It beats the heck out of gallery walks. |
Can I tell the DCUM crowd something without pitchforks in the air? St. Andrews is a party school for the Americans, not really an elite institution. I think better comparisons are Oxbridge and the Russell Group. Many study abroad programs for Americans are also way easier, because you typically leave term before examinations (the bulk of your grade). The UK systems agree to this, because no American would actually come if they were to receive accurate grading (70 is a GOOD score in the UK, 80 is practically unheard of outside of once or twice in the degree program, and a 90 means you did something revelatory. |
Amen. We had to do so many of them in grad school that I refuse to do them in my classroom. Lazy teaching IMO. |
+1 |
Memorization is important as a foundation of acquiring knowledge but it is the lowest order of thinking. Memorization doesn’t require understanding and may not lead to an ability to use that information. We go beyond memorization because you want that information to make sense and to be applied and to translate to real life. You want students to be able to think, not just regurgitate information they memorized but don’t understand. |
the terrifying thing is that this belief exists in k-12 education as well. |
To go “beyond memorization” you actually have to memorize… and lectures aren’t about memorization per se anyway. They are about conveying information verbally on a theme. Abandoning direct instruction (such as lectures) is a disaster. |
Have you taken physics? No memorization involved. Very different from biology. That is why premed students are often scared of physics. Because it involves a different way of learning and understanding than what many of them are used to. You don’t have to memorise equations. You can just derive them if you need them |
Again, lectures are not about rote memorizing (although that has it’s place). They are about conveying information verbally - aka direct instruction. This is especially important in math and physics. |
Terrible take. Lectures are the worst way to teach physics, which should be taught through modeling. Even Harvard switched to a form of active learning in their physics classes after determining that students don't learn anything in lectures. Just google it. |
https://news.harvard.edu/gazette/story/2019/09/study-shows-that-students-learn-more-when-taking-part-in-classrooms-that-employ-active-learning-strategies/ "'This work unambiguously debunks the illusion of learning from lectures,' he said. 'It also explains why instructors and students cling to the belief that listening to lectures constitutes learning. I recommend every lecturer reads this article.'" "Dean of Science Christopher Stubbs, Samuel C. Moncher Professor of Physics and of Astronomy, was an early convert. 'When I first switched to teaching using active learning, some students resisted that change. This research confirms that faculty should persist and encourage active learning. Active engagement in every classroom, led by our incredible science faculty, should be the hallmark of residential undergraduate education at Harvard.'" |
Not sure what you mean by “lectures” here. Direct instruction (ie teacher verbally explaining concepts) is key to teaching. It’s not the only component but it’s key. |
Like most University press releases about research, this one hopelessly overstates the results. It doesn’t prove that lectures are ineffective but rather that direct instruction paired with active learning is effective. Really motivated and good students intuitively know that they have to engage in active learning on top of the lecture - so they do the reading, take notes, ask questions, do problem sets, go to office hours. Less capable or saavy students need more hand-holding in this regard. |
The most sophisticated high school AP physics education uses exclusively modeling with NO direct instruction. Those students do better on the AP Exam. |
I doubt that. |