Revising a BYOD Action Plan: Creating an Online PD Space

Action Plan Feedback

This quarter, I have been working to develop an action plan centered around how the policy of Bring Your Own Device (BYOD) fits into my ideal learning environment. Recently, my class came together for a face-to-face session to review emerging plans. We engaged in a practice known as a Tuning Protocol to receive feedback. Just as student learning isn’t as powerful in a vacuum, neither is the ongoing learning and development of educators. Dearman and Alber (2005) address using collaborative practices to analyze and reflect on student work, and claimed that the involvement of educators in reflection and decision making not only creates commitment, but propels and sustains instructional shifts. After my participation in this process, I can see how this would work.

I was astounded by the high level of my peers’ action plans. Their thoughtful reflections on their school learning environments seamlessly merged into their envisioned growth opportunities. The feedback I received on my own plan left me poised to dig deeper, clarify confusions, and make decisions about how it will all come together. For example, @EllenJDorr prompted me to remember that I have to address the connection between BYOD and student-centered learning. Student independence requires teachers to loosen some control over the use of technology in the classroom. Additionally, @Ingersoll_Ryan reminded me that it is not just about rationalizing the positive impacts of BYOD, but owning the distractions personal devices do cause. Yes, students will be distracted at times, and this will be challenging. However, we can own our role to instruct students how to manage this distraction.

Professional development has continued to be the focus of my plan. While I have continued to focus on the unconference model, I have struggled to articulate the research-based evidence of this choice. Additional research has highlighted the power of working in cohorts, who focus on content and engage in active learning (Desimone et al., 2002). The professional development cycle I graphically outlined above centers on these fundamentals. The first step of my plan involves introducing this professional development plan to staff. Many in my cohort suggested that I showcase what successful BYOD in the classroom looks like, share school demographics about student online and device use, and present the rationale for why BYOD benefits student learning, all in the pursuit of inviting staff to participate in the larger conversation (@MrsBTodd gave me a great suggestion to develop a simple infographic to distribute).

Finally, the feedback I received also pushed me to realize that I need jump in and start designing this professional development process. My biggest struggle has been how to blend the unconference model, which fosters interest and participant-driven conversations, with the inquiry model, which supports instructional growth via experimentation and collegial feedback. Participating in both of these practices led to my own instructional shifts this past year, so their value is fresh in my mind. So how do these two ideas come together? I thought the only way to figure this out was to start to build it…

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How BYOD Fits Into An Ideal Learning Environment

This week I am continuing to work on my Bring Your Own Device (BYOD) action plan as part of my Digital Learning Environments course at Seattle Pacific University. I am working to get to the heart of why utilizing personal devices in the classroom is part of an ideal digital learning environment. If I remove the word digital, I see that my ideal learning environment encourages students whose learning is a result of their personal curiosity. It challenges students to persist in their learning despite ongoing challenges. And, it develops a student that is able to adapt to shifting situations.

What does a learning space that supports the development of a curious, persistent and adaptable student look like? It is clear that challenging assignments and remediation do not make a student persistent in their achievement. Similarly, asking higher level thinking questions does not make a student curious. And, assigning students to different projects or partners does not make a student adaptable. These skills are learned through the fine craft of a teacher who focuses on each student as part of a larger puzzle. Students have individual needs: they learn at different paces, have different interests, and need support in different areas. Our classroom environment has to be one that challenges students when they are ready for it, encourages students when they need it and teaches lessons that require thinking alongside all types of people. It pushes students to ask questions stemming from their own inquiries and personal interests. It also creates a student who can reflect not only on what they have been learned, but how they have learned.

"High Ropes Course Climbing Forest" CSU under CC BY 2.0 Retrieved from https://pixabay.com/en/high-ropes-course-climbing-forest-246113/

“High Ropes Course Climbing Forest” CSU under CC BY 2.0 Retrieved from https://pixabay.com/en/high-ropes-course-climbing-forest-246113/

Engaging students in this type of environment requires an awareness of current cultural norms with emerging technology. Awareness of how today’s youth are using technology on their own time provides a window into possible approaches (Morris and Stommel , 2013). A lack of awareness can potentially short change our students and push them away from genuine learning experiences that they already understand, enjoy and want to expand upon (Morris & Stommel, 2013). Recently, my district conducted a survey of 8th graders, which included questions about technology. The survey results showed that 91% of 8th grade students had their own cell phone last year. Bringing personal devices means that students are arriving to school with some of the most modern applications available, and my ideal learning environment does not prevent students from accessing the most current tools used by society on a daily basis.

The use of personal devices in the classroom creates opportunities for students to not only access digital tools, but to own their learning literally and figuratively. They have a comfort level with their personal device. They care about their personal devices. Part of being curious and adaptable is being able to resolve individual challenges in real time. The challenges that come with BYOD are also some of the learning benefits. Troubleshooting setbacks on devices, as well communicating with peers to do so is not only real world, but builds a persistent and adaptable person. Personal devices in the hands of every student can also actively engage everyone in the room, motivating students to make choices about how to independently implement technology to meet the demands of a task. The technologies on personal devices are moving targets, putting students in charge, as they need to adapt and learn to dodge obstacles. An ideal learning environment involves students in this process. It includes teachers who are willing to work alongside students to navigate the confusions and shifts of emerging technology to support the development of these skills. This may create anxiety in education, but many effective shifts in educational practice have done just this (Morris & Stommel, 2013).

Morris, S. & Stommel, J. (2013) Why online programs fail, and 5 things we can do about it. [Web Post]. Retrieved from http://www.hybridpedagogy.com/journal/why-online-programs-fail-and-5-things-we-can-do-about-it/

 

Perceptions, Emerging Technology, & Instructional Shifts

Questions of Perception

The Lumiere Brothers’ 1895 Arrival of a Train at La Ciotat is considered one of the first silent documentary films. The story attached to this film is that audience members ran from the screen terrified, mistaking the two-dimensional image of an approaching train for reality. Over time, this story has been debated, but it still poses some interesting notions. If the story is true, then it is an interesting commentary on the manipulation of our senses by technology. If it is simply folklore, the lasting prevalence of the tale might be a reflection on how the effects of emerging technologies continue to bewilder.

Episode 1 of Berger’s (1972), Ways of Seeing, focused on similar notions of technology’s effect. Berger’s BBC miniseries began with the exploration of technology’s effect on famous art. He invited the viewer to grapple with how photographic reproductions have changed the meaning of one-of-a-kind works. The ability to reproduce, crop, enlarge, and alter the composition of original images has potentially altered our understanding of them. The sound and juxtaposition of images on television similarly produced shifts in our perception. At the same time, photography and television has allowed people to interact with artwork on a global scale. Either way, the technology that produced these shifts is undeniable and everlasting. Berger (1972) claimed that our ability to see is dependent on our individual habits and conventions, leading us to ask ourselves how our beliefs stem from these perceptions.

What does this have to do with education technology? Questions of perception are tied to how teachers, students, and administrators respond to emerging technologies. In my last two posts, I reflected on the place of education in an age of mobilism (Norris & Soloway, 2011). I began to flesh out my action plan for a BYOD initiative by considering the how and the why of BYOD, as well as the benefits, challenges, and criticisms of it. I am turning my attention this week towards the idea of perception.  As I consider the obstacles faced in professional learning environments in the implementation of technology such as BYOD, I am wondering how our perceptions of emerging technology impact our practice. What are our perceptions of students use of technology? Personal devices? How do teacher perceptions, and resulting beliefs, shape their instructional choices?

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My Emerging BYOD Action Plan: Responding to Feedback and Criticisms

This week, as part of my exploration of ISTE Coaching Standard 3, I began to think about what an ideal digital learning environment might look like. My process began with my first post, Exploring my Ideal Digital Learning Environment. I started by reviewing three readings that explored the TPACK model, each one seeming to build on next ideologically in the integration of content, pedagogy, and technology. My takeaways from these readings were that content and pedagogy must work together to meet specified learning needs alongside the support of purposefully chosen technologies (Mishra & Koehler, 2003). I was also reminded that technology-supported learning is not reliant on the “what,” in this case the type of device, but rather “how” technology is used by the teacher to support objectives (Polin & Moe, 2015). Learning in this model should be student-centered and student-directed, and one method of encouraging student ownership of learning is to embrace a Bring Your Own Device (BYOD) program in the classroom.

Lai (2013) discussed the importance of teaching on a continuum of formality, in which learning is a daily practice that is not segmented between the informality of online interactions at home and the formality of teacher-directed use of technology at school. The interest-driven communication and collaboration by students on social media, on blogs, and in game play should be a catalyst for learning in school, while formal learning in school should also foster learning to continue beyond the school walls. While this is a device-agnostic sentiment, the relationship of personal devices to this continuum is undeniable as mobile devices travel with students between these settings. Additionally, Norris and Soloway (2011) outlined the prevalence of mobile devices on a global scale to outline the potential of taking advantage of such a widely-adopted technology.

Propelled by limited access to technology in my own classroom, I implemented a pilot BOYD program last year. I found the program to be valuable and successful, despite clear challenges. My emerging action plan for an ideal digital learning environment will revolve around the use of BYOD. I plan to consider how my past experience with BYOD, current research and received feedback assist my action plan for an adoption of this type of learning environment.

Classroom BYOD

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Exploring my Ideal Digital Learning Environment

This quarter in my graduate work in Digital Education Leadership at Seattle Pacific University, I am exploring Digital Learning Environments by focusing on the exploration of ISTE Coaching Standard 3, which charges technology coaches to create and support an effective digital age learning environment to maximize the learning of all students. In an effort to explore this standard, I read a number of initial pieces on in the intersection of content, pedagogy and technology in educational practice. I then used these as a jumping off point to explore and investigation my initial thoughts on my own ideal digital learning environment.

"TPACK Dark" by uImagine CSU under CC BY 2.0

“TPACK Dark” by uImagine CSU under CC BY 2.0

Shulman (1986) presented an understanding of both the history and intersection of content and pedagogy in the preparation of teachers. He established that intellectual biographies are the background a teacher brings with him or her in the approach to teaching, and shared that teachers are dynamic and improvisational because the practice requires it (Shulman, 1986). He continued that neither content knowledge, nor pedagogical knowledge can reign supreme in one’s approach to teaching, but they must interact as specific learning needs require it (Shulman, 1986). Shulman’s piece led directly into the work of Mishra and Koehler, who added technology to the working relationship between content and pedagogy. Mishra and Koehler (2003) articulated the shift from previous models of preparing teachers with specific technology skills to the promotion of educators in their exploration and evaluation of possible technologies, as they align with teaching and learning needs. Mishra and Koehler proclaimed that educators should “go beyond thinking of themselves as being passive users of technological tools and begin thinking of themselves as being active designers of technology” (2003, p. 5). This sentiment embodied their focus on the “how” to teach over the previous notions of “what” to teach in the facilitation of student-centered learning environments. The takeaways are that educational technologies have challenges, are messy, and need to be designed for both the content and pedagogy in play.

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