Educational Technology Commons^™

National Assessment Program – Ict Literacy 2025. Technical Report., Kate O'Malley, Steven Kambouris, Dulce Lay, Amira Mahmood, Frances Eveleigh, Jorge Fallas

ICT - Digital Literacy

The primary purpose of the NAP–ICT Literacy 2025 technical report is to detail the technical aspects of the assessment. It outlines the key activities undertaken in the design, sampling, data collection, analysis, and reporting phases of the national sample assessment. The 2025 cycle marks the seventh national assessment of ICT literacy. Notably, the 2025 assessment was administered in May, a shift of 5 months from previous cycles, which were held in October. For this reason, changes in achievement between 2025 and previous cycles of the NAP–ICT Literacy assessment should be interpreted with some caution. The NAP–ICT Literacy 2025 assessment was …

National Assessment Program – Ict Literacy 2025. Public Report, Tim Friedman, Kate O'Malley, Frances Eveleigh, Wolfram Schulz

ICT - Digital Literacy

This report presents the findings from the seventh National Assessment Program – Information and Communication Technology Literacy (NAP–ICT Literacy) assessment cycle. The assessment was conducted in May 2025 with representative samples of Year 6 and Year 10 students across Australia. The report includes comparisons, where appropriate, with findings from previous NAP–ICT Literacy assessment cycles. NAP–ICT Literacy assesses students’ ability to use ICT and digital tools appropriately, safely and effectively across a range of real-world contexts. The assessment evaluates a broad range of skills, including: accessing, managing and evaluating information, developing new understandings, applying computational, design and systems thinking, communicating and …

Techno-Imagination: Elevating Creativity Through Xr And Ai, Christopher Spitzer

Creativity and Change Leadership Graduate Student Master's Projects

Techno-Imagination: Elevating Creativity Through XR and AI explores the history of creativity and computing technology, supported by research and academic literature, and looks at the possibilities of a convergence between the two. In parallel, a brief biographical story of the author shares how a passion for creativity emerged, along with a growing interest in science and technology—specifically extended reality—which ultimately came together in the creation of this master’s project. The project also highlights how the Creative Problem Solving (CPS) process was used alongside AI bots and twenty research-based creative thinking skills in developing the business model canvas. Finally, the outcome …

Leading The Choreography: Preserving Creative Agency In Ai-Supported Problem-Solving, Mikhaila Ackerbauer

Creativity and Change Leadership Graduate Student Master's Projects

As artificial intelligence tools become increasingly present in creative and problem-solving contexts, a critical question emerges: how can users engage with AI in ways that preserve rather than erode their own creative capacity? This project explores that question through research synthesis, practitioner conversations, coursework, international conference presentations, and the development of custom AI chatbots trained in the Creative Problem-Solving process. The central finding is a theoretical triangle comprising three interdependent capacities: autonomy, creative self-efficacy, and critical thinking. Grounded in Rhodes' (1961) Four P's framework, the triangle sits within the Person dimension. Convergent themes across the literature, practitioner conversations, and direct …

Exploring The Role Of Video Games In Civil Engineering Education And K-12 Stem Engagement, Jillian S. Codron

Architectural Engineering

Civil engineering education has traditionally emphasized a linear progression from theory to application, with foundational concepts introduced in lecture before being reinforced through laboratory or design experiences. While effective for advanced learners, this approach can limit early engagement for K–12 students who may struggle to connect abstract principles to realworld engineering practice. This project examines the use of video games as interactive, feedback-driven environments for introducing civil engineering concepts and practices to younger learners in more exploratory and accessible ways.

The study pursues four primary objectives: evaluating the educational affordances of selected video games; examining how gaming experiences have influenced …

Designing The Future: A Vr Campus Environment, Jasmine Talitha Banman

Undergraduate Honors Capstone Projects

This capstone project details the development of the "USU Virtual Campus," a high-fidelity 3D replica of the Utah State University College of Engineering building. Grounded in constructionist learning, I designed a unique architectural model in the USU virtual campus and gained practical experience using a 3D modeling platform. The project documents a transition from 2D UX/UI theory to 3D environmental design, highlighting technical challenges. Moving from greyboxing to high-fidelity detailing-the project establishes a future-proof framework for building a digital replica. Ultimately, this virtual environment promotes accessibility by allowing students to engage with the USU community regardless of geographic or physical …

Leading For Impact: An Explanatory Sequential Mixed Methods Study On Leadership Actions Driving Academic Gains Beyond Mock Projections, John Martinez

Theses and Dissertations

This study examined how principals lead schools to achieve academic outcomes that exceed projected performance. Using an explanatory sequential mixed methods design, the study first identified campuses that demonstrated statistically significant improvement between projected outcomes based on mock assessments and actual performance on state accountability measures. Quantitative analyses, including paired-samples t-tests, repeated measures ANOVA, and correlation analyses, revealed significant differences between projected and actual outcomes, variation across assessment cycles, and increasing alignment between mock and summative assessments over time. Standardized mean difference scores were used to identify campuses that demonstrated the greatest positive deviation from projected performance.

In Phase 2, …

Teaching Under Restriction: Pre-Service Teachers’ Experiences With Censorship, Johnny Salinas

Theses and Dissertations

This qualitative study examined the perceptions of pre-service teacher candidates at a predominantly minority university in South Texas about educational censorship in K–12 schools. Grounded in critical theory, the research explored how restrictive policies—including book bans and legislation related to race, gender, and identity—affect candidates’ developing professional identities and career aspirations. Data were collected through an anonymous, open-ended questionnaire and analyzed to identify six interconnected themes: autonomy and fear, book bans, policy and legislation, race and identity, subject-specific impacts, and readiness and confidence. Participants described an increasingly tense educational climate marked by heightened scrutiny and ambiguous policy expectations. They voiced …

A Case Study Of One-To-One Mobile Teaching And Learning Environments Measuring Creativity In A Rural Elementary School In Deep South Texas, David Warren Hernandez

Theses and Dissertations

This qualitative case study examined how creativity is enacted within rural one-to-one mobile teaching and learning environments in Deep South Texas. Grounded in the frameworks of mobile learning affordances (Klopfer et al., 2002), the Technological, Pedagogical, and Content Knowledge (TPACK) framework, and the SAMR model, the study explored how instructional practices, student agency, and contextual conditions influenced creative learning experiences in an elementary school setting. Data were collected from five elementary teachers at a rural South Texas district and included semi-structured interviews, classroom observations, and samples of student-created artifacts. Data analysis followed a systematic process of first-cycle coding, second-cycle axial …

Low-Vision Students’ Experiences With And Suggestions To Improve Desktop Virtual Reality: A Qualitative Study, Tanveer Mansur Syed

Theses and Dissertations

Visually impaired students have faced challenges in the field of education, particularly in science education. Not surprisingly, the unemployment rate for working-age visually impaired people has been above 70%. This persists despite federal laws to support the education and employment of visually impaired people,

Virtual Reality (VR) technology has evolved for several decades. Its use has proliferated in areas that include education. Today, VR science lab simulations are presented as a cost-effective alternative to traditional science labs. Research shows these to be viable substitutes to traditional science labs without a significant drop in learning outcomes. However, this researcher was unable …

The Unsmart Home: A Steam Approach To Coding Though Drama And Creative Play, Jennifer R. Roberts

The Transdisciplinary STEAM+ Journal

This article examines how integrating drama and coding can enhance computational thinking, creativity, and inclusivity in children. Grounded in constructivist and embodied learning theories, it presents The UnSmart Home, a drama-based coding experience. In this immersive project, children interact with a mal-functioning smart home through character-led, narrative challenges that require basic coding to solve problems. This approach reframes programming as creative play, making abstract concepts tangible through storytelling and physical engagement. Positioned within the STEAM education framework, the article argues that drama offers a powerful entry point into technical learning. It supports multimodal learning, encourages collaboration, and challenges stereotypes about …

Birdbuddy In The Classroom: Leveraging Ai-Powered Bird Feeders For Undergraduate Biology Education, Manuela Tripepi, Jason Yang, Daud Tariq

College of Life Sciences Faculty Papers

Artificial intelligence (AI) rapidly transforms biological research and STEM education by enabling automated data collection and analysis. In order to teach students about biodiversity monitoring, data validation, and the importance of human oversight in machine learning, we created an activity utilizing Birdbuddy, a commercially available AI-enabled bird feeder. Students set up feeders in their local surroundings, gather automatically produced photos and species identifications, and verify the data collected to assess the accuracy of AI outputs. The activities promote conversation on AI bias and inaccuracy while highlighting transferable skills like ecological analysis, spreadsheet management, and experimental design. Birdbuddy encourages use in …

Streaming Success: Using Summer Fellowships And Asynchronous Lecture Videos To Scale Relationship-Rich Learning In Large Enrollment Courses, Van "Docdoc" Whaley

UNLV Best Teaching Practices Expo

Supported by SIHS Summer Teaching Fellowships, this initiative developed 110+ asynchronous lecture videos embedded in Canvas to enhance accessibility, engagement, and alignment across large-enrollment A&P courses. Results include 92,000 minutes of views for the 2025 vides, 330,000 minutes viewed of the 2024 videoss, and over 4.8 million minutes of total student engagement and documented impact on student outcomes and program scalability.

Sparking Engagement: Using "Lightning Debates" To Transform Dry Policy Into Dynamic Learning, Minnie Wood, Ericka Yelle, Necole Leland

UNLV Best Teaching Practices Expo

To address a gap in health policy application among nursing undergraduates, we piloted Lightning Debates, a high-energy teaching strategy that replaces passive lecture with active learning. Students are assigned Pro or Con stances on contentious local policies, using role-play and improvisation to present evidence-based arguments in five-minute sprints. This asset-based approach leverages student creativity to deconstruct complex fiscal and clinical issues. Results demonstrate significant impact: 87.5% of students reported an improved ability to analyze policy, and the percentage of graduates feeling prepared to apply policy knowledge rose from 57% to 77%. This session provides scalable implementation tips for fostering critical …

Approaching Learning Satisfaction: Factors Influencing Educational Video Learning, Fei Wang, Douglas Havard, Tara Barnhart

Education Faculty Articles and Research

The rapid expansion of digital education has accelerated the use of online instructional videos, yet variability in video design and production quality continues to shape learners’ engagement and satisfaction. This study developed and tested a structural equation model to examine predictors of undergraduates’ satisfaction with educational videos. Using survey data from 964 students, learning satisfaction was positively predicted by image clarity (β = 0.381, p <  0.001), learning motivation (β = 0.18, p = 0.006), and interactive behavior (β = 0.182, p = 0.011). In contrast, video attachment tools showed a small negative direct association with satisfaction (β = −0.116, p = 0.042). Teacher performance and video …

Open Education On Social Entrepreneurship: A Comparative Study Between Mexico And Bolivia To Scale Up Complex Thinking, Inés Alvarez-Icaza, Benito Javier Martinez-Briones, Liz Katherine Marco-Torrez, Evelyn Rondon-Jara

Higher Learning Research Communications

Objectives: This study examined the effectiveness of an open digital educational platform for developing complex thinking competencies through social entrepreneurship education among higher education students in Mexico and Bolivia. Specifically, it assessed changes in perceived systemic, scientific, critical, and innovative thinking and compared learning outcomes across both contexts.

Method: A quasi-experimental pre-post design was implemented with 601 participants (Mexico, n = 509; Bolivia, n = 92). Participants completed a validated 25-item, Likert-scale instrument assessing systemic, scientific, critical, and innovative thinking before and after engaging with the digital platform. Within- and between-group differences were analyzed using permutation-based statistical tests, complemented by …

Numeracy-Based Civic Education Model: Needs Analysis Through An Explanatory Sequential Design, Sulkipani Sulkipani, Kokom Komalasari, Sapriya Sapriya, Susan Fitriasari, Vina Amilia Suganda Makenun

Numeracy

The United Nations Sustainable Development Goals emphasize numeracy as essential for quality education, and require its integration across the curriculum, including into civic education (CE). However, the integration of numeracy in CE in Indonesian universities has not yet been clearly mapped out. This study aims to analyze the need for numeracy integration in CE as a basis for developing a numeracy-based CE learning model. Using a mixed method with an explanatory sequential design, the study involved a convenience sample of 225 students and 10 lecturers from various universities through surveys, interviews, observations, and documentation studies. Quantitative findings show that numeracy …

Building A Course-Specific Genai Chatbot: A Comprehensive Tutorial And Comparison, Elias Gil, David Han, Joseph Mendez

TxDLA Journal of Digital Learning

This practitioner article presents a step-by-step guide for designing and embedding a course-specific generative AI chatbot using the Botpress platform. Aimed at digital learning practitioners and instructional designers, the article demonstrates how curated knowledge bases, carefully crafted prompts, and seamless LMS integration can create AI-powered teaching assistants that support student engagement and learning. Drawing on recent scholarship, the work highlights opportunities and challenges in leveraging generative AI for higher education, including accuracy, trust, and ethical considerations. A comparative analysis of alternative platforms such as ChatGPT and Google Dialogflow, further contextualizes Botpress within the broader landscape of AI-enabled educational tools. By …

Teacher Perceptions On Technology Integration And Its Impact On Student Writing Skills In High School English/Language Arts Classrooms, Brittany Tischmak

Dissertations, Theses, and Projects

The rapid integration of technology in educational settings has transformed the landscape of teaching and learning, raising questions about its impact on foundational skills such as student writing. This qualitative phenomenological study explored the perceptions of high school English/Language Arts teachers with over ten years of experience regarding technology’s influence on student writing. Guided by the Technology, Pedagogy, and Content Knowledge (TPACK) framework, semi-structured interviews were conducted to capture educators’ lived experiences and understand their perceptions of how their pedagogical, content, and technological knowledge intersect in the classroom. Findings revealed that while technology offers tools that can enhance efficiency, educators …

Optimizing Costs & Efficiency With Heartcode Complete: A Quality Improvement Project, Jessica Bryant

Doctor of Nursing Practice Final Project Abstract

PURPOSE

This quality improvement project aimed to implement HeartCode Complete (HCC), a simulation-based BLS training platform, at a 154-bed community hospital. The goal was to replace instructor-led BLS training, improve training efficiency, reduce costs, increase certification compliance, and enhance staff satisfaction.

BACKGROUND

Maintaining competency in CPR is a regulatory requirement for healthcare providers. Traditional instructor-led BLS training requires scheduled classes, instructor availability, and staff time away from clinical duties, contributing to certification delays and operational inefficiencies. Simulation-based training platforms offer self-directed learning with real-time feedback.

METHODOLOGY

This quality improvement project used Lean Six Sigma principles and Plan-Do-Study-Act cycles to guide …