The purpose of this study was to explore teachers' concerns, use, and actual practices in their adoption of the bring your own technology (BYOT) initiative. Twelve secondary teachers in a private school setting participated in this study. The participants represented all content areas including reading, math, science, and electives. The private school was in its third year of implementing BYOT. This case study incorporated multiple methods to collect data to gain a better understanding of teachers' adoption of an innovation, BYOT. The concerns-based adoption model (CBAM) was used as a theoretical framework. All three CBAM tools provided data: the Stages of Concern Questionnaire (SoCQ), levels of use interview protocol (LoUIP), and the innovation configuration (IC) map. Twelve of the participants completed the SoCQ across three different points in time. Six of the twelve teachers participated in three one-on-one interviews, including the LoUIP. Additionally, six teachers were observed in their classrooms during instruction. After triangulating all pieces of data, the majority of teachers had highest concerns related to self. Teachers were concerned about their ability to implement the innovation and managing BYOT in their classroom. Four of the six teachers had a level of use (LoU) at mechanical, and two teachers had a LoU at routine. The teachers' LoU indicated that they are using BYOT in the classroom; however, the majority of teachers observed had adoption practices mostly in the non-ideal variations of IC. The teachers' LoU and IC indicated that teachers had implemented BYOT in their own way and not necessarily in alignment with the campus' vision or expectations. This case study had several limitations, including the small number of participants and the brevity of classroom observations. Additionally, this study was limited to one school setting. Recommendations for future research include exploring teachers' adoption of BYOT in various school settings (i.e., both public and private schools) and teachers at the elementary, middle, and high school levels. Researchers should consider exploring the impact of specific interventions and support on teachers' adoption.

This phenomenological study addressed the lack of understanding of how teachers implement personal devices in the classroom and whether the instruction is constructivist in nature. Although mobile technology is convenient, it is not yet understood if Bring Your Own Device/Technology (BYOD/BYOT) programs encourage a teacher pedagogy shift. The purpose of this qualitative study was to explore the perceptions and lived experiences of 10 teachers in Grades 6 to 12 who had been part of a BYOD/BYOT program for more than 2 years. Data from interviews and lesson demonstrations were analyzed via a constructivist framework first identifying themes and then categories. Teachers perceived that using mobile technology provided the replacement of old tools, instructional planning changes, and the shifting of learning to the students from the traditional design of the teacher as the lecturer to the teacher as the facilitator. Teachers experienced more student engagement and collaboration although they needed to monitor students more carefully to avoid students' being off task and to ensure safety usage of the mobile devices in the classroom. There are implications for social change both on the local and organizational level. Teachers can better understand how their pedagogy aligns with constructivist teaching and learning, and therefore can see where they still need to grow. On the organizational level, school districts may better understand that using technology at first will be used to replace previous pedagogy practices directly and that it will take support and time for technology implementation to impact changes in teachers' philosophy of teaching.

abstract: The purpose of the iE3 Project was to explore the effect of using a collaborative apprenticeship model on the integration of student-owned mobile devices into classroom instruction. The iE3 Project was designed to overcome perceived barriers that prevented teachers from using student-owned mobile devices in the classroom. Based on earlier work, teachers suggested those barriers were support, time, resources, and professional development. Thus, the iE3 Project was conducted to empower teachers initiating the use of student-owned mobile devices as instructional tools. The study is grounded in situated cognition theory, situated learning theory, social cultural theory, and extends Evan Glazer's study of collaborative apprenticeship in a "bring your own technology" (BYOT) school environment. The literature review includes relevant studies from such areas as providing teacher support, employing collaborative planning time, using mobile technology resources, and offering authentic professional development within situated contexts. Participants included K-8th grade teachers. The 11 "non-user" participants established roles as peer-teachers (PT) and worked collaboratively with 11 "mobile device user" teacher leaders (TL) for twelve weeks during the iEngage, iEducate, and iEmpower phases of the iE3 Project. Participants completed pre- and post-intervention Stages of Concern Questionnaires and Innovation Configuration Maps, engaged in collaborative planning time, posted collaborative weekly reflections and descriptions of digital images online, completed a Perceived User Level retrospective survey, and participated in semi-structured interviews. The results of the project indicated a collaborative apprenticeship model as implemented in the current project was successful in addressing perceived barriers and empowered teachers to use student-owned mobile devices as instructional tools. Generally, results showed PT made substantial gains in using student-owned devices during instruction; reduced instructional, management, and other concerns about using mobile devices; and transformed them in terms of their thinking about using mobile devices for classroom instruction. Moreover, the perceived barriers were mitigated by using the collaborative apprenticeship model. In the discussion, complementarity of the quantitative and qualitative data were discussed and connections were made to the extant literature. Additionally, lessons learned, limitations, implications for practice, and implications for additional action research were discussed. / Dissertation/Thesis / Doctoral Dissertation Educational Leadership and Policy Studies 2015

Numerous studies have been published on the efficacy of a Bring Your Own Device (BYOD) Acceptable Use Policy (AUP) at the U.S. secondary and postsecondary school levels to increase student access to technology. However, there is a lack of data on the efficacy of a BYOD AUP to increase elementary student technology access. The purpose of this descriptive case study was to determine if a BYOD AUP at the U.S. K-5 level would increase students' access to technology as necessitated by the implementation of the Common Core State Standards (CCSS). This study was grounded in social transmission and transformative theories. The phenomenon of a northwest suburban elementary school BYOD implementation was examined by documenting the perceptions, attitudes, beliefs, lived experiences, and practices of administrators and teachers. This study used interview and classroom observation of a purposive selection of 3 elementary educators, the principal, and superintendent. Coding of data according to key words lead to analysis according to nodes and themes. Triangulation of multiple data sources and member checking helped to establish the credibility of data. Study findings documented increased access to technology for elementary students, best practices and steps to implementation. Study recommendations for elementary educators and administrators considering BYOD include consensus building, AUP, technology infrastructure, communications, professional development, classroom management, and lesson design to inform the field on elementary BYOD. Study findings facilitate social change by providing BYOD implementation recommendations, increasing elementary student access to technology at a reduced cost to districts and schools.