Incorporating metacognitive practices into your class

Dr. Sandra McGuire https://faculty.lsu.edu/smcgui1/ is an expert in supporting faculty in helping students learn how to learn in their class. She argues that most students come to college underprepared. Specifically, she advocates for metacognitive equity, or closing the gap between students who use metacognition (effective thinking and learning strategies) and those who do not. (https://digital.library.txst.edu/server/api/core/bitstreams/0516466a-bf01-4aff-a0ba-9c326f59d464/content). She argues that this the gap in metacognitive strategies contributes most to the persistent achievement gap and that all students must be taught how to learn. A 2017 Hechinger Report https://hechingerreport.org/colleges-enroll-students-arent-prepared-higher-education/, shares “data from 911 two- and four-year colleges revealed that 96 percent of schools enrolled students who required remediation in the 2014-15 academic year, the most comprehensive recent numbers. At least 209 schools placed more than half of incoming students in at least one remedial course”. 

Dr. McGuire counseled several students to have a back-up plan for medical school after failing an organic chemistry test in her course. She went through faculty professional development which encouraged her to incorporate metacognitive learning strategies into her teaching practice. The improvement she saw in students helped her come to the belief that most students do not know how to learn. She argues that in many cases, metacognitive learning was not a prerequisite for good grades in their previous educational experiences. “Many received As and Bs without the need to learn the subject matter in a great deal of depth”.  An example she shares to illustrate this point is supporting a student who stated he had “valedictorian syndrome””, which he explained by stating, “Well, I was valedictorian of my high school class but I’m flunking everything at [college].” 

If you think of these same students as scientists, she argues, “They’ve collected, interpreted and made predictions regarding data they have collected for all of their lives! If they skipped classes or barely opened their textbooks in previous educational experiences, yet successfully graduated in a top percentage of their class and ended up in college, we can understand that based on their personal “lab” experience, the same behaviors should result in the same success in college.”

This led her to the conclusion: It is often not a student’s lack of innate ability or talent, but rather a lack of effective learning strategies, that can make the difference in academic success. (Growth mindset)

What are the benefits of using metacognitive strategies in your classroom?

When instructors assist students to develop strong metacognitive abilities, students develop a deeper awareness of the learning process and gain control over their own learning. This leads to:

  • enhanced personal capacity for self-regulation

  • increased ability to manage one’s own motivation

  • students becoming more independent learners.

 

Examples of metacognitive strategies you can incorporate into your course:

From Cornell University: 


https://teaching.cornell.edu/teaching-resources/teaching-cornell-guide/teaching-strategies/metacognitive-strategies-how-people

  • Use a pre-class survey, homework assignment, polling questions in class, or a short reflective writing piece as a way for students to explore their existing knowledge about a topic.

  • Ask students to prepare for class by reviewing the week’s syllabus topic and reading. Use the Canvas online quiz tool, in-class polling, or index cards to learn how students understand the goals for the class meeting, how they think they should prepare, and what they learned from the reading.

    • Some potential questions:

      • What is one question you still have about the reading?

      • What is one thing you are curious about?

      • How can you best prepare for class?

      • What can you do in class to help yourself learn?

 

Additional strategies include: 

  • Verbalize the thought processes used to consider, analyze and solve problems. This may be as simple as ‘thinking aloud’.

  • Encourage students to ask themselves the following while studying or completing homework assignments:

    • What should I do first?

    • Is something confusing me?

    • Could I explain this to someone else?

    • Do I need help to understand this?

    • Where did I go wrong?

    • Does this relate to other situations or prior knowledge?

    • How can I do it better?

 

In Teach Students How to Learn: Strategies You Can Incorporate Into Any Course to Improve Student Metacognition, Study Skills, and Motivation (p. 85) (Available at IU libraries https://iucat.iu.edu/catalog/18412847Dr. McGuire provides details on how you can incorporate the following practices in your course:

  1. Previewing

  2. Preparing for active reading

  3. Paraphrasing

  4. Reading actively

  5. Using the textbook even if it is not required

  6. Going to class and taking notes by hand

  7. Doing homework without using solved examples as a guide

  8. Teaching material to a real or imagined audience

  9. Working in pairs or groups

  10. Creating practice exams

Quick Tip – AI Prompts for Teaching

Dr. Cynthia Alby developed the resource “Cut and Paste AI Prompts” for instructors. This comprehensive guide intends to provide instructors not only with prompts, but techniques to effectively experiment with various AI tools specific to various practices of teaching, such as  course design, assessment development, and lesson planning.  As Dr. Alby notes, “I have found that providing instructors with prompts they can cut and paste into AI made them more comfortable, more quickly with experimenting. I also discovered that when I can help someone experiment with AI for an hour or so, their anxiety levels tend to drop, and they begin to see it less like a threat and more like a tool.

Using Video in Your Course

There are several ways that you can use videos in your course, regardless of modality:

  1. Introduce a class or unit: Create pre-lecture videos for students to watch prior to attending class. This provides students with an initial exposure to the content, sparks interest, and improves students’ understanding. The visuals in your video can help them connect with the material.

  2. Building background knowledge on a topic: We know that students learn best when they take in information via multiple modalities—through reading, listening to the instructor’s oral explanations, hands on activities and viewing visual media. Images and videos support the learning of new content, concepts, and ideas. (Adapted from Educause)

  3. Emphasize a Point with Video:Identify key learning goals or areas where students have difficulty understanding and create a short microlecture to support students. These can be used for flipped classroom application (with active learning, clickers, orTopHatin class to review and extend video content) or for independent student review. You can use video as a tool to enhance the class discussion and make whatever you’re teaching that much more accessible to your diverse body of learners. Keep these videos focused by only discussing the learning goal. Avoid adding fun facts or informati9n not directly related to the topic. Click here for resources related to creating microlectures.

  4. Demonstrate Examples: Instead of providing students with an answer key to a problem, create a video (with narration) working out the solution step-by-step. To encourage students to watch the video, work out only part of the problem in the video and have students complete the rest and submit it online as a no or low-stakes assignment or quiz (e.g. through Canvas). PlayPosit allows you to quickly integrate questions into your quizzes so you can get a sense of how well students understand the problems. It also allows students to receive immediate feedback. Click here for resources related to creating PlayPosit. Quick Check in Canvas also allows for quick inline low-stakes assessments in Canvas (Adapted from University of British Columbia)

     

  5. Interview with an Expert: Record interviews with experts in the discipline, providing examples and explaining concepts relevant to what is being covered in class. This enriches students’ learning by allowing them to hear what other experts have to say about a particular topic. (Adapted From University of British Columbia)

  6. Dispel misconceptions – A video that explicitly dispels common misconceptions about a topic can help students achieve conceptual change. This can be as simple as a video that starts with ‘you might think that… but you’d be wrong’. Simply presenting facts can reinforce students’ incorrect assumptions. Indeed, deliberately using a video that presents incorrect information then discussing these mistakes can also be an effective way of handling student misconceptions at the start of a unit. (from Monash University)

  7. Make video part of a larger homework assignment. Faizan Zubair and Mary Keithly are each part of the BOLD Fellows program at Vanderbilt University, in which graduate students develop online learning materials for incorporation into a faculty mentor’s course. Faizan developed videos on that were embedded in a larger homework assignment in Paul Laibinis’ Chemical Engineering class and found that students valued the videos and that the videos improved students’ understanding of difficult concepts when compared to a semester when the videos were not used in conjunction with the homework. Mary worked with Kathy Friedman to develop videos and follow-up questions to serve as pre-class preparation in a genetics class. Although there was no apparent change to learning outcomes in the class, students valued the videos and post-video questions as learning tools and thought that they were effective for promoting student understanding.(from Vanderbilt University)