This research study examined the implementation of an extended reality (XR) lab on a community college campus to facilitate student and faculty access to immersive learning resources. The study, conducted during one skills day, involved 46 students and was designed to understand if integrating immersive VR into emergency medical technician (EMT) education could enhance learner confidence and motivation, develop problem-solving and analytical thinking skills, and thus connecting the classroom learning with real-world application. The majority of participants reported increased motivation and engagement, alongside improvements in learning outcomes like knowledge retention and skill development. Applying the unified theory of acceptance and use of technology (UTAUT) model revealed performance expectancy, effort expectancy, social influence, and facilitating conditions as key determinants of VR adoption in EMT education. While no significant overall performance enhancement was observed, VR training showed potential to boost motivation, confidence, and specific performance aspects. Furthermore, student perceptions towards VR in EMT education were largely positive, thereby suggesting its utility in immersive scenario training, skill acquisition in a risk-free environment, enhancing learner engagement, and real-world situational preparedness. VR demonstrated promise as a transformative tool in EMT education, necessitating further research to fully exploit its potential in diverse learning environments.

In the modern economy, national innovation systems (NIS) contribute to a substantial increase in economic development in numerous parts of the world. NIS has been instrumental in integrating most developing countries' economies into the global capitalist system; however, some developing countries lag the innovation capacities to develop their NIS. The inability of the countries in Sub-Saharan Africa to gauge their NIS is problematic and probably risky for the countries' future development. Without proper evaluation and monitoring, it is hard for governments to create policies to advance their NIS to attain their desired economic development objectives. Development experiences of the countries in Sub-Saharan Africa and their insignificant standings in the global exchange of goods and services warrant a comprehensive way to measure and evaluate their NIS. This study ascertained how predictor variables: government effectiveness index (GEI), percentage of public spending on education (PSE) and labor force (LF) influenced the criterion variables: gross domestic product (GDP), gross national income (GNI) and human development index (HDI). The results categorized the countries that are performing soundly or not, and the knowledge from the assessments can aid in improving national policies for future performance of NIS in Sub-Saharan Africa. Likewise, it can help to create an atmosphere of informed decision and evidence-based calculated policymaking through assessment of development models' effectiveness in achieving regional goals. The study of NIS is significant in defining the level of effectiveness, convergence, and progress of nations. The outcomes of the policy ingenuities assumed at the state level can be specified and current strategies can be reformulated.

The study explores the effectiveness of multimodality teaching using the 4MAT Model. A meta-analysis was conducted with empirical studies on instruction via multimodality teaching in preschool, K-12, and higher education. The studies in the meta-analysis involved an experimental and control group. The control group received traditional teaching lessons, and the experimental group received multimodality teaching. A text analysis was conducted to examine the trends in the advantages of the 4MAT model versus traditional methods. The literature review analyzed the cognitive theory of multimedia learning, advances in multimedia teaching effectiveness assessment, transforming traditional teaching through the 4MAT model, 4MAT model and learning, the importance of multimodality teaching, the origin of multimodality teaching, the 4MAT model, and multimodality teaching and student achievement. This research aimed to determine a better understanding and increase learning achievement by using the 4MAT model versus traditional teaching methods.

This dissertation explored the cost and value of 1:1 computing programs in high schools in Texas. The study examines whether the total cost of ownership of these programs can be justified by the student testing gains and graduation rates. It investigates whether student learning outcomes show a definable correlation between positive gains and the implementation of 1:1 computing programs. The study also explores whether there is a measurable return on investment of 1:1 programs based on testing gains and graduation rates. The research used the State of Texas Assessment of Academic Readiness exam scores to validate assumptions and test the hypothesis. The study found no clear link between the addition of 1:1 computing programs and the realms of student success. While there is marginal improvement in student outcomes, there is only circumstantial evidence that laptops and devices are the catalysts for the change. The dissertation also found that the total cost of ownership (TCO) is a significant portion of the district's spending, costing millions of dollars, and that the financial disclosure and budget information data was either missing, incomplete, or over-generalized, causing an issue for assessing program effectiveness or ROI. Despite this lack of transparency, there is a slight positive ROI trend based on the data reviewed during the observation period.

The purpose of this exploratory study was to investigate graduate student perceptions of community and connectedness enrolled in an online doctoral program at a Texas university. This research is relevant to students enrolled at the University of North Texas in the learning technologies (LTEC) PhD program. The aim was to identify elements that facilitate community and connectedness among residential and distributed students. The study utilized a mixed method approach employing the Brief Sense of Community Survey (BSCS) and the Online Student Connectedness Survey (OSCS) for the quantitative data along with semi-structured interviews for qualitative analysis. Survey data was collected from twenty-nine residential and distributed students ranging from first year to dissertation stage. Semi-structure interviews were conducted from five student volunteers to further identify participants' perception of community and connectedness within the program. Results reveal that while current features of community designed within the program (i.e. annual meeting, associate graduate faculty support, and cohort model) are beneficial in helping students develop a sense of community and sense of connectedness. However, students desire deeper connections with peers, faculty and the program at various phases of the doctoral process. Doctoral support during the dissertation phase, additional student support such as alumni and current student mentoring and the development of an online community emerged as beneficial in further creating community and connectedness among students in the program.

This study aims to strengthen elementary school students' marine environmental awareness through various learning approaches and board game activities. More specifically, jigsaw cooperative learning, game-based learning, and problem-solving learning approaches were used in this study to investigate the marine environmental awareness of elementary school students. A mixed-methods approach was employed to understand the research questions comprehensively. A total of 43 Taiwanese elementary school fifth-grade students in two classes participated in the study. Twenty-three students in Class 1 played the board game as the treatment in the experiment, and 20 students in Class 2 did not receive treatment but read articles. Quantitative data were collected by surveys and analyzed with statistical methods to measure changes in student marine environmental awareness. Qualitative data were collected by letters and interviews and analyzed thematically to understand students' perceptions and attitudes toward marine environmental problems. The results showed that the learning activities did not statistically significantly enhance marine environmental awareness among Taiwanese elementary students. Therefore, this study concluded that using jigsaw cooperative learning board games can improve elementary school students' marine environmental awareness without significant differences. Last but not least, the implications of research and practice and suggestions for future research were also mentioned in this study.

The purpose of this mixed methods study was to identify the types of technologies teachers use in mathematics classrooms and how those technologies were implemented. Furthermore, the purpose of this study was to explore teachers' perceptions of the impact technology has on student achievement. This study explores teachers' perceptions of the available support teachers have for integrating technology in mathematics classrooms. Last, this study explores teachers' perceptions of being prepared to integrate technology into mathematics classrooms. Surveys were conducted for a quantitative approach on teachers' perceptions of technology in teaching and learning. Semi-structured interviews were conducted, and data was analyzed through item-analysis and coding to identify emerging themes. For each topic of inquiry, themes emerged. The themes were discussed in detail, findings were discussed, and recommendations were provided for supporting teachers to integrate technology into mathematics classrooms.

This study examined the influence of instructional technology on Spanish as a Foreign Language (SFL) vocabulary acquisition and the intrinsic motivation language learners present while learning vocabulary in a second language. A quasi-experimental design helped determine the impact of the instructional technology intervention using Quia and Quizlet to learn vocabulary over direct instruction. A nonrandom convenience sample of (N = 47) participants was divided into the experimental group (n = 25) and control group (n = 22). Data was collected from face-to-face interactions. Participants were secondary Spanish two students, ages 14–17, and from a north Texas public school. I taught 10 lessons over 10 days during a 30–45-minute instructional technology or direct instruction activity independently. The findings revealed whether the strategies, (a) instructional technology or (b) direct instruction, have a significant impact on Spanish vocabulary acquisition and student intrinsic motivation. The study's findings were derived from independent t-tests, which indicated that using instructional technology did not impact vocabulary acquisition over participants learning through a direct instruction method. Student intrinsic motivation was also not impacted. The analysis determined no significant impact between instructional strategies or the student's intrinsic motivation while learning vocabulary in a second language. While this study provides practical methods to implement in a classroom for language learners, the recommendations are intended for all educators to guide and teach language development and implement instructional lessons that influence students' vocabulary acquisition using motivating strategies.

As technologies for learning become increasingly available in K-12 schools, the role and responsibilities of campus principals continue to evolve. Incorporating technologies in schools requires shifts in practices, the development of new skills, and in some cases, changes in the mindset of stakeholders. Schools should be capable of absorbing the knowledge and creating the systemic structures required for the implementation ICTs. The purpose of this study was to research the principals' perspective to lead the implementation of ICTs for learning in public schools. As campus leaders, principals are increasingly required to support the utilization of ICTs for classroom instruction. It is of particular importance, therefore, to study and explore the needs school principals identify to lead the implementation of technologies for learning. More specifically, the goal was to gather relevant data to analyze topics that campus principals believe positively and negatively influence the implementation of ICTs in schools.

The dissertation aims to expand access through a low-cost technological innovation system S-MLS to learners in underdeveloped areas with difficulties in accessing education. Technology is advancing rapidly. However, many parts of the world need access to educational advances, which are hindered due to war, political situations, and low literacy and income. A qualitative phenomenological approach explores the lived experience using the solar-powered computing and learning management system (LMS) to support the development of educational access in underrepresented societies, developing countries, and rural areas where access to proper classroom education is non-existent. Proof of concept is used with a group of students in a rural area, a developing country, and within an underrepresented population to check the feasibility of using the equipment in a real-world setting. A technology acceptance model would be used to identify the user's perceived interest and user acceptance. The community of inquiry theory wou