Human students need active learning and Econs learn from lecture: NYTimes Op-Ed in defense of lecture
October 30, 2015 at 8:49 am 17 comments
I’m sympathetic to the author’s argument (linked below), that being able to understand an argument delivered as a lecture is difficult and worthwhile. Her characterization of active learning is wrong — it’s not “student-led discussion.” Actually, what she describes as good lecture is close to good active learning. Having students answering questions in discussion is good — but some students might disengage and not answer questions. Small group activities, peer led team learning, or peer instruction would be better to make sure that all students engage. But that’s not the critical flaw in her argument.
Being able to listen to a complicated lecture is an important skill — but students (at least in STEM, at least in the US) don’t have that skill. We can complain about that. We can reform primary and secondary schooling so that students develop that skill. But if we want these students to learn, the ones who are in our classes today, we should use active learning strategies.
Richard Thaler introduced the term “Econs” to describe the rational beings that inhabit traditional economic theory. (See a review of his book Misbehaving for more discussion on Econs.) Econs are completely rational. They develop the skills to learn from lecture because it is the most efficient way to learn. Unfortunately, we are not econs, and our classes are filled with humans. Humans are predictably irrational, as Daniel Ariely puts it. And there’s not much we can do about it. In his book Thinking, Fast and Slow, Daniel Kahneman complains that he knows how he is influenced by biases and too much System 1 thinking — and yet, he still makes the same mistakes. The evidence is clear that the students in our undergraduate classes today need help to engage with and learn STEM skills and concepts.
The empirical evidence for the value of active learning over lecture is strong (see previous post). It works for humans. Lecture probably works for Econs. If we could find enough of them, we could run an experiment.
In many quarters, the active learning craze is only the latest development in a long tradition of complaining about boring professors, flavored with a dash of that other great American pastime, populist resentment of experts. But there is an ominous note in the most recent chorus of calls to replace the “sage on the stage” with student-led discussion. These criticisms intersect with a broader crisis of confidence in the humanities. They are an attempt to further assimilate history, philosophy, literature and their sister disciplines to the goals and methods of the hard sciences — fields whose stars are rising in the eyes of administrators, politicians and higher-education entrepreneurs.
Source: Lecture Me. Really. – The New York Times
A similar argument to mine is below. This author doesn’t use the Humans/Econs distinction that I’m using. Instead, the author points out that lecturers too often teach only to younger versions of themselves.
I will grant that nothing about the lecture format as Worthen describes it is inherently bad. But Worthen’s elegy to a format that bores so many students reminds me of a bad habit that too many professors have: building their teaching philosophies around younger versions of themselves, who were often more conscientious, more interested in learning, and more patient than the student staring at his phone in the back of their classrooms.
Source: Professors shouldn’t only teach to younger versions of themselve
Entry filed under: Uncategorized. Tags: active learning, behavioral economics, educational psychology, learning sciences.
1.
Raul Miller | October 30, 2015 at 9:18 am
On a related note (and you may know this already), markets are almost certainly not efficient (not even using the weak market efficiency hypothesis): http://arxiv.org/pdf/1002.2284.pdf
In other words, rationally speaking economic theory is not rational.
That seems to have some rather ironic relevance to your essay here.
2.
kirkpams | October 30, 2015 at 4:37 pm
More specifically, the rational utility model is a flawed basis for real-world economics because it fails to predict much of human behavior. I’m a bigger fan of prospect theory (which is the work of Kahneman and Amos Tversky) as a basis.
3.
chaikens | November 1, 2015 at 11:45 am
Learning from lectures is a skill that maybe many people don’t need but it is necessary for upper level study and practice in intellectual disciplines. So active learning approaches here need to include pathways to develop this skill. Of course this skill includes the habit of the listener to independently transform the lecture into an active learning experience. The traditional technique is to grade with feedback homework that requires many more hours than the lecture, and encouragement for out of class interstudent and student-instructor discussion.
4.
Raul Miller | November 4, 2015 at 7:39 am
Another traditional technique is to relate the lessons to examples and/or activities which the student might be interested in. Food, sports (or other games), art, housing, family, etc. on can all play roles here.
5.
Interaction beats out video lectures and even reading for learning | Computing Education Blog | January 6, 2016 at 8:13 am
[…] mediated by student ability as a reader, but as a description of where students are today (like the prior posts on active learning), it’s a useful […]
6.
The need for feedback to improve undergrad CS teaching | Computing Education Blog | February 15, 2016 at 8:06 am
[…] sit for 90 minutes and passively listen a recap of the lecture. No peer instruction. We know active learning is better, and we know that it’s even easier to do active learning in small […]
7.
Why Students Don’t Like Active Learning: Stop making me work at learning! | Computing Education Blog | July 11, 2016 at 7:27 am
[…] At a deeper level, it’s amazing how easily we fool ourselves about what we learn from and what we don’t learn from. It’s like the brain training work. We’re convinced that we’re learning from it, even if we’re not. This student is convinced that he doesn’t learn from it, even though the available evidence says she or he does. […]
8.
Programming and learning CS when legally blind | Computing Education Blog | August 8, 2016 at 7:55 am
[…] be better designed for legally blind students. I was surprised to learn how much they dislike active learning activities in classrooms. They said that when the whole class breaks into small group discussions, they can’t hear […]
9.
The need for better software and systems to support active CS learning | Computing Education Blog | March 31, 2017 at 7:00 am
[…] believe strongly in active learning, such as Peer Instruction (as I have argued here and here). I have discovered that it is far harder than I thought to do for large CS […]
10.
Prediction: The majority of US high school students will take CS classes online #CSEdWeek | Computing Education Blog | December 4, 2017 at 7:00 am
[…] higher withdrawal and failure rates. We know that most people learn best with active learning (see one of my posts on this), and we do not yet know how to replicate active learning methodologies in online classes. In […]
11.
Are you talking to me? Interaction between teachers and researchers around evidence, truth, theory, and decision-making | Computing Education Research Blog | June 15, 2018 at 1:00 am
[…] we could talk some more about learning styles) or only work for the most privileged students (e.g., lectures without active learning supports). How do you show that your curriculum (and PD and support) is providing value, across students in […]
12.
The problem with sorting students into CS classes: We don’t know how, and we may institutionalize inequity | Computing Education Research Blog | April 1, 2019 at 7:01 am
[…] There’s so much evidence that we can improve success rates with better teaching methods and revised curriculum. Beth Simon, Leo Porter, Cynthia Lee, and I have been teaching workshops the last four years to new CS faculty on how to teach better. It works — I learned Peer Instruction from them, and use it successfully today. My read on the existing literature suggests that everyone benefits from active learning, and the less privileged students benefit the most (see Annie-Murphy Paul’s articles). […]
13.
Learning to code is really learning to code something: One doesn’t just “learn programming” nor “learn tracing” | Computing Education Research Blog | May 20, 2019 at 7:00 am
[…] rather than reason about the code itself. The experts struggle with Beta. It’s kind of like the difference between humans and Econs. Econs can reason through code rationally. Humans rely on […]
14.
What’s generally good for you vs what meets a need: Balancing explicit instruction vs problem/project-based learning in computer science classes | Computing Education Research Blog | September 16, 2019 at 7:00 am
[…] when you teach explicitly: Always, ALWAYS, ALWAYS use active learning techniques like peer instruction. It’s simply unethical to lecture without active […]
15.
Checking our hubris with checklists: Learning a lesson from the XO Laptop | Computing Education Research Blog | April 13, 2020 at 7:00 am
[…] that checklists aren’t needed because physicians are dumb, but because they know SO much. We’re humans and not Econs. Our attention gets drawn this way or that. We forget about or skip a detail. Our knowledge and […]
16.
Active learning has differential benefits for underserved students | Computing Education Research Blog | April 20, 2020 at 7:00 am
[…] methods have more benefit for underserved populations than for majority groups (for example, I discussed the differential impact of active learning here). Just published in March in the Proceedings of the National Academy of Science is a meta-analysis […]
17.
Thought Experiments on Why Face-to-Face Teaching Beats On-Line Teaching: We are Humans, not Econs | Computing Education Research Blog | May 11, 2020 at 7:00 am
[…] to be better at learning from books and from lecture. But we’re not Econs, we’re Humans (to use the Richard Thaler distinction). We need incentives. We need prompts to reflect, like peer instruction. We need to see and be […]