avoiding some or all of the anti-patterns that Gatto lists in his Speech. We were also taught the basics of critical thinking in an English class (of all places), though this could’ve been a fluke (or, once again, a teacher’s personal initiative).
I should also point out that these anti-patterns are not ubiquitous. I was lucky enough to attend a school in another country for a few of my teenage years (a long, long time ago). During a typical week, we’d learn how to solve equations in Math class, apply these skills to exercises in Statistics, stage an experiment and record the results in Physics, then program in the statistics formulae and run them on our experimental results in Informatics (a.k.a. Computer Science). Ideas tend to make more sense when connections between them are revealed.
I haven’t seen anything like this in US-ian education, but I wouldn’t be surprised to find out that some school somewhere in the US is employing such an approach.
Edited to add:
I share your frustration, but there’s no need to overdramatize.