Teacher Cognition (again)

All of us in higher education know about teacher cognition even if we are not familiar with the term. Because of our own educational experiences, by the time we get to university, we are all experts at teaching, and our university experiences simply sharpen that expertise. If we look at what Borg has said about teacher cognition, we can pull out some of the features that will help us understand how teacher cognition influences higher education.

  • teachers are influenced by their own experiences as learners;
  • these experiences act as a filter through which teachers interpret new information and experience;
  • previous educational experiences determine much of what we do in a classroom;
  • teacher cognition is deep-rooted and resistant to change;
  • educational experiences from k-12 through higher education exert a persistent long-term influence on teachers’ instructional practices;

In addition to some of Borg’s insights, we know that in higher education, the single largest influence on how we teach is how we were taught while at university.

The evidence we have for knowing our teaching expertise based on our own educational experience is incontrovertible, it is you! Just look at how brilliantly you turned out! Given how brilliant you are, the methods used to get you to where you are must be just as brilliant. Why wouldn’t you use them to make your students just like you? If they fail to get there, it isn’t your fault. You are proof of that. If they don’t measure up, it is the fault of the student.

We know that about 10% of the population consistently engage in formal operational thinking. I have no evidence for this, but I would think that those who end up in academic positions at universities would consistently use formal operational thinking in viewing the world around us. What that means is that we aren’t the same as most of our students. We somehow figured it out, in spite of the methods used to teach us. Why then would we continue to use the exact same methods that result in getting only about 40% of our graduates to demonstrate measurable improvements in their formal operational thinking ability?

We know that teacher cognition is deeply resistant to change which would be some of it. General inertia is some of it. A lack of interest on the part of the professoriate (8% will read anything about teaching this year). I think wilful blindness plays a big part. We know from mountains of evidence that what we are doing has been shown to be ineffective for learning, and yet we refuse to change.

Given how resistant to change teacher cognition is, all we can do is to keep talking about change and hope that the integrity of the individuals brings them to a state of real self-reflection and a desire to find out and then change.

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Cramming – You Don’t Learn from Episodic Memory

Actually cramming works to pass a test, and for millions of students that is the only goal for their education. Eighty-five percent of the students entering university in 2016 were doing so in order to get a qualification that would lead to a better job. For them, cramming works, because they have no intention to learn anything, just get a degree.

Research tells us that immediately following a lecture, students recall about 42% of the material. Two weeks later, they recall about 20%. A year later, they recall less than 10%. Although cramming will get a student through an exam, they don’t really learn anything.

The why is really quite simple. When students study for a test they are using what is called episodic memory. Episodic memory is a type of memory that we use every day. When you think about what you ate for breakfast this morning or what you ate for dinner last night, you really don’t have much trouble remembering. That is your episodic memory. However, if you try to remember what you had for lunch a week ago last Tuesday there are few if any of us who could recall the delectable feast. If I ask you what you did on Tuesday afternoon on January 17 of this year, unless you have a regularly scheduled event of participated in an emotionally charged event, it is very unlikely that you could tell me what you were doing. Even if you could tell me because you have a regularly scheduled event on Tuesday afternoons, there is an almost zero probability that you could remember what exactly took place at your event that day. That is because episodic memory isn’t designed to remember that way.

Episodic memory is the type of memory students use when they cram for an exam. They put a lot of information into their episodic memory that they have no intention of retaining, they use the information to get through the exam (some doing very well), and then they dump the information as being useless in the same way that we dump the memory of climbing the stairs to somewhere on March 15th.

Episodic memory is the kind of memory we use when we have regularly scheduled lectures to attend. Writing down the information has a negligible effect on remembering more than sitting passively. Having notes available does not help at all. The purpose of handwritten notes or lecturer provided notes is to provide the student with information that they can use for cramming.

The system works. Lecturers put in minimal effort. Students put in minimal effort. Graduates get degrees. Everyone is happy.


How could we take something as natural and wonderful as learning and turn it into education?

Willful Blindness & Education

Both the education and the higher part of higher education is broken.Research is the only game in town and as that relies more and more heavily on private (read: commercial) funding the research game becomes more and more private (and trivial).

Research is the only game in town and as that relies more and more heavily on private (read: commercial) funding the research game becomes more and more private (and trivial).

In my last post, I presented the sorry state of affairs in equipping our graduates with thinking skills. The ability to engage in formal operational thinking may be inherent, but the skills necessary to use formal operational thinking must be taught. With up to 40% of our graduates unable to engage in formal operational thinking, we aren’t doing a good job of teaching it. This is what the higher in higher education stands for, higher thinking skills.

The education part of higher education refers to the methods we use to teach our students the higher thinking skills that higher education stands for. Constant pressure to crank up the research output means that more and more teaching is becoming less and less. Efficiency in teaching means large (or maybe small) lectures. The evidence tells us that around 90% of teaching in higher education is done through lectures. Lectures don’t work! As Gibbs writes:

More than 700 studies (referring to Blighs work) have confirmed that lectures are less effective than a wide range of methods for achieving almost every educational goal you can think of. Even for the straightforward objective of transmitting factual information, they are no better than a host of alternatives, including private reading. Moreover, lectures inspire students less than other methods, and lead to less study afterwards.

For some educational goals, no alternative has ever been discovered that is less effective than lecturing, including, in some cases, no teaching at all. Studies of the quality of student attention, the comprehensiveness of student notes and the level of intellectual engagement during lectures all point to the inescapable conclusion that they are not a rational choice of teaching method in most circumstances.

Corrigan looks at the debate about lecturing and says about those defending and supporting lecturing:

In some ways these apologia accentuate the dividing line in the lecturing debate. They praise various aspects of lecturing, while criticizing alternative methods. These rhetorical moves reinforce the idea of a two-sided debate, lecturing vs. not lecturing. Their skirting of the research on the subject puts them on the less convincing side, in my view.

Lectures don’t work to teach higher order thinking skills. I can’t tell you the number of times I hear – “But my lectures are different!”.

Given all of the evidence demonstrating that lectures don’t work to teach our students how to think, why do we still use them? Unless a working academic has not engaged in a single conversation about teaching in the last 30 years (and I daresay there will be some), they will have heard that lectures don’t work. Given that Bok reported (in “Our Underachieving Colleges”) that fewer that 5% of working academics will read anything about teaching in a given year, is it any surprise that nothing changes.

The story of Libby, Montana best illustrates the concept of willful blindness – I’ve provided a link, but reprint it here because it is important to know:

The town had a vermiculite mine in it.

Vermiculite was used for soil conditioners, to make plants grow faster and better. Vermiculite was used to insulate lofts, huge amounts of it put under the roof to keep houses warm during the long Montana winters. Vermiculite was in the playground. It was in the football ground. It was in the skating rink. What she didn’t learn until she started working this problem is vermiculite is a very toxic form of asbestos.

When she figured out the puzzle, she started telling everyone she could what had happened, what had been done to her parents and to the people that she saw on oxygen tanks at home in the afternoons. But she was really amazed. She thought, when everybody knows, they’ll want to do something, but actually nobody wanted to know.

In fact, she became so annoying as she kept insisting on telling this story to her neighbors, to her friends, to other people in the community, that eventually a bunch of them got together and they made a bumper sticker, which they proudly displayed on their cars, which said, “Yes, I’m from Libby, Montana, and no, I don’t have asbestosis.”

But Gayla didn’t stop. She kept doing research.The advent of the Internet definitely helped her.

She talked to anybody she could. She argued and argued, and finally she struck lucky when a researcher came through town studying the history of mines in the area, and she told him her story, and at first, of course, like everyone, he didn’t believe her, but he went back to Seattle and he did his own research and he realized that she was right. So now she had an ally.

Nevertheless, people still didn’t want to know.

They said things like, “Well, if it were really dangerous, someone would have told us.” “If that’s really why everyone was dying, the doctors would have told us.” Some of the guys used to very heavy jobs said, “I don’t want to be a victim. I can’t possibly be a victim, and anyway, every industry has its accidents.” But still Gayla went on, and finally she succeeded in getting a federal agency to come to town and to screen the inhabitants of the town — 15,000 people — and what they discovered was that the town had a mortality rate 80 times higher than anywhere in the United States.

That was in 2002, and even at that moment, no one raised their hand to say, “Gayla, look in the playground where your grandchildren are playing. It’s lined with vermiculite.”

This wasn’t ignorance. It was willful blindness.

It is easy to say that what happened in Libby has nothing to do with higher education. Academics ignoring the evidence about lecturing and not teaching students higher order thinking skills, and even defending their practices in the face of overwhelming evidence that it is just plain wrong, is willful blindness. But nobody dies – do they?

I would argue that they do. An example of what these higher order thinking skills are illustrates what I mean:

  • purposeful, self-regulatory judgment which results in interpretation, analysis, evaluation, and inference, as well as explanation of the evidential, conceptual, methodological, criteriological, or conceptual considerations upon which that judgment is based (Facione, 1990, p. 3)

People who do not or can not engage in higher order thinking skills don’t grasp the use of evidence in argumentation. Evidence means nothing.

What do you think it was that allowed the residents of Libby to keep on denying what was happening in their town in the face of overwhelming evidence. To them, evidence means nothing!

What do you think it is that allows normal everyday people (some with higher education degrees) to keep on denying global climate change in the face of overwhelming evidence. To them, evidence means nothing!

Because of our almost exclusive focus on delivering information, with most of us (and our students) carrying around most of the world’s information in our pockets, we ignore our duty to teach people to think. We willfully ignore the evidence around us and it is costing people their very lives, not to mention the enormous cost to society when the majority of the people on our planet cannot or will not engage in formal operational thinking.

The cost of our willfully ignoring what we know to be true is beyond imagination. We can do better than that. We must do better than that.


How could we take something as natural and wonderful as learning and turn it into education?

Cognitive Development and Higher Education

Cognitive development across the lifespan throws up an interesting problem for us here in Higher Education.There is fairly widespread agreement that Piaget got his developmental stages pretty close to the mark as he described how people develop from infancy through to adulthood. Although there is some argument about the details, with some adjustments that have been made here and there, the basic premise has pretty well stood the test of time.

There is fairly widespread agreement that Piaget got his developmental stages pretty close to the mark as he described how people develop from infancy through to adulthood. Although there is some argument about the details, with some adjustments that have been made here and there, the basic premise has pretty well stood the test of time.

The quandary faced by the higher education community lies in the final stage of cognitive development proposed by Piaget. The formal operational thinking stage that emerges at adolescence. As a person develops through their childhood, a normally developing child will reach a cognitive developmental milestone, acquire whatever skills that are attached to that stage of thinking, and move on.

As an example, as a young child, one of the stages is called egocentrism. Simply put, in this stage (finishes at about age four), a child thinks that everyone sees and experiences the world the same way that they do. If a child in this stage is viewing a scene and they were to ask you about something they were seeing, they wouldn’t be able to conceive the concept that you were not able to see exactly what they were, regardless of where you are. However, once a child passes through the stage, that doesn’t happen again in their lifetime. I doubt very much that you have experienced this recently because once the stage is passed it is simply the way you think.

This type of fairly linear developmental pattern holds true for virtually every cognitive developmental stage that we go through. However, this is not true of the final, formal operational thinking stage. Although the ability to think in a formal operational stage emerges during adolescence, thinking in this way requires teaching and practice. This is the only stage of cognitive development that is this way. All of the rest of the stages we simply acquire, but the formal operational thinking stage only bestows on us the ability to think that way, not the thinking itself.

Why is this a quandary for higher education? Because the higher part of higher education refers to the thinking that has to be developed for the expression of formal operational thinking. It doesn’t just happen, it has to be taught and practiced. We tend to call this thinking critical thinking and expect that our students arrive with this ability in place and ready to be fully expressed during their higher education. When it doesn’t happen, we are filled with disappointment and blame the secondary school system or the students themselves for not being prepared.

The research demonstrates to us that only a few (about 10%) of the adult population are ever fully equipped with formal operational thinking skills – whether or not they have received any higher education. Between 30% and 40% of the population lack the ability to engage in this type of thought completely. The remaining 50 to 60 percent have some formal operational thinking skills ranging from barely demonstrating that they have any to usually, but not always using them.

Given that we are now educating about 40% (or more) of the general population, how can it be that we are only seeing about 10% able to consistently use formal operational thinking skills to solve problems and analyze information? Because our model of “sit down, shut up, face the front, memorize, and regurgitate” used in 90% (or more) of the higher education classrooms neither teaches or requires the use of formal operational thinking skills.

The skills I’m talking about would include some of the following:

  •  a desire to seek, patience to doubt, fondness to meditate, slowness to assert, readiness to consider, carefulness to dispose and set in order; and hatred for every kind of imposture (Bacon 1605) 

  • the intellectually disciplined process of actively and skillfully conceptualizing, applying, analyzing, synthesizing, and/or evaluating information gathered from, or generated by, observation, experience, reflection, reasoning, or communication, as a guide to belief and action 
(Paul, 1987) 

  • self-guided, self-disciplined thinking which attempts to reason at the highest level of quality in a fair-minded way (Elder)
  • the mental processes, strategies, and representations people use to solve problems, make decisions, and learn new concepts (Sternberg, 1986, p. 3) 

  • the propensity and skill to engage in an activity with reflective skepticism 
(McPeck, 1981, p. 8) 

  • reflective and reasonable thinking that is focused on deciding what to believe or do (Ennis, 1985, p. 45) 

  • thinking that is goal-directed and purposive, “thinking aimed at forming a judgment,” where the thinking itself meets standards of adequacy and accuracy (Bailin et al., 1999b, p. 287) 

  • judging in a reflective way what to do or what to believe (Facione, 2000, p. 61) 

  • skillful, responsible thinking that facilitates good judgment because it 1) relies upon criteria, 2) is self-correcting, and 3) is sensitive to context (Lipman, 1988, p. 39) 

  • the use of those cognitive skills or strategies that increase the probability of a desirable outcome (Halpern, 1998, p. 450) 

  • seeing both sides of an issue, being open to new evidence that disconfirms your ideas, reasoning dispassionately, demanding that claims be backed by evidence, deducing and inferring conclusions from available facts, solving problems, and so forth (Willingham, 2007, p. 8).
  • purposeful, self-regulatory judgment which results in interpretation, analysis, evaluation, and inference, as well as explanation of the evidential, conceptual, methodological, criteriological, or conceptual considerations upon which that judgment is based (Facione, 1990, p. 3)

I have written extensively about the state of higher education today, but our failure to deliver on our historical core purpose beggars belief. We can do better than this.


How could we take something as natural and wonderful as learning and turn it into education?

Information Digitization – a Paradigm Shift

Scholarship of Learning

There is a paradigm shift taking place in learning today. I have written before that there is a paradigm shift in education, but the status quo is reinforcing the traditional trenches in a way that is unbelievable in today’s world. Just as the Germans simply zipped around the impregnable Maginot line (the massively reinforced trenches from WWI) at the beginning of WWII, learning is preparing to zip around the heavily reinforced educational institutions of today.

The music industry, the publishing industry, the newspaper industry, the postal systems, the public libraries, the traditional bookstore, video stores, movie theatres – these and other sectors of our society have had to (or are in the process of) reinventing themselves to fit into the new world of digitized information. Only in education have the powers that be refused to engage in a critical self-examination to ask what digitization really means to this sector of society.

As…

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How good are these techniques?

Scholarship of Learning

Dunlosky et al (2013) published a brilliant paper that looked at a number of techniques that are used to learn material in an academic setting. They tested the various techniques, and produced a pretty good assessment on just how good the techniques were. The techniques ranged from the testing effect (very good technique) to highlighting what you want to remember (poor technique for learning). I have reproduced their table below for you to have a look at.

I think they might be mistaken in their rankings. This feeling is based on anecdotal experience and how often each of these techniques are used in the learning process. I think re-reading and highlighting are by far the most useful for learning – based on how often they are used as the principle method of learning 🙂

The entire concept of the Scholarship of learning is based on just how wrong we are about…

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Evidence & HE

One of the real challenges I face in trying to convince people that there are better ways to approach education is an attitude towards evidence that I don’t understand. I was talking to one educator about the evidence from psychology about how to motivate students to engage in their academic studies. Her response puzzled me, but it is something I have heard before and since. She said: that’s all right if you believe in that kind of stuff. When I asked about the stuff she was referring to, she said she was referring to research, as (according to her) we all know, researchers can find any outcome that fits their agenda.

Needless to say, that was the most extreme example of the dismissal of evidence, but certainly not a rare one.

In my research methods class, when I used to talk to the first year students about rational thinking and evidence, I used an audience response system to poll the students about various aspects of their understanding. One of the questions I used to ask was:

Should the major decisions in our society be based on (a) solid evidence gathered using the best research methods available, or (b) feelings, beliefs and just “knowing” when something should be a certain way?

As it was during a lecture on rational decision making, of course I would get 98% responding with “a” as the appropriate response.

I then showed the following slide.

Slide23

During this slide, I explained to the students that a placebo-controlled randomised study is about as good as it gets in the clinical scientific world, and that the homeopathic society was saying that the best science couldn’t measure the effects of homeopathic medicine. I then repeated the question:

Should the major decisions in our society be based on (a) solid evidence gathered using the best research methods available, or (b) feelings, beliefs and just “knowing” when something should be a certain way?

To my surprise (the first year I did this) those responding with “a” dropped to about 55%. These are students who enrolled  in University to obtain a BSc in psychology from one of the five top psychological research departments in the UK. Suddenly, there was something they wanted to believe in, and the idea of using science to answer a question wasn’t that important to them.

I have always hoped that by the time the students graduated with their degrees, they would, once again put science and evidence back into a premier place for answering questions in about the world. And yet, I have my doubts.

The Right Answer

Roger Shank wrote something last week that I think is worth looking at:

Math and science are meant to teach thinking (or so it is said). They could actually teach thinking of course, but when the scientific questions are given to you, and the right answers are taught to you, science ceases to be about observation, experimentation, hypothesis creation, and reasoning from evidence, and becomes memorization to get good scores on multiple choice tests.

Does constantly coming up with the right answer mean that we don’t learn to think. I can expect individuals who are uneducated to undervalue the power of rational thinking and the scientific method; evidence, to the uninitiated, is nothing better than opinion. But an education, at the very core, should about thinking, rational thinking, and critical evaluation of evidence. If a person has been trained to understand the process and rigour that accompanies the proper application of the scientific method, and the strength of properly obtained evidence,  how can scientific findings be something that you can simply dismiss as though they were nothing more than opinions.

Scientific discovery has laid the foundation for much of what we enjoy in the world today. However, conservative influences in society, just as in the past, use whatever power is at their disposal to ensure that science only supports the worldview that is already established. Delivering well educated, thinking individuals is needed to counterbalance the antiscientific influence that has arisen in recent years. Unfortunately, well educated has come to mean great memorisation.

I would suggest that our obsession with content and getting the right answer has meant that rational thinking has become an optional extra in HE.

 

How have we made something as exhilarating as learning as oppressive as education?