Metacognition Group 1: Anne Arundel, Leeward, Santiago, San Diego

Considering our discussion about metacognition in Activity 4, the videos, Self-Regulated Learner website, slides, Tanner's article, and/or other resources, write a response to ONE (1) or more of these questions.

  • What is something you currently do to incorporate metacognition in your courses? Do you have evidence that indicate it's been successful? Any suggestions for others who might want to implement something similar?
  • What are some (new) ways you might apply metacognition in one or more of your courses?
  • What more do you want to know?


« Activity 5 Discussions

Metacognition Group 1: Anne Arundel, Leeward, Santiago, San Diego  

I have used metacognitive strategies in my courses, but always find myself refining and adding to them! The last two activities we have done on active learning and reflective practice have opened my eyes! I have used reflective journals to allow students to not only think about what concepts they have trouble understanding in class but also utilize study resources I have pooled together for them to address their confusion (and hopefully remedy it)! I have found this to be pretty successful through at least them saying it has been helpful! I am also aiming for reflective questions within a class session, whether face-to-face or online (the latter would occur in a discussion), including what topics were most interesting to learn about and what will they likely tell someone else from outside of class (friends, family, so on) about what they learned! Finally, I have assigned post-exam reflections before, but figured I would add to them based on what I have learned through SAGE! Below is an example of what I plan to assign after the first exam in my online oceanography course:

1. How long did you study for the exam? How far in advance did you study? Did you manage your time well leading up to the exam? Explain briefly.
2. Which of the following resources did you use?
Textbook, PPTs, Discussions and discussion summaries, Supplemental links (videos, articles, etc.), Mastering Oceanography HW, Exam Review Resources (outline, practice quiz, discussion board, StudyMate), Study Groups, Tutoring (Science Tutoring Center, Other), Other resources?
3. Were you satisfied with your grade? Were there aspects of the exam that you feel you were stronger or weaker in (ex. question types, concepts)?
4. Do you feel your time management during the exam was sufficient in answering the questions? Explain briefly.
5. What would you do differently from what you stated in the previous parts of the reflection in preparing for Exam 2?
6. Are you on target towards your overall grade goal in the course? Explain how you are or can get on target.

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Originally Posted by Anthony Santorelli


I have used metacognitive strategies in my courses, but always find myself refining and adding to them! The last two activities we have done on active learning and reflective practice have opened my eyes! I have used reflective journals to allow students to not only think about what concepts they have trouble understanding in class but also utilize study resources I have pooled together for them to address their confusion (and hopefully remedy it)! I have found this to be pretty successful through at least them saying it has been helpful! I am also aiming for reflective questions within a class session, whether face-to-face or online (the latter would occur in a discussion), including what topics were most interesting to learn about and what will they likely tell someone else from outside of class (friends, family, so on) about what they learned! Finally, I have assigned post-exam reflections before, but figured I would add to them based on what I have learned through SAGE! Below is an example of what I plan to assign after the first exam in my online oceanography course:

1. How long did you study for the exam? How far in advance did you study? Did you manage your time well leading up to the exam? Explain briefly.
2. Which of the following resources did you use?
Textbook, PPTs, Discussions and discussion summaries, Supplemental links (videos, articles, etc.), Mastering Oceanography HW, Exam Review Resources (outline, practice quiz, discussion board, StudyMate), Study Groups, Tutoring (Science Tutoring Center, Other), Other resources?
3. Were you satisfied with your grade? Were there aspects of the exam that you feel you were stronger or weaker in (ex. question types, concepts)?
4. Do you feel your time management during the exam was sufficient in answering the questions? Explain briefly.
5. What would you do differently from what you stated in the previous parts of the reflection in preparing for Exam 2?
6. Are you on target towards your overall grade goal in the course? Explain how you are or can get on target.



Melanie Will-Cole (CNM)Reply:
Hi Anthony,
Wow I really liked your discussion thread. I also found the 6-points that you plan to plan to assign after the first exam in my online oceanography course very inspiring. I believe that having your students reflect on the amount of time they studied for the exam and the resources they uses to study will be very beneficial. If they can connect these findings with how they performed on the exam this may be very valuable indeed!
I also liked your use of reflective journals, I would like to know a bit more about how you uses this, i.e. how often and how much time your students spend on this. Also do you give them class time for this? Thank you for sharing your strategies!

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I found the video, featuring Dr. Saundra McGuire, Think About Thinking, extremely fascinating as she explained metacognition and the processes involved in metacognition. For my face-to-face classes, I usually do a review session at the beginning of lecture including material from the prior lecture. However, after watching the video, I am contemplating changing this technique (usually half the class doesn't even participate when I ask questions about what we learned from the prior lecture). So, for example, Dr. McGuire discusses techniques used to help students remember and regurgitate information. One way I may start incorporating metacognition into my lectures is to place the class into small groups (2-3 students) and have each student in that group teach an aspect/topic from the prior lecture (of their choosing). Students can then engage with one another, and if they know ahead of time that they will be required to teach a topic, it may help them absorb and understand the material efficiently. One detriment I notice throughout the semester with my students is that even though they can memorize information (such as definitions) they truly do not understand the topic, definition, etc. To combat this, I try to incorporate current events that may try to spark their interest, but I believe having to teach another student, or students, a topic could really be beneficial to the overall learning process.

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Hello & Good Day!

In Dr. Saundra McGuire’s video “Think About Thinking” a big thing that has stuck with me, especially now that I am no longer just a learner, but also now teaching, is the question of “…are students just memorizing information, or do they know it well enough to so that they can teach it to someone else…”

I never realized how much more there was to know and find out about a subject until I had to actually teach a topic. I’ve been trying to find good scenarios where students will be “forced” to teach others about certain topics.

One thing I’ve been able to do in my Meteorology course, is to, after have given students some example “presentations” by myself on talking about various weather products (weather maps, satellite images, precipitation radar images, weather balloon graphs, etc.), to then give the students the “chance” to present, in front of the whole class, the different weather products. Obviously, it’s a little uneasy and nervous for the students at the start, but as the semester goes on, they eventually get more and more comfortable with their presentations (we also learn who the real “hams” are when it comes to giving presentations!) :) By the end of the semester, students are able present good flowing clear and accurate information from the different maps, images, and graphs, and be able to answer any questions I pose to them about the meteorological products.

Usually I’ll get the comment from students later into the semester that, “…oh no… do we have to keep on presenting this stuff???... golly, we already know all this!!! And then I let them know that, “that’s what I wanted to hear… you've reached the point I wanted you all to get to!...”

Anyway, in my face-to-face classes, I’ve been quite comfortable with the students learning about their learning through the classroom presentations – a big challenge for me is to now figure out how to get this strategy to my online classroom.

Thanks!
-Dan-

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This post was edited by Heather Macdonald on Feb, 2020
Originally Posted by Dan Ferandez


...in my Meteorology course.. give the students the “chance” to present, in front of the whole class, the different weather products. ...By the end of the semester, students are able present good flowing clear and accurate information from the different maps, images, and graphs, and be able to answer any questions I pose to them about the meteorological products.



Dan - this from Heather: giving them "repeated opportunities to practice" (in their presentations) is great! That's one of the phrases I used in the backward design/course design slide. And seems to me that they are learning meteorology AND developing their oral communication skills, and sounds like building their confidence as well.

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What are some (new) ways you might apply metacognition in one or more of your courses?

I found the strategy of concept maps to be an appealing one that I plan to share with students. I often have students come to me and explain that they are visual learners. From this discussion, they are hoping that I will incorporate more visual aids in the instructional portions of the course. Aside from what I can do to help them, I like the idea of empowering the students with a skill to make their OWN visual representations to help them learn the material outside of class. The concept maps are a great way to get the students to not only see some of the concepts from a higher level, but also 'chunk' information based on meaningful connections and to see relationships between different things.

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“…I found the strategy of concept maps to be an appealing one that I plan to share with students. I often have students come to me and explain that they are visual learners. From this discussion, they are hoping that I will incorporate more visual aids in the instructional portions of the course. Aside from what I can do to help them, I like the idea of empowering the students with a skill to make their OWN visual representations to help them learn the material outside of class. The concept maps are a great way to get the students to not only see some of the concepts from a higher level, but also 'chunk' information based on meaningful connections and to see relationships between different things…”

- - - - -

Hello & Good Day, Katherine!

I’m glad you found concept maps to be an appealing strategy –

I remember attending a small presentation I just happened to accidentally come across several years ago (well before I even had any interest in teaching) about “mind mapping.” From what I recall, there were only a handful of people attending that presentation, but for whatever reason, the topic resonated with me and I became fascinated and more curious to check things out about this mind mapping business. I was in graduate school at the time, and decided to try the principles I had just learned in arranging my notes and preparing and studying for tests. I would use various colored pencils to help highlight and differentiate between different levels and subtopics, etc. and to my surprise it allowed my study time to become much more efficient (to the point of my study time [outside of notes preparation] was reduced to about 4 hours a month).

As it turns out, there are small differences between “mind maps” & “concept maps” but they both use the principle of taking advantage of visually seeing the relationships between things. I would often write my “notes” on the board in class in mind map fashion, and found that the students would copy using the same pattern (as one would expect). Mind mapping and concept mapping tends to be somewhat personal in that it is most helpful to someone who creates an individual map from a blank scratch. Although it may look a little busy afterwards, it makes total and clear sense to the actual author.

As I think about this, I now see that one thing I have not been doing is additionally explaining to the students that what they are doing in their note taking is an actual visual strategy of organizing information so it is helpful to later organize and more clearly understand. I’ll be sure to now give them this information about how they’re learning and how they can become more efficient in their study habits.

I hope you find the concept maps helpful in your organization of teaching notes (especially for new upcoming topics) and more importantly helpful for your students in learning more exciting science & becoming inspired towards a science career!

Thanks!
-Dan-

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Originally Posted by Dan Ferandez


One thing I’ve been able to do in my Meteorology course, is to, after have given students some example “presentations” by myself on talking about various weather products (weather maps, satellite images, precipitation radar images, weather balloon graphs, etc.), to then give the students the “chance” to present, in front of the whole class, the different weather products. Obviously, it’s a little uneasy and nervous for the students at the start, but as the semester goes on, they eventually get more and more comfortable with their presentations (we also learn who the real “hams” are when it comes to giving presentations!) :) By the end of the semester, students are able present good flowing clear and accurate information from the different maps, images, and graphs, and be able to answer any questions I pose to them about the meteorological products.



Dan, this is awesome! Do you use the NWP output from GFS and NAM? I have my students using those products but you have given me a great idea for presenting a verbal forecast lab instead of a written lab. Teams or individual? How do you assess?

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This semester I tried something new and I am really excited about it: the other day all of my students stayed after they finished the chemistry lab procedure and started trying to explain to each other how to solve a problem, instead of just looking bored and leaving the lab as fast as possible. As per my usual, I do not know exactly what I am doing, but, after watching the videos and the other sources, I think it is related to metacognition, and maybe this group might find this useful, or give me ideas about how to make it better. The idea came to me while watching a cooking show were the host would take away key pieces of equipment and force the chefs to find creative solutions to still create the dish. After years of making procedures and data tables in my lab manuals as clear, detailed, and easy to follow as possible I started doing the opposite:
In the middle of the lab I took away a spectrophotometer and gave them a cardboard box with an ipad in it to use as a colored light source and a phone app that measures RGB colors, I told them to build their own spectrophotometer with their phones.
While studying intermolecular forces I told them that I left an unknown liquid under the fume hood, forgot its name, how to identify it was not in the procedure, no unknown was mentioned in the lab manual.
While studying calorimetry I told them that I really needed to know how much it costs to produce 1 gallon of distilled water with the big distiller that we have in our lab and that they needed to build a heating curve to figure it out.

If they manage to solve these “impossible” tasks, adjust the lab procedure, present the extra results, and explain what their thinking process was in the lab report, they get extra points.

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I guess I've been doing a more specific version of an exam wrapper without knowing what I was doing. After every exam, I give back the exams and tell the students that they should look over every question, and that if they find any math errors on my part, I'll give them extra credit. I also tell them that research has shown that correcting your exams will teach you the material better, and so they can correct two questions they got wrong for half credit. To get the credit, they have to fill out a sheet for each question they are correcting, answering:
1. What the question asked
2. What the correct answer was
3. Why they got it wrong
4. How they could study better next time.

At a minimum, this has enabled me to say on subsequent exams "Check over your exam when you think you are done. How many of you wrote 'I skipped this question and forgot to come back to it' when you corrected the last exam"? This is the kind of thing that is second nature to me, but for many of my students, they finish an exam and turn it in without double checking it.

I think having students interact with their exam and try to articulate how they could study more effectively has led students to do better on subsequent exams, but I don't have any data on it. I think I'm going to add some of the exam wrapper questions to my post exam practice.

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Katherine,

I've been experimenting with concept maps a bit more in the last few semesters. I think concept maps are a valuable tool to show connections. I really wanted my students to start taking some initiative in helping themselves by working to link concepts in ways that made sense to them. But I found that many students were not even familiar with concept maps. I tried to model this by recording my notes on the board in such a way that the end result of each class was a topical concept map. After a few classes of doing this, I gave the students an opportunity to try it on their own. Some liked it, others did not, but the overall feedback was that they found the exercise useful, and really liked my board notes better! However, some students took this idea and ran with it, and applied it in other classes too, so I counted it as a small win.

I look forward to hearing what you try and what success you have!

Lynsey - Cohort 1

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Hello all,

I usually add one question related to metacognition in homework. For the first homework, it's:
"A physical geography course has many key terms. What strategies are you planning on using to help you remember them?"


For the second homework, it's:
"Identify one concept presented in the second week of class that is more challenging for students. Define the concept, explain why it is challenging, and identify one strategy that would help students to understand and remember the concept."

For a later assignment, it's:
"Describe net radiation using words that a fifth grader would understand."


For me, these questions are more interesting to read and grade than more objective questions. It makes grading less a slog because I'm looking forward to seeing what students come up with. And, I have a better understanding of students' thinking. At the beginning of the class before the homework is submitted, or when I return the homework, I might ask a few students to share their responses -- I think it relaxes students a bit to see how their classmates are dealing with the course content.

~Waverly

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I gained some new insight into applying metacognition from the Retrieval Practice Guide. I am going to try some simple writing prompts in one of my physics classes.

When I teach a problem-solving strategy, I always do guided practice with my students, and I talk about the the metacognitive processes involved in learning and applying the strategy. I also have the students try a problem on their own in class and then get into groups to check their answers. A nice benefit of the group work is that it allows ample time for me to answer questions one-on-one.

Ten years ago, I had much success with this method. My students were able to take what they learned in class and apply the concepts to their homework problems. Ten years ago, when I asked my students about the homework, the majority of students would tell me that the homework was challenging but doable.

Now, about half of my students say the homework is doable; the rest of my students say the homework is too difficult or even impossible. The students who find the homework too difficult are able to solve problems that are very similar--or exactly like--the problems worked out in class, but they are unable to apply the problem-solving strategies to new situations--a problem they have never seen before.

I think part of the problem is that many students are overconfident and they have unrealistic expectations. When they get stuck on a homework problem, they don't think, "I must not have understood that concept as well as I thought I did." Instead, the students think, "This problem isn't anything like the problems we did in lecture, and therefore, I shouldn't be expected to answer this kind of question."

Also, the students who get what I want out of my lessons focus on understanding the steps used to solve a problem; whereas students who struggle focus on the problem itself. They see a "helicopter problem" or a "boat problem" instead of an application of Newton's laws or an application of relative velocity.

I have several ideas, but I think I will try this first. At the end of my lesson and after students are given a chance to practice, I am going to ask the students to put away their notes and make a list of the problem solving steps they used in the problem. I think if I do this regularly--and the students expect me to ask this question--their focus in the lesson might shift

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I really liked the tables in the "Promoting Student Metacognition" reading. It gave great insight and examples for specific ways/questions to have students think about before during and after class. Making more time for student pre/post reflections will be a priority for me this semester.

I want to try having students write down their "muddiest point" or specific questions that they do not understand. Have them confer with their group mates and see if their questions can be answered and any unanswered questions will be turned in to me so that I can address these at the beginning of the next class session.

I plan to refer to the "faculty metacognition about teaching" when starting out with backwards design. Again, it gives very specific questions that when answered are very telling and give a very clear picture of what you want your students to get from the day's lesson and why. I feel this will be very helpful not only in the beginning when planning the activities, but also during and afterwards to reflect on how it went and how I can tweak it to make it even better.

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“…One thing I’ve been able to do in my Meteorology course, is to, after have given students some example ‘presentations’ by myself on talking about various weather products (weather maps, satellite images, precipitation radar images, weather balloon graphs, etc.), to then give the students the ‘chance’ to present, in front of the whole class, the different weather products. Obviously, it’s a little uneasy and nervous for the students at the start, but as the semester goes on, they eventually get more and more comfortable with their presentations…”

“…Do you use the NWP output from GFS and NAM? I have my students using those products but you have given me a great idea for presenting a verbal forecast lab instead of a written lab. Teams or individual? How do you assess?...”

- - - - -

Hello & Good Day, Scott!

Thanks for your response & your interest –

For most of my weather products, I actually use the American Meteorological Society DataStreme Atmosphere site:

https://www.ametsoc.org/amsedu/dstreme

or if the above doesn’t get you there, this longer URL should:

https://www.ametsoc.org/index.cfm/ams/education-careers/education-program/k-1...

The DataStreme site tends to be geared toward meteorological ‘education’ data and I’ve gotten used to its fairly friendly format of surface maps, upper-air maps, meteograms, and atmospheric thermodynamic (Stuve) diagrams.

After the 1st couple of weeks of my students seeing my descriptions of the different maps, images, & diagrams, I tend to start each class with individual students trying their hand at short informal verbal presentations in front of classmates. Since most of my students tend to be non-science majors, to help relieve some of the pressure, these presentations are not graded (other than for their overall “participation” at the end of the course).

Generally things may start out, during the early part of the semester, a little rough for the students, but as the semester progresses, they can pretty much describe all the major features and can incorporate the practical information they’ve learned in the course. For these presentations, the students are mainly dealing with analyses rather than with forecasts.

As far as a “forecasting” project, I do have students do individual (written-type) forecasts in which they use real-time data to make a series of predictions (unknown at the time of making their forecasts). Their project is graded more towards logic, clarity, organization, with just a small percentage on forecast accuracy. Since my lesson on forecasting doesn’t come till near the end of the course, I make the project more of a forecasting game.

Anyway, feel free to let me know how your labs & projects have been going; I can separately provide you some video samples of some of my students’ classroom presentations, and perhaps we can share other ideas.

Thanks a lot!

Sincerely,
-Dan-

dvferandez@aacc.edu
410-777-2031

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What is something you currently do to incorporate metacognition in your courses? Do you have evidence that indicate it's been successful? Any suggestions for others who might want to implement something similar?
I have used think-pair-share in my lectures and reading reflections in my course. The students are actively engaged in the think-pair-share activities because they know each group is responsible for sharing so they have to come up with something. The reading reflections have gotten mixed evaluations from students, but I feel that it gives them a deeper understanding of the material because they are forced to bring in an evaluation of the main points and any questions to lecture and share with the class.

Additionally, I provide detailed feedback to students on all their assignments. I describe why the answer is correct/incorrect, share additional information from the material to deepen their knowledge/connections, and encourage them with positive feedback on every assignment. I never realized how much the students appreciate detailed feedback in the course until I looked through my evaluations and found that was one of the most common comments. Students have shared things like "I always know where I stand in the course," and "Even if I got something right, she gave us more to think about."

What are some (new) ways you might apply metacognition in one or more of your courses?
I would like to include exam wrappers on the next exam to gauge students "feel" for the exam immediately after taking it and again when they see their scores. I have also introduced concept maps in the past and will bring this back to help students "chunk" important concepts together and clarify misconceptions.

What more do you want to know?
How do you follow up with the muddiest point for each student during class? I usually describe the most common muddy points, but I want to address them all. Can this be a think-pair-share activity, where they answer each other's questions and see how effective teaching one another is at deepening their own knowledge?

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Originally Posted by Alyssa MacDonald



I would like to include exam wrappers on the next exam to gauge students "feel" for the exam immediately after taking it and again when they see their scores. I have also introduced concept maps in the past and will bring this back to help students "chunk" important concepts together and clarify misconceptions.

What more do you want to know?
How do you follow up with the muddiest point for each student during class? I usually describe the most common muddy points, but I want to address them all. Can this be a think-pair-share activity, where they answer each other's questions and see how effective teaching one another is at deepening their own knowledge?



Alyssa,

I've always done one exam wrapper and given it on the day they receive their exams back. I like your idea of doing something the day of the exam and the day they get their scores. I would love to see what you come up with, and am excited to hear your student feedback.

As far as the muddiest points, I've often had students write down their 'point' and I've given them written feedback on that paper. Sometimes it is an answer to a question, other times it is a reference to a page in the book or a figure, etc. However, as you suggested, I have tried to address common muddy points to the class as a whole. I do really like your idea of having this be a student as teachers activity. I'm keen to try this idea.

Lynsey - Cohort 1

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Originally Posted by Anthony Santorelli


I have used reflective journals to allow students to not only think about what concepts they have trouble understanding in class but also utilize study resources I have pooled together for them to address their confusion (and hopefully remedy it)! I have found this to be pretty successful through at least them saying it has been helpful! I am also aiming for reflective questions within a class session, whether face-to-face or online (the latter would occur in a discussion), including what topics were most interesting to learn about and what will they likely tell someone else from outside of class (friends, family, so on) about what they learned!



Anthony,

Sounds like you have had great success with reflective journals! Do you collect student notebooks, or have them submit their reflections periodically? Is the online discussions a whole class discussion, or do you do small groups? I'm looking to learn more! I've had students keep course notebooks for a few years now and have found it to be pretty successful, but looking to refine what I do. Some students fully engage and write thoughtful responses, and others are completely content not participating at all. I know that this won't fully be resolved, but am looking forward to learning more about your strategies.

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Originally Posted by Dan Ferandez




One thing I’ve been able to do in my Meteorology course, is to, after have given students some example “presentations” by myself on talking about various weather products (weather maps, satellite images, precipitation radar images, weather balloon graphs, etc.), to then give the students the “chance” to present, in front of the whole class, the different weather products. Obviously, it’s a little uneasy and nervous for the students at the start, but as the semester goes on, they eventually get more and more comfortable with their presentations (we also learn who the real “hams” are when it comes to giving presentations!) :) By the end of the semester, students are able present good flowing clear and accurate information from the different maps, images, and graphs, and be able to answer any questions I pose to them about the meteorological products.




Dan,

It's great to see students grow in confidence with course material and with presentation skills, isn't it? I've started incorporating mini-presentations in my classes. I call them mini because they are narrowly focused, and only 1-2 slides, and often only 3-4 minutes. Students are not a fan at the beginning of the semester, but by the end, students have reacted much the same ways yours have!

Lynsey - Cohort 1

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Melanie and Lynsey, thank you for your kind words! I assign journals and exam reflections as part of homework, and usually would have one per unit. They do not use a book but just submit on one page each time. I am strapped for class time to have them journal in full at a session, but, if there is time near the end of class, I may do an exit ticket or minute paper with similar questions pertaining to that specific day's content. In either case, I usually do get some genuine thoughts on either what students do not understand and why as well as how/what students study and how some materials are more helpful than others. However, there are always those that do the minimum and do not give as significant reflection. I agree this is always a challenge!

For online discussions, I have only done them as a whole class so far for regular ones on each chapter, and then allow them to use smaller group ones for their capstone projects. I have seen colleagues give small group assignments, and, I would like to do this without piling on additional work to the students. Maybe I can consider this in the future on a limited basis---and, maybe it can be tied to more reflection of the material. I get just one or two pings on reflective questions in discussion each week in its current format!

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I think the major thing I realized while looking through these resources is that I'd like to add a session about metacognition to my courses to help students think about their learning styles. Doing a short presentation on Bloom's taxonomy and on the study strategies in the powerpoint here would be really useful. I'm always so nervous about taking time away from learning new course material, but honestly, if they're not retaining the information, they're not really learning it anyway. So taking time at the beginning of the semester and then checking in periodically would probably be really helpful to them.

I also really like the idea of doing the active listening exercises, where they listen to lecture for 10-20 minutes, then write down the three most important ideas and turn them in. I think that would be really eye-opening for the students to discover how critically they listen to the information, and then would help them do better in all of their courses.

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I like the idea of exam wrappers in a way to help out students, especially those first time in college or returning after a long break, in better ways of studying for an exam. Most people do this in a multiple-choice and/or essay-type question-answer format, I usually do it in verbal way by asking volunteers from those students who did fairly well in the exam, sharing their study techniques and strategies which apparently worked, and also the amount of work devoted to studying prior to the exam. I write these feedback on the board to share with the rest of the students.

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Originally Posted by Angela Daneshmand


Making more time for student pre/post reflections will be a priority for me this semester.

I want to try having students write down their "muddiest point" or specific questions that they do not understand. Have them confer with their group mates and see if their questions can be answered and any unanswered questions will be turned in to me so that I can address these at the beginning of the next class session.

I plan to refer to the "faculty metacognition about teaching" when starting out with backwards design. Again, it gives very specific questions that when answered are very telling and give a very clear picture of what you want your students to get from the day's lesson and why. I feel this will be very helpful not only in the beginning when planning the activities, but also during and afterwards to reflect on how it went and how I can tweak it to make it even better.



Hi Angela,
The word "reflection" in your post really resonated with me. I, too, am reminding myself more and more how important time for reflection is, both for the students and for myself. This semester I am using, among other tools, the inside of the name tents for student reflections. For myself I am using a notebook. In that book I always list the things I am planning to do that day, what I need to bring, which handouts student will be receiving from me etc. Right after class I reflect on how class went, highlighting elements that are "keepers" and noting those that need adjustments.
I enjoy having postits on the tables so students can write down questions they have. Whatever others at the table can't answer them I will ask them to bring postits to the front and sometimes I structure my entire class around those questions.

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Originally Posted by Anthony Santorelli


I have used metacognitive strategies in my courses, but always find myself refining and adding to them! The last two activities we have done on active learning and reflective practice have opened my eyes! I have used reflective journals to allow students to not only think about what concepts they have trouble understanding in class but also utilize study resources I have pooled together for them to address their confusion (and hopefully remedy it)! I have found this to be pretty successful through at least them saying it has been helpful! I am also aiming for reflective questions within a class session, whether face-to-face or online (the latter would occur in a discussion), including what topics were most interesting to learn about and what will they likely tell someone else from outside of class (friends, family, so on) about what they learned! Finally, I have assigned post-exam reflections before, but figured I would add to them based on what I have learned through SAGE! Below is an example of what I plan to assign after the first exam in my online oceanography course:

1. How long did you study for the exam? How far in advance did you study? Did you manage your time well leading up to the exam? Explain briefly.
2. Which of the following resources did you use?
Textbook, PPTs, Discussions and discussion summaries, Supplemental links (videos, articles, etc.), Mastering Oceanography HW, Exam Review Resources (outline, practice quiz, discussion board, StudyMate), Study Groups, Tutoring (Science Tutoring Center, Other), Other resources?
3. Were you satisfied with your grade? Were there aspects of the exam that you feel you were stronger or weaker in (ex. question types, concepts)?
4. Do you feel your time management during the exam was sufficient in answering the questions? Explain briefly.
5. What would you do differently from what you stated in the previous parts of the reflection in preparing for Exam 2?
6. Are you on target towards your overall grade goal in the course? Explain how you are or can get on target.


Anthony
I have been using exam wrappers for a couple of years, and I know that they help the students who take advantage of them. Unfortunately, I do not require my students to do exam wrappers. Perhaps it is because they are part of a class long presentation I give on metacognition, Blooms, study cycle, etc. and they feel that they 'have it covered'. I would recommend adding to your grading scheme if you want the majority of the class to take advantage of it. I hate to say offer it as extra credit, as I do not like to offer extra credit, but that may be the successful carrot.

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Originally Posted by Seth Miller


I think the major thing I realized while looking through these resources is that I'd like to add a session about metacognition to my courses to help students think about their learning styles. Doing a short presentation on Bloom's taxonomy and on the study strategies in the powerpoint here would be really useful. I'm always so nervous about taking time away from learning new course material, but honestly, if they're not retaining the information, they're not really learning it anyway. So taking time at the beginning of the semester and then checking in periodically would probably be really helpful to them.

I also really like the idea of doing the active listening exercises, where they listen to lecture for 10-20 minutes, then write down the three most important ideas and turn them in. I think that would be really eye-opening for the students to discover how critically they listen to the information, and then would help them do better in all of their courses.


Seth
I have been doing a class-long presentation on metacognition, Blooms, mindset, study cycle for a couple of years now. Dr McGuire gave a presentation on metacognition to Cohort 1, and I definitely drank the cool-aid after it! At her suggestion, I give it the same day I give out the results of the first exam, when many students are in an academic cirisis, after doing poorly, or failing the first exam. I always give an anonymous survey after, and I find that the majority of the students find it very helpful, and wish that they had heard it long ago. I have also seen significant performance increases in my students who honestly take advantage of the techniques. The motto is to study smarter, not study longer (or harder).

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Originally Posted by Waverly Ray


Hello all,

I usually add one question related to metacognition in homework. For the first homework, it's:
"A physical geography course has many key terms. What strategies are you planning on using to help you remember them?"


For the second homework, it's:
"Identify one concept presented in the second week of class that is more challenging for students. Define the concept, explain why it is challenging, and identify one strategy that would help students to understand and remember the concept."

For a later assignment, it's:
"Describe net radiation using words that a fifth grader would understand."


For me, these questions are more interesting to read and grade than more objective questions. It makes grading less a slog because I'm looking forward to seeing what students come up with. And, I have a better understanding of students' thinking. At the beginning of the class before the homework is submitted, or when I return the homework, I might ask a few students to share their responses -- I think it relaxes students a bit to see how their classmates are dealing with the course content.

~Waverly


Waverly
I really like your 'later assigment". During the post-exam metacognition presentation, I ask students, which would be harder: make an A in the test or teach the material to someone else. It is really interesting that it has been almost unanimous that they say it would be harder to teach someone else. So, that becomes the first metacognitive skill that I offer to them: teach a family member, or a pet (so they have the smartest dog on the block. Or, just teach the material to a water bottle! The point is to teach it and to try to vocalize the material. I then point out that it is counter to the expression "Those who can't do, teach". To which I point out to the class, that expression was likely coined by someone who has not been in any effective classes, like those run by SAGE Change Agents!
Dave

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Originally Posted by Robert Evans


I found the video, featuring Dr. Saundra McGuire, Think About Thinking, extremely fascinating as she explained metacognition and the processes involved in metacognition. For my face-to-face classes, I usually do a review session at the beginning of lecture including material from the prior lecture. However, after watching the video, I am contemplating changing this technique (usually half the class doesn't even participate when I ask questions about what we learned from the prior lecture). So, for example, Dr. McGuire discusses techniques used to help students remember and regurgitate information. One way I may start incorporating metacognition into my lectures is to place the class into small groups (2-3 students) and have each student in that group teach an aspect/topic from the prior lecture (of their choosing). Students can then engage with one another, and if they know ahead of time that they will be required to teach a topic, it may help them absorb and understand the material efficiently. One detriment I notice throughout the semester with my students is that even though they can memorize information (such as definitions) they truly do not understand the topic, definition, etc. To combat this, I try to incorporate current events that may try to spark their interest, but I believe having to teach another student, or students, a topic could really be beneficial to the overall learning process.



Robby,

What you describe reminds me of jigsaws (https://serc.carleton.edu/NAGTWorkshops/teaching_methods/jigsaws/index.html). Having students take ownership for a particular (and narrowly defined) topic and having to share it with other students is something that I've experimented with in my classes. Sometimes I've done it as a set of very mini lectures where students each share in 2-3 minutes on some aspect of the lesson, but other times I've done this over a whole class or lab, like in the Sawyer plate tectonics exercise (https://serc.carleton.edu/NAGTWorkshops/intro/activities/29360.html). Students have seemed pretty open to engage in these ways, and after discussing the effectiveness of teaching material as a way to learn it, some seem pretty keen on trying it. Let me know how it works for you!

Lynsey - Cohort 1

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Originally Posted by Seth Miller


I think the major thing I realized while looking through these resources is that I'd like to add a session about metacognition to my courses to help students think about their learning styles. Doing a short presentation on Bloom's taxonomy and on the study strategies in the powerpoint here would be really useful. I'm always so nervous about taking time away from learning new course material, but honestly, if they're not retaining the information, they're not really learning it anyway. So taking time at the beginning of the semester and then checking in periodically would probably be really helpful to them.

I also really like the idea of doing the active listening exercises, where they listen to lecture for 10-20 minutes, then write down the three most important ideas and turn them in. I think that would be really eye-opening for the students to discover how critically they listen to the information, and then would help them do better in all of their courses.



Seth,

Like Dave Voorhees, I'm a big fan of the metacognition lecture, which I affectionately term 'the talk'. I have found students very receptive to the information shared. One even remarked "Why don't other teachers ever talk to us about this stuff?"! From my experience, students are excited to know that someone really wants them to be successful in college, and life, and are able to recognize that anything that happens in the class is done intentionally to help them learn geology and oceanography. But they also recognize that I share because I care, and they seem to really appreciate that. I've always cared, but because I have explicitly shared with them about metacognition and why I do the things I do in class, they seem much more receptive to anything I share.

Lynsey - Cohort 1

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Originally Posted by Luca Preziati



If they manage to solve these “impossible” tasks, adjust the lab procedure, present the extra results, and explain what their thinking process was in the lab report, they get extra points.



Luca,

I wonder if the students felt more like sleuths with a problem to solve, as opposed to needing to complete a task! If they were able to glean the same take-aways and have some creative fun at the same time, keep making tasks 'impossible'!

I hope you share more about how this continues to work. Are you collecting feedback from students on these changes? It might be interesting to collect some reflective survey data on the changes!

Lynsey - Cohort 1

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Donn,

Originally Posted by Donn Viviani



At a minimum, this has enabled me to say on subsequent exams "Check over your exam when you think you are done. How many of you wrote 'I skipped this question and forgot to come back to it' when you corrected the last exam"? This is the kind of thing that is second nature to me, but for many of my students, they finish an exam and turn it in without double checking it.

I think having students interact with their exam and try to articulate how they could study more effectively has led students to do better on subsequent exams, but I don't have any data on it. I think I'm going to add some of the exam wrapper questions to my post exam practice.



This really resonated with me! Students so frequently don't double check their assignments and they miss out on points that they should have earned. Thus, grades are not necessarily reflective of their knowledge. I think having some way to encourage student to double check everything is so important!

To your point about improved grades resulting from reflections on effective studying, I too think it works! I've definitely seen improved grades in student assignments for those students who truly commit to trying new metacognitive strategies. I've even had students come back to me semesters later to tell me that they now are using these strategies in other classes. I can't necessarily attribute the grade directly to new habits, but I can say that students seem to feel much more confident, and that too may be playing a part.

Lynsey - Cohort 1

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