Educational Technology Commons^™

Designing A Technology-Enhanced Curriculum For Preservice Mathematics Teachers: A Practice-Based Reflection, Alaa Karem Abd-El-Hafez

International Journal of Transformative Teaching and Learning in Higher Education

Preparing preservice secondary mathematics teachers in a post-pandemic, AI-driven digital landscape presents unique pedagogical challenges. As a teacher educator and former secondary mathematics teacher, I aim for preservice candidates to harness technology as a vehicle for high-leverage, evidence-based teaching strategies while prioritizing software accessibility and affordability. This practice-based article details the comprehensive redesign of a technology in mathematics education course structured around five modular units and three project-based assessments. Guided by the Technological Pedagogical Content Knowledge (TPACK) framework, I articulate the rationale for tool selection, instructional design decisions, and assessment strategies. Ultimately, this course model offers higher education programs an …

Transmogrifying Coding Into A Social Studies Technology Tool: Using Participatory Design With Engineers And Social Studies Educators To Design Data Visualization Tools For Social Studies Data Literacy Education, Bahare Naimipour, Jessica Zhang, Tamara Shreiner, Mark Guzdial

Journal of Pre-College Engineering Education Research (J-PEER)

Our work aims to inform, design, and create data visualization tools that are meant to be integrated specifically into social studies classes. In this essay we discuss the use of participatory design methods to learn what social studies teachers (both pre-service and in-service) want in their classrooms and test the usability of real tools with these participants. Through this approach we iteratively engage our users, and they inform the design and development of learning tools for the learning and instruction of social studies data literacy. Using a social construction of technology lens, we describe the scaffolding embedded in our tools …

Barriers And Enablers Of Integrated E-Learning In Southern Africa: Student Experiences, Vicente A. Halle, Luzaan Schlebusch

Journal of Global Education and Research

Integrated e-learning is increasingly essential for enhancing higher education globally, yet its implementation in resource-constrained regions such as Southern Africa remains uneven. This study explores the technological, organizational, and environmental factors influencing the integration of e-learning in higher education institutions, using the Technological, Organizational, and Environmental framework. A qualitative phenomenological approach was employed, involving semi-structured interviews with 24 students (12 males and 12 females) from universities in South Africa and Mozambique. Thematic analysis revealed key barriers, including poor connectivity, limited digital literacy, inadequate institutional support, and socio-economic constraints such as power cuts and data costs. Despite these challenges, several enablers …

Maximum Agency: Educator Engagement In The Ai Era, W Alex Foxworthy

Inquiry: The Journal of the Virginia Community Colleges

The dominant narrative about AI in education emphasizes anxiety: jobs lost, skills devalued, futures foreclosed. But survey data reveals a more complex picture. Students and faculty who engage with AI tools see greater possibility and feel less threatened than those who avoid them. Engagement correlates with optimism. This essay argues that community college educators are uniquely positioned to bridge this gap and can play a key role in moving students from anxiety to agency by modeling engaged adaptation themselves. Yet faculty consistently report that lack of institutional support, not resistance, is the primary barrier to integration. Drawing on recent surveys …

Technology In Waldorf Education: Benefits, Challenges, And The Teacher's Role, Jennifer C. Larson

Electronic Theses and Dissertations

Historically considered a screen-free education, Waldorf pedagogy has gradually begun to integrate digital technology into the middle and upper grades over the last two decades. Research on the implications of extended screen time for children has driven this pedagogical decision alongside foundational commitments to relational practices, experiential learning, and imaginative artistry.

At the same time, recent years have marked an acceleration in digital expansion in education. COVID-19 normalized teaching and learning through remote learning platforms, and digital access is now an expected feature of daily life.  As Waldorf education seeks to offer holistic education in the context of this societal …

Developing Narrative-Based Stem Learning Tool For K-6 Visually Impaired Students, Daniel Tsivkovski, Dylan Ravel, Jeffrey Kraskouskas, Brandon Foley, Maryam Etezad, Franceli Cibrian, Rajeev Joshi, Ariel Han

Student Scholar Symposium Abstracts and Posters

This research develops a free, accessible web application that enables K-6 students who are blind or visually impaired (BVI) to learn STEM concepts using refreshable braille displays. Currently, most online learning tools are not designed for BVI students, creating a significant educational barrier.

The application interfaces with commercial braille displays and uses narrative-based learning to make STEM content approachable and engaging. By presenting material as personalized interactive stories generated with the help of Artificial Intellligence (AI), students can connect with concepts while developing braille reading skills. The curriculum design prioritizes accessibility through the Accessible Rich Internet Applications (ARIA) standards and …

It’S No Longer Greek To Me: A Gamified Parsing Study Tool, Josiah J. Lane

Senior Honors Theses

Learning Koine Greek presents significant challenges due to the language’s complex morphology, including multiple verbal forms encoding tense, aspect, mood, voice, person, and number. Traditional methods relying on rote memorization often fail to support long-term retention and rapid parsing ability. This project presents a web-based parsing study tool designed to address these challenges by integrating spaced repetition algorithms, active recall, and gamification principles. The system leverages a relational database of lexical forms and parsed words, enabling adaptive scheduling of practice items based on individual learner performance. Gamified elements, including scoring, progress tracking, and immediate feedback, sustain engagement and encourage consistent …

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 …

Exploring The Impact Of Generative Ai On Curriculum Design And Instruction: A Study With Preservice Teachers, Lindsay A. Gold, Vanessa Winn, Jackie M. Arnold

Thomas C. Hunt Building a Research Community Day

Generative Artificial Intelligence (GenAI) is transforming education by reshaping curriculum design, individualized learning, and professional collaboration. This interpretive study examines how 70 preservice teachers engaged with GenAI through structured learning experiences focused on lesson planning, content development, and reflective practice. Participants, all fourth-year PK–Grade 5 and intervention specialist candidates at the University of Dayton, completed a co-taught seminar led by methods professors in science, social studies, language arts, and mathematics. Data sources included initial reflections on GenAI’s role in education, documentation of prompt exploration, and ongoing reflections during the seminar. Thematic analysis revealed a shift in preservice teachers’ understanding from …

Ai In The Classroom, Dr. Adrian E. Hinkle, Dr. Amanda Wilson, Dr. Jan H. R. Wörner

Faculty Presentations on AI

This presentation examines how educators can thoughtfully integrate artificial intelligence into the classroom while upholding academic integrity, ethical engagement, and the core mission of education. It draws on historical parallels—from ancient concerns about writing to later fears surrounding typing—to frame AI as a double-edged sword that can offload routine cognitive tasks yet risks eroding the mental discipline and critical thinking essential for deep learning. Centered on the guiding question of what students truly need to learn and how technology can help them achieve it, the session offers practical assignment frameworks, such as designing an AI-supported ministry plan and developing a …

A Closer Look At Quality: A Mixed Methods Study On International Teachers’ Perceptions Of Educational Technology-Focused Professional Development In South Carolina, Melissa Mcclary

Doctor of Education Dissertations

Educational technology (EdTech) is widely promoted as a means of improving instruction; however, limited research has examined how international teachers are supported through EdTech-focused professional development (PD) in South Carolina (SC) schools. Using a convergent mixed methods design, this study explored international teachers' perceptions of EdTech PD quality through the lens of Desimone's (2009) core features of effective PD and Expectancy-Value Theory (EVT). Quantitative data were collected from 81 respondents using the Teacher Professional Development (TPD) Monitor Survey (Richter & Richter, 2024), complemented by 16 semi-structured interviews. Survey results indicated high overall ratings, with clarity and structure, practical relevance, and …

Machine Learning For Predicting Students’ Academic Performance In Selected Educational Technology Courses In Nigerian Universities, Mohammed Jibril

Journal of Educational Technology Development and Exchange (JETDE)

Machine learning (ML) has emerged as a powerful tool in education that enhances data-driven decision-making and supports timely interventions. However, its application in Nigerian higher education remains underexplored, particularly where sociocultural and institutional factors may influence predictive accuracy. This study employs the CRISP-DM framework to address this gap by applying ML to predict student performance in core educational technology courses. The models were trained on a dataset of 19,961 instances collected from three Nigerian universities from 2010 to 2024. A percentage split of 80% for training and 20% for testing was adopted. Thirteen machine learning algorithms were applied to predict …

Designing Faculty Standards For Technology Integration In Higher Education Institutions: A Design-Based Research Study, Helen Crompton, Diane Burke, Christine Nickel

STEMPS Faculty Publications

This design-based research study responds to the call from scholars, organizations, and institutions to address the gap in scholarly knowledge regarding the lack of technology standards for faculty in higher education. These standards cover the three areas of faculty workload: teaching, research, and service. Conducted over two iterative macro cycles, this unique study engaged 114 participants, including faculty from a range of disciplines and institutional types, accreditation organizations and coordinators, and education and technology organizations. The outcome is a framework comprising six faculty standards; Instructor, Coordinator, Leader, Researcher, Learner, and Contributor. Each outcome is accompanied by practical indicators that support …

Foreword, Pedagogical Innovations In Computer Science Education, Helen Crompton

STEMPS Faculty Publications

[Introduction] Computer science education sits at a defining moment. Across schools and universities worldwide, computing is no longer a niche discipline reserved for a select few. It is a foundational literacy that shapes how learners understand the world, participate in society, and imagine their futures. At the same time, the rapid pace of technological change, particularly in artificial intelligence, data systems, and intelligent tools, has placed unprecedented pressure on educators to rethink not only what we teach, but why and how we teach it. This book arrives precisely when such reflection is most needed.

Iuse: A Gamified Virtual Learning Platform For Connected Vehicle Applications To Enhance Undergraduate Transportation Education, Tianyu Shen, Di Yang, Kai Sun, Hong Yang, Kun Xie, Mansoureh Jeihani

Civil & Environmental Engineering Faculty Publications

Emerging transportation technologies are rapidly reshaping transportation systems and industry practice. However, most transportation undergraduate curricula still emphasize foundational topics such as geometric design, travel demand forecasting, pavements, and soil properties, typically delivered through lecture-centric instruction. While these subjects remain essential to the discipline, they do not fully reflect the pace of technological change or provide sufficient opportunities for experiential learning with modern tools and data. This gap limits students’ exposure to CV concepts and their ability to translate theory into practice.

Focusing on a key emerging technology, connected vehicles (CVs), this paper bridges the above gap by introducing a …

Environmental Load In Technology-Rich Classrooms: A Practitioner Reflection On Student Attention, Cognitive Fatigue, And Instructional Design, Christopher Morales

Essays in Education

This practitioner essay examines student disengagement in technology-rich classrooms through the lens of cognitive load and environmental demand. Rather than interpreting all off-task behavior as laziness, avoidance, or lack of motivation, the essay argues that some students may be responding to cumulative overload created by screens, transitions, digital platforms, visual clutter, noise, lighting, and fragmented instructional routines. Drawing from classroom observation and cognitive load theory, the essay introduces environmental load as a practical concept for educators seeking to preserve student attention without lowering academic expectations. The essay offers reflective questions and instructional adjustments that can help teachers and school leaders …

Quantum Readiness In Cybersecurity Education: A Framework For Preparing The Next Generation In The Post-Quantum Era, George Antoniou

Faculty and Staff Publications & Presentations

This framework addresses the critical gap between post-quantum standards and workforce readiness. Shor's algorithm demonstrates that sufficiently powerful quantum computers can break the cryptographic foundations of internet security. While the cryptography research community has developed quantum-resistant algorithms, educational institutions have not prepared students to implement these solutions. Recent surveys show fewer than half of organizations have begun planning for post-quantum cryptography (PQC) transitions (Entrust Cybersecurity Institute, 2024; U.S. Government Accountability Office, 2023; (ISC)², 2024). The NICE Framework (Newhouse, Keith, Scribner, & Witte, 2017) outlines the knowledge and skills that cybersecurity professionals should possess. The framework omits post-quantum cryptography entirely. Organizations …

Navigating The Digital Divide: A Quantitative Analysis Of The Digital Literacy Skills Of College Students Through The Lens Of Technological Self-Efficacy, Robert M. Spisak Jr

Electronic Theses and Dissertations

This quantitative dissertation addresses the digital literacy skills gap among college students and their ability to effectively use digital technologies in higher education. While many students arrive with technical skills, gaps exist in their ability to critically assess information, ethically engage with digital content, and apply these competencies across academic and professional contexts. Grounded in the framework of technological self-efficacy, which emphasizes the belief in one’s ability to perform digital tasks, this study examines both the digital literacy skills student bring from high school and their self-perceptions of those skills during college. This study was guided by the following research …

School And District Leaders’ Understanding Of Technology Organizations’ Cyber Business Practices, Jayejaye Johnson

Journal of Educational Research and Practice

Educational technology (EdTech) interoperability throughout cyberspace provides the financial opportunity to collect and sell student privacy information in digital learning environments, challenging school leaders to govern schools and keep children safe. School leaders provide the resources, funding, planning, decision making, and administration for EdTech cybersecurity practices and policies, yet little is known about what public school leaders understand. A quantitative study was designed using primary data collected from an online survey. Four research questions guided this study: What are the differences in cybersecurity practices and policy response scores (1) between male and female school leaders; (2) among leaders with different …

Toward Personalizing Quantum Computing Education: An Evolutionary Llm-Powered Approach, Iizalaarab Elhaimeur

Computer Science Theses & Dissertations

Quantum computing education faces significant challenges due to its complexity and the limitations of current tools. This thesis introduces a novel Intelligent Teaching Assistant for quantum computing education and details its evolutionary design process. The system combines a knowledge-graph-augmented architecture with two specialized LLM agents: a Teaching Agent for dynamic interaction and a Lesson Planning Agent for lesson generation. The system is designed to adapt to individual student needs, with interactions meticulously tracked and stored in a knowledge graph. This graph represents student actions, learning resources, and their relationships, aiming to enable reasoning about effective learning pathways. We describe the …

Immersive Learning In Action: A Qualitative Case Study Of High School Teachers’ Experiences With Prisms Learning In Science And Mathematics, Hilary A. Cassidy

Dissertations

The use of virtual reality (VR) in the secondary STEM educational space is increasing as costs to access VR technology decrease. There is a current lack of research supporting the efficacy of virtual reality use in the secondary space to improve student success criteria, particularly for specific VR-based instructional products like Prisms. The purpose of this study was to explore the impact of Prisms VR curriculum from the teacher perspective, with specific attention to student engagement, conceptual understanding, and instructional practices. The goal of the study was to contribute to existing research about the paradigm shift toward active student participation …

Understanding Students’ Psychological Needs Satisfaction And Frustration In A Gamified Biology I Course: A Mixed Method Study, Shakiyla Huggins

Boise State University Theses and Dissertations

The purpose of this study was to examine how gamification impacts student motivation in higher education through the framework of Self-Determination Theory (SDT). While previous research has linked gamification to engagement, this study addressed a gap by directly measuring students' satisfaction and frustration with their basic psychological needs — autonomy, competence, and relatedness — in a gamified undergraduate Biology I course. A convergent parallel mixed methods design was employed. Quantitative data were collected using the Basic Psychological Need Satisfaction and Frustration Scale (BPNSFS) from 22 students who completed both pre- and post-course surveys. Qualitative data were drawn from student reflection …

Quantum Readiness In Cybersecurity Education: A Framework For Preparing The Next Generation In The Post-Quantum Era, George Antoniou

Faculty and Staff Publications & Presentations

The rapid advancement of quantum computing represents both a revolutionary opportunity and an existential threat to contemporary cybersecurity infrastructure. While quantum computers promise unprecedented computational capabilities, they simultaneously pose a critical risk to current cryptographic protocols that protect sensitive data, financial systems, and national security frameworks. Post-quantum cryptography (PQC) standards, recently formalized by NIST in 2024, provide a roadmap for quantum-resistant encryption. However, a significant gap exists between technological advancement and educational preparedness, with most cybersecurity curricula failing to adequately prepare students for the quantum era. This paper addresses the urgent need for comprehensive quantum readiness in cybersecurity education across …

Non-Efl World Language Teachers’ Perceptions And Experiences With Generative Ai Tools, Georgia Konstantinou

Boise State University Theses and Dissertations

This exploratory quantitative research study explored the perceptions and experiences of non-English as a Foreign Language (non-EFL) world language teachers who were members of online communities of practice regarding their use of generative artificial intelligence (GenAI) tools in their teaching practices. Many research studies began to explore the impact of GenAI tools in various educational settings, and some studies even investigated the perceptions of English as a Foreign Language (EFL) teachers, but research studies exploring the perceptions of non-EFL world language teachers regarding the use of GenAI tools inside and outside of the classroom remain limited. This study addressed this …

Use Of Podcasts As Emerging Technology In Occupational Therapy Education, Abbigail Kubiak, Karen Jacobs, Varsha S. Kulkarni, Maruška Vizek

The Open Journal of Occupational Therapy

Podcasts are an emerging modality with a developing evidence base to reinforce their use in educational settings; in particular, to support knowledge retention and introduce topics. This research demonstrates the potential of podcasting in an educational context. Podcasts were used to educate occupational therapy (OT) students about emerging and innovative OT career opportunities. A series of 13 standardized 20- to 30-min podcasts featuring occupational therapists in emerging and innovative practice areas (E/IPA) globally were developed. In each podcast, the occupational therapist described implicit and explicit aspects of their career experiences. The podcasts were piloted in an entry-level OT doctoral course …

"Chatgpt Told Me To Say It": Ai Chatbots And Class Participation Apprehension In University Students, Daisuke Akiba

Publications and Research

The growing prevalence of AI chatbots in everyday life has prompted educators to explore their potential applications in promoting student success, including support for classroom engagement and communication. This exploratory study emerged from semester-long observations of class participation apprehensions in an introductory educational psychology course, examining how chatbots might scaffold students toward active and independent classroom contribution. Four students experiencing situational participation anxiety voluntarily participated in a pilot intervention using AI chatbots as virtual peer partners. Following comprehensive training in AI use and prompt design given to the entire class, participants employed systematic consultation frameworks for managing classroom discourse trepidations. …

Fostering Vocabulary Enhancement Through Quizizz: A Perspective On Digital Gamification, Joseph Decena Dayag

Journal of English and Applied Linguistics

As interactive gamified platforms increasingly shape the current academic landscape, this perspective paper critically examines Quizizz’s contribution to English language learners’ vocabulary development. Drawing on Self-Determination Theory and Krashen’s Affective Filter Hypothesis, it analyzes how game elements—such as immediate feedback, point-based competition, and accessible design—satisfy learners' psychological needs for autonomy, competence, and relatedness, enhancing intrinsic motivation and reducing anxiety. Synthesizing insights from recent empirical studies and pedagogical practice, the paper demonstrates that Quizizz promotes both learner engagement and vocabulary retention. It also identifies gaps in the literature regarding cognitive depth, emotional engagement, and the sustainability of vocabulary gains. The discussion …

Scaffolded Integration: Aligning Ai Literacy With Authentic Assessment Through A Revised Taxonomy In Education, James Hutson

Faculty Scholarship

The accelerating prevalence of generative artificial intelligence in educational and professional spheres necessitates a reevaluation of when and how such technologies are introduced within pedagogical practice. The principal challenge for educators is not merely the imperative to prepare students for an AI-driven world, but rather to ensure that assessment practices remain authentic—providing an accurate measure of what students can independently achieve before leveraging the augmentation potential of intelligent systems. This article contends that the incremental introduction of AI, mapped onto a scaffolded framework aligned with a revised Bloom’s Taxonomy, constitutes a methodologically sound approach for maintaining academic integrity, fostering transferable …

Toward Discussion Facilitation That Enacts Collective Care. A Response To “Teaching Dobbs Where Divisive Concepts And Abortion Are Restricted”, Jenni Conrad

Democracy & Education

For both teacher candidates and teacher educators, facilitating discussions of contested issues in hyper-polarized climates remains a heavy lift. This response to “Teaching Dobbs…” celebrates the successes apparent in Geller’s team’s work and identifies key features that supported it. While cautioning readers against adopting avatar rehearsals elsewhere, I distill four themes of planning and enactment that show clear promise for broad transference in teacher education. Drawing from research exploring the interfaces of justice-oriented, practice-based, and democratic social studies scholarship, I offer pedagogical and logistical considerations for other teacher educators and researchers engaged in this ambitious and necessary work to sustain …

Exploring Constructionist Pathways For Generative Ai In Education, Gretchen K. Larsen, Justin Olmanson, Azadeh Hassani

Department of Teaching, Learning, and Teacher Education: Faculty Publications

In this study, we aim to better understand the effects of generative AI within a constructionist learning design. We explore participants’ experiences in a graduate level course on Artificial Intelligence in Education, where generative AI is studied as: a cultural object to understand and critically evaluate, an interactive learning technology, and a creative material generator. Students explored AI in education via Python, philosophical and empirical scholarship, and generative AI. They applied this knowledge to the design and prototyping of a learning technology related to their professional backgrounds and interests. Methodologically, our study offers an ethnographic description of constructionist approaches to …