Lesson 4: What technological tools can be used to integrate metacognitive development in mathematics instruction?
Learners will identify at least 2 different tools that can be utilized to develop metacognition in math instruction and justify the use of these tools in their specific instructional context in writing.
Mrs. B begins teaching a lesson on how to add fractions with like denominators to a small group of 6th grade special education students who are all significantly below grade level in math. After direct instruction including both algorithmic steps (add the numerators and keep the denominator) and conceptual development (Why do we keep the denominator? Did the size of the pieces change?), Mrs. B begins circulating the room. She notices one student is adding the numerators and the denominators (1/5 + 2/5 = 3/10). What should Mrs. B do to help this student?
Look back at what you wrote as a response to the case study scenario in lesson three. What technologies can be used to implement the three strategies that you chose for Mrs. B to use in helping this student develop their metacognitive abilities in this specific context? Record your thoughts and save them for later.
In this lesson, you will connect what you have learned in lessons 1, 2, and 3 to the world of technology. Today's classrooms are filled with 21st century learners. These learners utilize technology on a daily basis. They play video games, use tablets and an endless list of apps. This is their world, and connecting learning with technology can make it more relevant and meaningful to them. The question now is "What can we do to connect math, metacognition, and technology?" During your investigation, you will read about the value and importance of these connections. You will read about and observe the use of technology in integrating metacognitive development in mathematics instruction. You will explore a variety of web-based tools that can be utilized in your own classrooms. You will discuss how these tools can be used in your own instructional contexts. You will also complete your quick reference guide and share it with your classmates for peer assessment before submitting it for final approval. While the integration of metacognition can be achieved in a "low-tech" manner, the use of technology to do so can increase relevance and motivation for your students.
Please use the Metacognition, Math, and Technology Graphic Organizer to take notes as you investigate the material for this lesson.
(n.d.). Retrieved from http://teachinglikeits2999.blogspot.com/2011/08/screenchomping-math-metacognition.html
- Read: "Using student generated podcasts to foster reflection and metacognition" http://acce.edu.au/sites/acce.edu.au/files/pj/journal/AEC%20Vol%2021%20No%202%202006%20Using%20student%20generated%20podcasts%20to%20fos.pdf
- Read and Watch: "Using SMARTrecorder for Math Metacognition" http://www.thinkinginmind.com/2009/04/using-smartrecorder-for-math-metacognition/
- Watch: "Teaching Math with Innovative Technology" http://www.youtube.com/watch?v=nlY-hafkOwM
- Read and Explore: "Math- Metacognition & Student Journals" http://mtainstructionaltechnology.wordpress.com/examples-of-instructional-technology/math-metacognition-student-journals/
- Read and Explore: "ScreenChomping Math Metacognition" http://teachinglikeits2999.blogspot.com/2011/08/screenchomping-math-metacognition.html
- Explore: Try out some of the suggested apps linked to in this blog post http://teachinglikeits2999.blogspot.com/p/amazing-apps.html
- Discuss: Which technological tools would you choose to use to integrate metacognitive development in math instruction? How would you use them? What are the benefits and/or drawbacks of using such tools? Use the Discussion page for Lesson 4 to discuss your thoughts on these questions. Your initial post should include an answer to these questions which draws on what you have watched and read and connects to your experiences as a student and teacher. Respond to at least two of your classmates' posts.
You will continue creating a guide for your colleagues on how to integrate metacognitive development in mathematics instruction. To apply what you have learned in Lesson 4, you will create a section for your guide in which you will identify, explain, and give examples for at least 2 different technologies that can be used to integrate metacognitive development in mathematics instruction. In this section you must:
- Identify at least 2 different technological tools that can be used to integrate metacognitive development in mathematics instruction.
- Explain how they can be used effectively and why they would be beneficial for student learning.
- Show how they would be used in the context of the case study you created in lesson 2.
Use the Discussion page for Lesson 4 to share your reflection on what you have learned and how you have learned it. Your reflection should include:
- what you have learned about technologies that can be used to develop metacognition in mathematics instruction.
- how you have learned it.
- what you want to learn more about with regards to technologies that can be used to develop metacognition in mathematics instruction.
Please post your Quick Reference Guide in the Self-Assessment and Peer Review section of the discussion page for lesson 4. Prior to submitting your Quick Reference Guide for Final Approval you must:
- Self-assess your work- This should be posted as a reply to your Quick Reference Guide post on the lesson 4 discussion page.
- Peer-assess two of your colleague's work- This should be posted as a reply to their Quick Reference Guide posts on the lesson 4 discussion page.
Please use the Metacognition and Math Quick Reference Guide Checklist to inform your self-assessment and peer-assessments.
Once you have completed your self-assessment and peer-assessment, please make any necessary revisions and submit your final copy. Please submit your final copy by posting it in the Final Copies section of the discussion page for lesson 4. I will review your submission using the checklist. My review will be posted as a reply to your final copy post.
Congratulations for completing this mini-course! If you would like to extend your learning about the topics covered in this course, please visit my profile page and utilize the resources listed there: Catherine Strattner's Portfolio Page
Course Home Page: Integrating Metacognitive Development in Mathematics Instruction