Teaching Critical Thinking in Psychology: A Handbook of Best Practices

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The Challenge of Assessing Critical Thinking



Student metacognition: When we are explicit in our expectations about student learn-

ing outcomes, students can develop a much better and richer understanding of the


goals we have for them. As a consequence, they should be able to describe themselves


in advantageous ways in employment interviews and graduate school competition.


● Institutional identity: When we forge a common mission, the activity can facilitate


institutional “branding.” In the competitive atmosphere of postmodern higher edu-


cation, a recognizable brand can produce marketing advantages for students looking


for an appealing institution that is a good match for their dreams.



Accreditation success: When you must offer evidence of effectiveness that illustrates

how you are meeting your institutional vision, a common expectation can produce


positive response from accreditors. At University of West Florida’s most recent accred-


iting visit by the Southern Association of College and Universities (SACS), we were


pleasantly surprised to find that our coherent assessment proposal engaged the site


visitors enthusiastically, well beyond our expectations for the positive colla boration


that we had anticipated. Our institutional definition of critical thinking, illustrated in


Appendix 1, provides for a generic approach across disciplines that resulted in our accre-


diting team rooting for our success in implementing the proposed assessment plan.


Big Idea #5: Even within psychology, critical thinking takes multiple forms.


Even within the discipline of psychology, there isn’t just one form of critical thinking.


A point I tried to make in The Critical Thinking Companion (1996; Halonen & Gray, 2001)


is that we pursue different kinds of critical thinking objectives across the variety of course


experiences we offer, including:


● pattern recognition


● practical problem solving


● creative problem solving


● scientific problem solving


● psychological reasoning


● perspective taking.


And each of those processes has a distinctive developmental path. For example, if we want


students to use psychological theory to explain behavior, we have to recognize that novices


will not be sophisticated in this skill at the outset. They need practice with basic psycho-


logical concepts, recognizing when concepts are appropriate to apply, and then seeing how


concepts can be linked to produce more complex predictions in psychological theory. As


their expertise grows, their theory skills become more sophisticated, including the ability


to criticize existing theory and even invent new theory, If we try to capture how this


growth becomes apparent within the psychology curriculum, novice-to-expert progression


might look something like the following:


Concept recognition®


Concept application®


Theory recognition®

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