The purpose of this study was to determine Texas elementary principals' level of computer technology use and their leadership in technology integration activities as defined by the National Educational Technology Standards for Administrators (NETS*A). Additionally the study addressed technology implementation as an innovation and used the literature concerning change and innovation models to identify organizational and personal factors that might affect the level of technology use and the leadership behaviors. Survey data retrieved from 216 Texas elementary public school principals led to the formation of the following conclusions. The elementary principals involved this study reported high level computer technology use, especially with the computer tools involving communication. Principals also reported high level leadership performance to the NETS*A standards. Multiple analyses of variance (MANOVA) revealed no significant difference in mean scores between the dependent variables of computer use or leadership performance to the NETS*A standards and the independent variables including the organizational factors of school location, district spending per student, campus minority status, and campus Title I status. A regression analysis revealed a statistically significant positive relationship between principals' computer technology use and personal variables of training and perceived risk-benefit. Another regression analysis revealed a statistically significant relationship between principals' technology leadership performance to the NETS*A standards and personal variables of training, perceived risk-benefit and perceived pressure to implement technology. Multiple regression analyses revealed no correlation between the dependent variables of technology use and technology leadership. A correlation analysis revealed a weak correlation between the two dependent variables with less than 4% of the variance explained by that relationship. There is a need for continuing research examining possible relationships between principals' technology use, their technology leadership behaviors, and the degree of technology integration in their schools. The findings from this study could be used by principal preparation programs to focus on technology integration training and personal factors that may affect principals' technology leadership behavior and technology use.

The past decade has become rife with an eagerness to integrate new digital technology into teaching. While there have been decades of research done on the importance of curriculum and pedagogy on student engagement, findings of actual technology integration are scarce. Moreover, what does it take to engage students in classroom activities and lessons when technology is introduced? The purpose of this study was to explore how digital technology, when integrated into classroom teaching and activities, impacted the students-classroom engagement based on the interim-cognitive, meta-cognitive, motivational, and behavioral markers. This was explored in a Texas public high school across the four core classes (English, Math, Science, and Social Studies. Data was collected in the form of observational field notes, transcripts of recorded lessons, and Likert-scaled surveys. Thematic analysis was used in analyzing qualitative data, Pearson’s correlation of those components found by factor analysis verified three of the five themes identified from the thematic analysis with statistical significance. The findings suggest that mere use of technology does not have a profound impact on student engagement. Instead, technology tends to amplify the existing classroom culture and social norms agreed upon between the teacher and their students. Texas teachers and students are also redefining the meaning of curriculum to include technology as a result of the attempted integration. This research finds that students’ hands-on activities under teachers’ guidance with the use of technology excel when teachers are molding digital work.

This study was an examination of 20 North Texas high school teachers' perceptions about the effects of bring your own device (BYOD) initiatives on instructional planning and classroom environment. The BYOD initiative at two high school campuses was studied through a qualitative approach, i.e. a collective case study. Data were collected through interviews, classroom observations, and reviews of participants' lesson planning documents. The findings indicated teachers had to plan for inequitable technology access, technology support, effective classroom management, and relevant content to support student learning effectively. Teachers participated in professional development focused on planning for student devices, effective use of instructional technology, and classroom management during this type of instruction. Results revealed that, during instruction that included students' devices, teachers believed student engagement and content retention were greater. Observation data also indicated that students were more engaged in the instruction. The interviews and classroom observations indicated that students assumed a more active role in their learning during these lessons, and teachers facilitated and provided more support as needed. Effective planning and classroom management were identified as key components in the success of this type of initiative. Overall, the study supports the necessity for relevant professional development for teachers and campus administrators to ensure the success of BYOD initiatives. Similarly, these two groups should work together to develop the campus framework to support BYOD technology in the classroom.

In conjunction with the Texas Technology Immersion Pilot program (TIP), the State of Texas implemented a four-year annual evaluation called the Evaluation of the Texas Technology Immersion Pilot (eTxTiP). It focused on the technology immersion experience through one-to-one mobile technology of sixth grade students in 22 selected middle schools. Initial findings suggested academic growth, especially in math, increased rigor of student work, greater teacher collaboration, a more positive school environment, and transformation of instructional practices. This study focused on one of the original schools selected to participate in the TIP program, exploring the impact over time of one-to-one mobile technology on one group of students over an 8-year period beginning with their third grade year. The selected school’s demographic makeup reflected a large number of schools within the state, including its size, rural location and economically disadvantaged student population. Based on an interrupted time series design, state assessment data was analyzed using a piecewise growth model. The study revealed no statistically significant academic growth in reading and math performance among the participants.

This quantitative methods study explored the knowledge, attitudes and practices of PK-5 teachers on the use of technology applications in the classroom. The Texas State Board of Education has set in place standards for technology applications that require the use of technology applications across all grades. Likewise, the American Academy of Pediatrics (AAP) published new guidelines on the use of technology by children. However, it is the responsibility of teachers to implement and embed these standards, while also paying attention to the recommendations of the AAP. I developed a survey that provided demographic information, and included 12 items to measure the knowledge, attitudes and practices of teachers of technology applications in the classroom. Participants included 251 PK-5 teachers from three different districts in a South Texas region. Multiple regressions were conducted for each of the constructs produced by a factor analysis. Knowledge and attitudes presented no statistically significant results from individual teacher characteristics, but there were statistically significant differences on attitudes by districts. The regression analysis for practice reported a statistically significant difference between teachers that held a master's degree and those who did not. I conclude that technology applications implementation in the PK-5 classrooms is still developing and evolving, but there is still no consistency across districts, and further research in this matter is still needed.