Galileo had his dialogue. C. S. Lewis had his Screwtape Letters. Now, to discuss knowledge and the role technology plays in the application of constructivism in instructional design, I give you The Screw Up Dialogue. The dialogue takes place in an office at Towson University between a Millennial student, Millie, and her Instructor, Wheeler.
WHEELER: Come in, the door is open. Oh, hello Millie.
MILLIE: Hello. Do you have a moment? I’d like to talk to you about my grades. They suck. I’m like failing. I just don’t have the knowledge I need to pass. Please give me the knowledge so I can graduate on time!
WHEELER: I’ll try to help you, Millie, but first, what is knowledge anyway? I must know to give it to you.
MILLIE: Knowledge, is, well, all that stuff you tell us in class. All that stuff I need to know to pass.
WHEELER: So you think that is knowledge. Maybe it is, and maybe there is more to it. Let’s start in your book bag there on the floor. See that red and white book? Look up “knowledge”.
MILLIE: Okay. It says here in my Merriam-Webster’s Collegiate Dictionary, eleventh edition, that knowledge “is the fact or condition of knowing something gained through experience or association.”
WHEELER: What else?
MILLIE: Well, it says “the fact or condition of being aware of something”. Or, and here’s a funny word, “Cognizance”. I don’t know what that means.
WHEELER: The first thing you read, that knowledge is knowing something gained through experience or association. Look up “to know”.
MILLIE: Merriam-Webster says “To perceive directly, to have direct cognition of”. Then there is that word again. I’ll look it up. “Cognition — to become acquainted with; to know”. We are going in circles!
WHEELER: (grabbing Psychology of Learning for Instruction by Marcy P. Driscoll, 2000, off his shelf) Let’s see. Yes, here it is. Driscoll says knowledge is a matter of competence with respect to valued enterprises, such as singing a tune, discovering scientific facts, fixing machines, writing poetry, etc. Knowing is a matter of participating in the pursuit of such enterprises, that is, of active engagement in the world.
MILLIE: I’m not sure I understand. I like need knowledge to pass this course.
WHEELER: But Millie, do you see a difference in “knowing” something and “understanding” it?
MILLIE: I know I like my Mac computer, but I don’t understand how it works.
WHEELER: That’s what I mean. David Perkins and Chris Unger wrote in 1999 that understanding a topic is as matter of knowing it well. But, it is clear that knowledge in itself does not guarantee understanding. So, even if I could give you the knowledge of the course, that does not mean that you would understand it and be able to use it effectively.
MILLIE: But I might pass the course!
WHEELER: True, but it is better to be able to do something with the knowledge later. Duffy and Jonassen, in 1992, asked if knowledge is an identifiable entity with some fixed truth value? Is the goal of instruction to acquire a knowledge base that is prespecified? They stated one of their major goals is to encourage students to develop socially acceptable systems for exploring their ideas and their differences in opinion.
MILLIE: How will that give me knowledge?
WHEELER: As Duffey and Jonassen say, knowledge develops through, and is embedded in, the tasks or experiences of the learner. You say you want knowledge, and we are trying to define here and now just what that is. For you to have knowledge, I believe that your knowledge must be constructed, co-constructed if you will, by you and me as your mentor, coach, and helper, and by you and your team mates in class. This requires higher order thinking, and that is precisely what I wish for you.
MILLIE: Co-construct my knowledge? That sounds odd. How do you do that?
WHEELER: We call it “constructivist learning”. According to Richard E. Mayer, writing in 1999, it occurs when learners actively create their own knowledge by trying to make sense out of material that is presented to them. David Jonassen, who I mentioned earlier, said in an interview in 2001 that education has always assumed that knowledge can be transferred and that we can carefully control the process through education. He calls this a grand illusion. He says that knowledge cannot be managed. You mentioned your Mac computer. It is a magnificent tool for helping you learn. But as Jonassen warned, it and other instructional technology can’t just cram knowledge into your head. No, he says that the primary role of technology is to set context for learning experiences.
MILLIE: You lost me, prof.
WHEELER: It’s back to constructivism. Jonassen says that in constructivist learning environments, we use technologies to situate learning tasks in a variety of contexts. For example, remember when we showed the class the video of the corporate planning session?
MILLIE: Yes, too funny. All the suits were arguing about corporate goals and objectives.
WHEELER: And what happened? They argued points from their own experiences. They showed illustrations of operational areas — facts and figures — and discussed them over and over. Gradually, they came up with a list of goals and objectives that all of them could support to solve their problems. In essence, they…..
MILLIE: (interrupting) They co-created it!
WHEELER: Yes! That is correct, Millie. Jonassen, in that same 2001 interview, says that in order to be able to apply knowledge to solve problems, we must construct different kinds of knowledge about a problem and its context.
MILLIE: There are different kinds of knowledge? No wonder I couldn’t get a simple answer out of you.
WHEELER: Yes, there is conceptual, systemic, strategic, procedural knowledge, and on and on. You see, you and your class mates all understand problems in different way, like the corporate executives, what did you call them — suits — in the video. Donald J. Cunningham, writing in 1975, says constructivism holds that learning is a process of building up structures of experience. Learners like you create interpretations of the world based on your past experiences and your interactions in the world.
MILLIE: Then where do you fit in?
WHEELER: Good question. Cunningham says the role of the educator in constructivist learning is to show students how to construct knowledge, to promote collaboration with others to bring multiple perspectives to the solving of problems, and to help students arrive at a self-chosen position.
MILLIE: You mentioned my Mac. What role does it play in all this co-creating knowledge?
WHEELER: Writing in 1997, Howard E. Gardner says that the question is not simply whether or not we use computers in education, but for what? Further, he asks, education for what? He says that education must ultimately justify itself in terms of enhancing human understanding. To me, the tools of technology should be viewed the same way. Technology enables the student to access vast amounts of information quickly and easily. It allows the student to manipulate vast amounts of data more easily. It allows the student greater ease in writing. Add to that the wealth of educational software now available — with more coming all the time — and you see the important role technology plays. In the design of constructivist learning, like your class, we use wikis, podcasts, blogs, PowerPoint, and videos. The spreadsheets you use in doing your strategic planning case study are another example. Simply put, the role of technology is critical to constructivist instructional design. It allows the student to do so much more than in the past. To co-construct knowledge, you need the best technological tools you can get.
MILLIE: Got to run. Thanks for helping me, Wheeler. I think I get it. I can co-construct a passing grade!
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