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As a ninth-grade English teacher at Brophy College Preparatory Academy, I always looked toward the end of the school year with a certain amount of anticipation and trepidation. The anticipation celebrated students who had successfully completed their freshman year; whereas the trepidation resulted from the end-of-year memo indicating which students had chosen not to return to Brophy next year. Unfortunately, the latter group included a disproportionate number of Hispanic students from low-SES backgrounds. Given Brophy valued diversity and the terrific abilities of these students, an innovation was devised to foster development of ‘school-navigation’ skills to assist students in adapting to the social and academic demands of the school.
The intervention was rooted in several theoretical frameworks including Bourdieu’s (1977) Cultural Capital Perspective, McMillan and Chavis’ (1986) Sense of Community Theory, and Duckworth’s (2007) Grit Framework. Sixteen freshmen and four 12th-grade mentors participated in the study. The 12-week innovation incorporated four topics—transitioning to high school, learning about strategies for academic success, becoming involved in school culture and community, and working more effectively with teachers. Each topic was considered in a 3-week cycle. During week 1, students participated in a large group discussion about the topic led by the researcher. Subsequently, they wrote in journals to reflect on the topic. During week 2, four small groups of four freshmen and one senior, mentor met to consider the topics. Mentors led discussions and also shared how they had coped with the topic. Again, freshmen wrote in journals. In week 3, freshmen met in a large group with the researcher and shared their reflections and their experiences. In this context, the freshmen learned from each other and realized they were all experiencing similar challenges that could be overcome with grit and a community to support them.
Qualitative results indicated freshmen developed a sense of community, learned to respond in positive ways to failure, and developed academic and social school-navigation skills. Freshmen and mentors became tightly knit communities, texting each other with questions coming from freshmen and responses from mentors. The discussion focused on how the theoretical frameworks were useful in understanding the results.
The study consisted of four conditions: (a) an attitudinal and demographic pre-survey, (b) five mobile instructional modules, (c) mobile quizzes, and (d) an attitudinal post-survey. A total of 311 participants in higher education were enrolled in the study. One hundred thirty-seven participants completed all four conditions of the study. Participants were randomly assigned to experimental conditions in a 2 x 2 factorial design. The levels of the first factor, distribution of instructional content, were: once-per-day and once-per-week. The levels of the second factor, testing, were: a quiz after each module plus a comprehensive quiz and a single comprehensive quiz after all instruction. The dependent variable was learning outcomes in the form of quiz-score results. Attitudinal survey results were analyzed using Principal Axis Factoring to reveal three components, (a) student perceptions about the use of mobile devices in education,
(b) student perceptions about instructors’ beliefs for mobile devices for learning, and (c) student perceptions about the use of mobile devices post-instruction.
The results revealed several findings. There was no significant effect for type of delivery of instruction in a one-way ANOVA. There was a significant effect for testing in a one-way ANOVA There were no main effects of delivery and testing in a 2 x 2 factorial design and there was no main interaction effect, and there was a significant effect of testing on final quiz scores controlling for technical beliefs in a 2 x 2 ANCOVA. The significant difference in testing was contradictory to some literature.
Ownership of personal mobile devices in persons aged 18–29 is practically all-inclusive. Thus, future research on student attitudes and the implementation of personal smartphones for microlearning and testing is still needed to develop and integrate mobile-ready content for higher education.
This study found that the preservice teachers who participated in the peer observation intervention improved in their teaching practices over the course of the semester, valued the experience of peer observation visits, and increased their ability to talk about teaching and learning in more sophisticated and complex terms.
While attempting to provide real world experiences in STEM, educators face numerous challenges including adhering to curriculum requirements and working with potentially limited resources. The purpose of this action research study was to examine how the addition of authentic learning modules to the existing University of Arizona Middle School Engineering 101 (UA MS engineering 101) unit on energy efficiency can provide students with real world experiences as active participants. During an instructional workshop, participating teachers were introduced to strategies they use in their classroom so students could engage with individuals from both inside and outside of the school to create solutions for energy issues the students have identified within their own schools. This study used a series of observations, interviews, and focus groups with the teacher participants to gather data in determining how and in what ways students were able to obtain real world experiences as active participants through the authentic learning modules. Because there are numerous teachers within the UA MS engineering 101 group, a future goal was to assist these additional teachers in providing this innovation to their students.
Writing is an important lifelong skill. Most college freshmen are required to take first-year composition (FYC) to meet the needs of writing across disciplines. Yet, a great number of students enter college unprepared. To combat this, the writing process should be practiced as part of a solid writing program. The Common Core State Standards, the “WPA Outcomes for First-Year Composition,” and the Framework for Success in Postsecondary Education address the use of the writing process as a lifelong skill. Using Emig’s (1971) work on the composing process and Flower and Hayes’ (1981) cognitive process theory as a theoretical framework, this study seeks to define the components of the writing process and how these evolve for students in an online FYC course.
A qualitative, descriptive case study approach was used to explore qualitative documents. These documents were coded according to themes gleaned from the writing process literature. These emerging themes: invention work, multiple draft production, and the collaborative and social aspects of writing were used throughout the process-based curriculum. Participants made changes to their general writing process by conducting more invention work than they had before and finding the practice worthwhile, by producing more drafts than they had on previous writing projects, and by reflecting more about what the collaborative and social aspects of writing mean to them. The online FYC course curriculum gave students the tools to build and shape their existing writing practices, or as one participant wrote, “I wasn’t reinventing the wheel, just operating the tools.”
This action research study was designed to augment a program of support focused on DIDM, which was being offered at a K-8 charter school in Arizona. It sought to better understand the relation between participation in professional development (PD) modules and teachers' self-efficacy for using DIDM practices. It provided an online PD component, in which 19 kindergarten through 8th-grade teachers worked through three self-guided online learning modules, focused sequentially on (a) identification of relevant student data, (b) interpretation of relevant student data, and (c) application of interpretations of data to classroom practices. Each module concluded with an in-person reflection session, in which teachers shared artifacts they developed based on the modules, discussed challenges, shared solutions, and considered applications to their classrooms.
Results of quantitative data from pre- and post-intervention assessments, suggested the intervention positively influenced participants' self-efficacy for (a) identifying and (b) interpreting relevant student data. Qualitative results from eight semi-structured interviews conducted at the conclusion of the intervention indicated that teachers, regardless of previous experience using data, viewed DIDM favorably and were more able to find and draw conclusions from their data than they were prior to the intervention. The quantitative and qualitative data exhibited complementarity pointing to the same conclusions. The discussion focused on explaining how the intervention influenced participants' self-efficacy for using DIDM practices, anxiety around using DIDM practices, and use of DIDM practices.