Synthesis Essay
Here you will learn about my transformation as a learner and educator
The Neverending Growth of a Lifelong Learner
Getting Started
Ever since I can remember, I have always wanted to be an educator. I wanted to be a person that could help inspire the youth. When I was a kid, I needed a teacher to help me with more than learning; I needed a teacher to help me with my emotional support. My goal has always been to foster strong relationships with my students and from there I felt I could build their desire for learning through critical thinking and creativity. However, I knew I wanted help with figuring out how to be more intentional in my classroom through different pedagogical approaches and resources, so I decided to start the Master of Arts in Educational Program (MAET) at Michigan State University (MSU).
When I started the master’s program, I wanted to seek out ways to incorporate more technological resources in my teaching. In CEP 810 Understanding with Technology, I learned different facets to incorporate technology into everyday class to help improve my teaching, which in turn will help students learn. I also learned how to apply technology in a more innovative way in CEP 811 Adapting Innovative Teaching to Education. However, it wasn’t until CEP 800 Counseling, Educational Psychology & Special Education that I truly understood the importance of pedagogical approaches. It is necessary to understand teaching as a whole prior to trying to fix something with just the attempt of technology.
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How to Apply Questioning in a Classroom Setting
The courses throughout the last couple years allowed me to recall the simple enjoyments of the unknown and the curiosity that comes with that. A pivotal learning experience that connected the importance of questioning and curiosity was when we designed a lesson plan for The Maker Movement. “The Maker movement is a community of hobbyists, tinkerers, engineers, hackers, and artists who creatively design and build projects for both playful and useful ends” (Martin, 2015, 1), and a makerspace is where the creators, or makers, develop their projects. In CEP 811 Adapting Innovative Teaching to Education, we had the opportunity to partake in makerspace. The idea behind the Maker Movement is to engage young people with innovation. The Maker Movement fosters critical thinking skills through the use of kids having to question their thought process. “Critical thinking is that mode of thinking — about any subject, content, or problem — in which the thinker improves the quality of his or her thinking by skillfully analyzing, assessing, and reconstructing it” (Glasser, 1941). Children were able to learn from their mistakes which created more questioning and thinking. They took those questions and implemented changes to the project. For example, the buttons on their creation were not matching the color and the kids had to reassess the alligator clips. Throughout the entire project, there were many moments where students had to learn from doing and then doing again.
After watching kids complete this project, it reinforced the importance of questioning. The children had to continually reevaluate their mistakes along the way. They had never played Guitar Hero, had never seen a Makey Makey board, and had never dealt with circuits before, and were given limited instructions and guidance. As they made a mistake, they had to question what they were doing wrong. Some of the kids became irritated and wanted to give up, but that is partly due to their lack of experience with being innovators and critical thinkers. As stated in A More Beautiful Question: The Power of Inquiry to Spark Breakthrough Ideas, “inquiring minds can identify new opportunities and fresh possibilities” (Berger, 2014, 5) where people who don’t inquire often give up instead of persevering through the challenge.
I have realized that “you don’t learn unless you question” (Berger, 2014, 24). I have taken this idea and implemented it in my own classroom. Being an English Language Arts (ELA) educator, there is constant classroom discussion based upon the literature we are reading. I have implemented the strategy of questioning in my classroom, but with students being the lead facilitators. I also focus on universal or evaluative questions opposed to literal or interpretative because it requires deeper thinking. Universal questions are more open-ended and go beyond the text, which helps create a better discussion in class.
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Use of Different Pedagogical Approaches
During the summer of 2018, CEP 810 Understanding with Technology gave me many insights to different forms of technology and implementations of it, but it is also where I was introduced to the TPACK model. TPACK is technological knowledge (TK), pedagogical knowledge (PK), and content knowledge (CK), but within one's context. The TPACK approach goes beyond those three knowledge areas individually and it unifies them within one's context. It’s choosing the right technology tool within the content of your own classroom while using a specific pedagogical approach.
In the master’s course, we had an activity called “Cooking with TPACK” which greatly advanced my understanding of TPACK. The instructors, Missy and Kyle, set up different stations and at each station there was a specific food and a unique tool to prepare the food. It was all luck of the draw. One station had a knife with cream, another station had a whisk with fruit, and I wound up with a cheese grater and cheese. Once again, luck of the draw. Even though I had the correct tool to make me successful, it still helped me with my understanding of how some children have more affordances than others. I learned that some tools are more beneficial for a specific experience, but all tools are able to be repurposed.
Repurposing tools was a large proponent of this master’s course. As an educator, who is constantly trying to engage students while also making sure they are learning, it is important to keep an open mind about changing the purpose of a form of technology. Cooking with TPACK helped me realize that. I learned that technology is there to enhance a student's experience, however, without a unique approach or pedagogical knowledge and without an understanding of content knowledge, learning won’t be as effective.
However, it wasn’t until the summer of 2019 that I truly started grasping the concept of TPACK.
At this point in my schooling, I had a multitude of digital technology programs I could implement in my classroom, but I struggled with incorporating the pedagogical knowledge. In CEP 800 Counseling, Educational Psychology & Special Education, it made me more apparent of the needs of different learners.
In the final assignment of the course, I had to research a Problem of Practice. I chose to focus it on analytical writing. During my six years of teaching, my students have struggled with writing an analysis. Instead, they summarize or repeat their evidence. Through different pedagogical approaches, I can reach more learners.
I realized I had to treat it less like a writing assignment and more like a classroom activity. In my research, I discovered that, “...learning of knowledge critically depends on the students' ability to make connections between multiple representations” (Ainsworth, 2006; Ainsworth et al., 2002; Cook, Wiebe, & Carter, 2007; Eilam & Poyas, 2008; Gutwill et al., 1999; de Jong et al., 1998; Ozgün-Koca, 2008; Schnotz € & Bannert, 2003; Schwonke, Ertelt, & Renkl, 2008; Schwonke & Renkl, 2010; Taber, 2001). The different approaches to learning will engage more learners, but will also differentiate learning for the various learners in the classroom. Using visual learning “...can facilitate the student to text connection” (Gorman & Eastman, 2010).
With keeping that in mind, I came up with possible technology and pedagogical approaches:
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Newsela
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Different lexile levels
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Basic comprehension questions
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CommonLit
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Comprehension questions
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Images/ Audio/ Video/ Movie Trailers to analyze
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music/ sound/ speed
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facial expressions
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speed of shots
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lighting
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And I will continue to use previously used items in my classroom
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Looseleaf and writing utensils
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Whiteboard and expo markers
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Smartboard/ document camera/ laptop
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I want students to use their own experiences to learn. Therefore the end goal is for students to facilitate their own learning and to come up with their own conclusions. In order for students to get to this point, I plan on students facilitating a discussion to analyze images, advertisements, movie trailers, videos, audio, etc. The use of other mediums will reach more students' needs and at the same time still teach the skills necessary to be successful with writing. Once they have mastered this skill, it can be transferred to analyzing readings.
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Prior to the program, I only thought about teaching with the use of standards. My job has always been a standard based learning environment and did not encourage a varied use of techniques to teach, so I stayed with what was comfortable and safe. Since I was instructed to focus a lot of my teaching on writing and specifically thought the use of written analytical paragraphs, the majority of assessments I gave students were essays. It wasn’t until this program that I expanded the concept of analyzing through the use of multimedia. It helped inspire me to think more outside the box. Learning isn’t black and white. There are more ways to learn analytical writing than simple through the written word.
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The MAET program gave me a blueprint that I needed to be a better teacher. It gave me tools to use in my classroom, but more importantly, it taught me how to find tools to implement in my classroom. It gave me the knowledge I needed to continue to be a lifelong learner while being a teacher. I am confident in my ability to remix a tool, assignment, objective, or any other resource in my classroom. Now when I look at something, I see it as a multipurpose instrument, not simply what it was designed for.
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Coming to and End
After completing all the courses necessary in the MAET program, I leave with more knowledge of techniques and approaches to be a better educator. I have been exposed to new ideas that I can take with me back to the classroom. Prior to this program, I was unaware of all the digital technology I could implement in my classroom. Now I have technological knowledge at my fingertips, but also pedagogical knowledge. I am excited to apply my learning to my practice of teaching!
Works Cited
Ainsworth, S., Bibby, P., & Wood, D. (2002). Examining the effects of different multiple representational systems in learning primary mathematics. Journal of the Learning Sciences, 11(1), 25e61
Berger, W. (2014). A more beautiful question: The power of inquiry to spark breakthrough ideas. Bloomsbury Publishing USA.
Fischer, D. H. (1970). Historians' fallacies: Toward a logic of historical thought (Vol. 498). New York: Harper & Row.
Gorman, R., & Eastman, G. S. (2010). "I see what you mean": Using visuals to teach metaphoric thinking in reading and writing. English Journal, 100(1), 92-99. Retrieved from http://ezproxy.msu.edu.proxy1.cl.msu.edu/login?url=https://search-proquest-com.proxy1.cl.msu.edu/docview/749382234?accountid=12598
Martin, Lee (2015) "The Promise of the Maker Movement for Education," Journal of Pre-College Engineering Education Research (J-PEER): Vol. 5: Iss. 1, Article 4.
The Importance of Questioning
As I sat eager to learn in my master’s courses in the summer of 2018, we discussed a book that I think about nearly daily. It discusses the importance of questioning with students. Now, every time I hear someone ask the question “why,” I recall that course, CEP 810 Understanding with Technology. The book was called A More Beautiful Question: The Power of Inquiry by Warren Berger and it truly inspired me and opened my eyes to the importance of questioning. Without questioning, there is no critical thinking or learning.
Teachers are constantly wanting children to learn and engage in discussion, but we shut down responses instead of encouraging the simple curiosity. Warren Berger (2014) made a point to acknowledge how adults respond ironically to situations when he stated, “[adults] may profess to admire kids’ curiosity, but at some point we just don’t welcome those questions anymore” (40). We want children to learn, yet we shut them down in the moment. And that is part of the problem.
If questioning is supposed to create a deeper understanding, then why do we as educators and people shut down children’s fascination with questioning the world around them? This has been a question I have been pondering with since I read the book in the summer of 2018. Even though I do not have an answer to this question, I did discover potential solutions, during my time in the MAET program, to help educators in the classroom.
My main focus was trying to find an answer to the question: How can I foster critical thinking in my classroom?
Critical thinking is at the center of learning. I wanted to learn how to become a better questioner, learner, and teacher, so I could become more well informed with incorporating different learning strategies in my classroom. As David Hackett Fischer (1970) stated, “[questions] are the engines of intellect--cerebral machines that convert curiosity into controlled inquiry” (as cited in Berger, 2014, 15). In essence, the more a child questions, the more a child learns. Questioning is a form of critical thinking, which fosters more knowledge. The more curiosity a child has, the more questions they ask. And the more questions they ask creates a bigger desire to learn for understanding.
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