I. Introduction:
I teach 7th and 6th grade math and I have the opportunity to loop with the students who are not honors students. My innovation plan was blended learning in the math classroom through the station-rotation model. I noticed after the summer how my students have appeared to forget everything they had learned last year while I was working to implement my innovation plan.
I couldn’t help but ask, “Why is this happening?” and “How can I support students in making the connections to different math concepts strong enough to last our 7 week summer?” I want to know if a deep conceptual understanding is supported by the methodology. The “Why Process” template was a great help in determining what I could actually do to support myself in the struggle. After learning about Building Thinking Classrooms by Peter Liljedahl, I want to try to implement some of those findings to enhance the blended learning environment I am creating.
A. Action Research Topic: Enhancing conceptual understanding in the blended learning environment
B. Purpose of Study: The purpose of the study is to determine whether or not using vertical surfaces and randomized groupings supports students’ conceptual understanding in mathematics. I want to see if the collaboration aspect of learning supports students in deeper, more memorable understandings of content. My question falls under the category Mertler (2020) describes as “Trying a new teaching method” (p.56).
C. Fundamental Research Questions:
- How is conceptual understanding affected when students experience randomized groups writing on vertical surfaces to solve introductory math problems over new content?
- What perceptions do students have regarding the blended learning environment and their current levels of conceptual understanding in the blended learning environment?
II. Research Design: Mixed Methods
- Quantitative
- Qualitative
- Why? My research will need to be a mixed methods approach. I want to collect data from my three 7th grade math classes. Prior to experiencing the random groupings and collaborating on vertical surfaces, I want to give students a pretest that requests they model/ explain the concept. I will then have a rubric that measures the depth of their understanding of the concept prior to the collaborative exploratory thin-slicing of a topic, and then I’ll provide the same question in the post-test and use the rubric again to assess. I also plan to give the students a survey regarding their experience.
III. What is the Most Appropriate Data to Collect
- Types of Measurement Instruments
- Student pre-test on conceptual understanding
- Rubric usage to score (Quantitative)
- Student post-test on conceptual understanding
- Rubric usage to score (Quantitative)
- Student survey regarding personal understanding of concept and perceptions of the experience
- Pre-test and post-test (Qualitative)
IV. Focus of Literature Review
The focus of my literature review will be analyzing how to implement and promote conceptual understanding. When I was learning about blended learning, the student-paced opportunities were emphasized, but possibly can lean too heavily on promoting mimicking mathematics strategies and skills without truly developing deep, memorable understandings. Creating a way to use writing on vertical surfaces and randomized groupings to introduce topics within the blended learning environment might be able to support this area the station rotation model that I was implementing lacked.
References:
Mertler, C. A. (2019). Action research: Improving schools and empowering educators (6th ed.). Thousand Oaks, CA: SAGE Publications, Inc.
