Action Research Is Cyclical: A Study in 9th Grade Conceptual Physics

Action Research Is Cyclical: A Study in 9th Grade Conceptual Physics

Tiffany Cunningham
DOI: 10.4018/978-1-7998-6922-1.ch017
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Abstract

Due to the global pandemic, teachers have had to find and implement effective instructional strategies through distance learning. Current research surrounding “flipped learning” indicates this may be a viable option during distance learning. This study takes place in a 9th grade conceptual physics course taught entirely online. It focuses upon the cyclical nature of action research using four curricular units, concluding that the process of continual reflection, modifications, and improvements made as a result of data analysis contributes to student engagement and academic achievement. Finally, it brings to light the importance in guiding students to understand that teachers are always learning, modifying, and adapting, and that learning is a lifelong process. This transparency is crucial when developing rapport with students, especially during a global pandemic that we are all working through together.
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Introduction

Action research within education is simply the scientific term to describe what educators do every day: teach a lesson, collect and analyze students’ work as data, determine which instructional methods and strategies were most effective, and revise and prepare for the next lesson (Pine, 2009). Teachers continually use assessments to guide instruction (Tomlinson & Moon, 2013) and provide the most accessible and engaging lessons to students. Action research is clarifying the steps that teachers use to complete this process and formalizing it into a report to be shared with others.

More than the daily process of educators, action research is the system by which researchers work directly with participants to engage in change that will benefit all involved (Bhattacharya, 2017; Bradbury-Huang, 2015). It is a paradigm centered around social justice and activism, working to provide immediate relief and lasting change to the participants (Leavy, 2017). Action research, especially in education, can be viewed through a variety of theoretical frameworks, however Critical Theory may be at the forefront. This framework draws attention to the fact that there are racial, social, systemic and institutional inequities across the United States, and they have existed and been solidified repeatedly over the course of this country’s history (Anyon, 2009; Crenshaw, 1994; Ladson-Billings & Tate, 1995; Paris, 2012). These inequities hold by controlling the narrative and keeping the focus on what is considered the norm. However, Critical Theory seeks to take control of that narrative, to share that power with others, and to promote diversity and celebrate differences through engaging and sustainable methods (Ladson-Billings & Tate, 1995; Paris, 2012). Action research allows, and truly encourages, the many voices of participants to come together as one with the researcher (Tuck, 2009), highlighting the vulnerability necessary for research studies to truly be successful (Bhattacharya, 2017; Kuntz, 2016). The power of this narrative is insurmountable and can build upon current literature in nearly every field while also amplifying voices that are often hushed.

With so many voices working together, action research can ultimately take on a life of its own and the primary researcher is responsible for writing the narrative that explains the process: documenting each step taken and the effects of those steps, then sharing that information and the learning process with the educational research community (Bradbury-Huang, 2015). With a strong foundation in the current literature and an awareness of the social barriers affecting participants, the primary researcher can work as a guide or mentor, encouraging the participants to lead the charge and validating their experiences throughout this process (Bhattacharya, 2017; Kuntz, 2016; Slapac & Navarro, 2011). Even when participants do not take an active role, there is a continual awareness of the participants’ explicit influence throughout the research process, allowing for more opportunities for growth and change, but also hindering the predictability of the research (Tuck, 2009). In doing so, this type of research can grow to be so much larger than what was imagined, leading to real and lasting change brought on or inspired by the participants. What may start as a small and simple research project in one classroom may grow to positively impact hundreds more students, families, and communities. Therefore, it is also important to note that action research is not a linear process. In particular, educators have shown the cyclical nature of action research by continually assessing and recalibrating lessons each and every day in accordance with data from students or participants, including informal feedback and formal assessments (Tomlinson & Moon, 2013).

Key Terms in this Chapter

PhET Simulations: Free online interactive science and math simulations developed by students and educators at the University of Colorado - Boulder; teachers with accounts on the website may upload and download worksheets and lab procedures for each simulation as well (See https://phet.colorado.edu for more information).

Pivot Interactives: Interactive videos, rather than animated simulations, that are recorded live events in traditional laboratories; students are able to make measurements directly on the videos and record their own observations within a profile on the website; teachers are able to curate the lab activities by uploading their own videos and writing their own questions in addition to the mass library housed on the website (See https://www.pivotinteractives.com for more information).

CK-12 Flexbooks: An online, interactive textbook that teachers are able to customize to best fit their students (See https://ck12.org AU16: The URL https://ck12.org has been redirected to https://www.ck12.org/. Please verify the URL. for more information).

Khan Academy: Founded by Sal Khan, this is library full of short (5- to 15-minute) videos by educators and professors explaining complex ideas and concepts in clear and concise manners; this website has grown to also include interactive activities and quizzes to assess students on their understanding of the concepts after watching a short video (See https://www.khanacademy.org for more information).

Google Forms From Kesler Science: Interactive activities developed by Chris Kesler in which students are presented with a Google Form (like a survey or quiz) that has hyperlinks to videos, interactive activities on other websites, and PDF articles for students to engage with prior to responding to multiple-choice or short-response questions (See https://www.keslerscience.com for more information).

Nearpod: A program through which teachers can present PowerPoint presentations and Google Slides in a more interactive format as students are required to log into the program in order to gain access to the presentations; a record is automatically generated to show who logs in, at what time, and for how long; teachers may include videos as well as short formative assessments for students to engage with through this program (See https://www.nearpod.com AU17: The URL https://www.nearpod.com has been redirected to https://nearpod.com/. Please verify the URL. for more information).

Gizmos: Online virtual lab activities that simulate traditional in-person lab activities, including fan carts for physics activities and growing elodea in biology activities (See https://www.explorelearning.com for more information).

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