Educational Technology Commons^™

Engagement Of Teachers Community In Strengthening Pedagogical Competence Through Technology-Integrated Contextual Teaching And Learning, Wati Susilawati, Wildatus Sholihah

ASEAN Journal of Community Engagement

This study examines the engagement process of mathematics teachers in improving their pedagogical competence by integrating technology into contextual learning. The integration of technology into the contextual teaching and learning (CTL) approach offers significant opportunities to enhance teacher professionalism. Studies of CTL have shown that such an approach enriches pedagogical competence, strengthens content mastery, and encourages teachers to adapt to digital innovations, develop reflective and analytical practices, and pursue continuous improvement in mathematics teaching. However, many teachers still experience gaps in this technology, particularly in digital literacy, resistance to change, and limited access to adequate facilities and training. This study …

Design Of A Fuzzy Set-Point Tracking Controller Based On The State-Dependent Control Characteristics Of Fuzzy Logic And Pid For Temperature Control Systems In Electrical Equipment, Rahim Mammadzada

Chemical Technology, Control and Management

This paper presents a Fuzzy-SPT (Fuzzy Set-Point Tracking) controller designed to combine the strengths of FLC (Fuzzy Logic Control) and PID (Proportional-Integral-Derivative) control while mitigating their limitations across varying operating conditions. Inspired by state-dependent reasoning but implemented within a single controller, the method uses internal logic to adapt the control effort across different operating regions. FLC handles rapid changes and nonlinear transients, enabling fast system response without overshoot, while PID-like integral action is activated when the FLC reaches steady state or enters a threshold region near the set point, eliminating residual errors and maintaining stable performance. By applying each behavior …

Enhancing Student Engagement In Numerical Methods: The Impact Of Alternative Grading Practices, Vivek Singhal, Kenan Baltaci, Oai Ha

Journal on Empowering Teaching Excellence

Access the online Pressbooks version of this introduction here.

Student engagement is critical for achieving positive academic and social outcomes. However, maintaining high engagement levels in challenging math-based courses like numerical methods can be difficult. This study addresses this challenge by implementing two assessment-based strategies: a bonus point self-assessment rubric and peer evaluations. These interventions aim to incentivize engagement and reward essential skills such as effort and teamwork, which are often overlooked by traditional grading systems but are crucial for success beyond the classroom. While existing research highlights the potential benefits of self-assessments and peer evaluations, there is limited evidence …

Jete Introduction Fall 2025, Nichelle Frank

Journal on Empowering Teaching Excellence

Access the online Pressbooks version of this introduction here.

An introduction to the Spring 2025 issue of the Journal on Empowering Teaching Excellence.

Full Issue: Journal On Empowering Teaching Excellence, Volume 9, Issue 2, Fall 2025

Journal on Empowering Teaching Excellence

The full-length Fall 2025 issue (Volume 9, Issue 2) of the Journal on Empowering Teaching Excellence

Access the online Pressbooks version (with downloadable EPUB format) here.

This issue of the Journal on Empowering Teaching Excellence brings together articles that highlight approaches for engaging students and broader communities through teaching, coaching, and assessment in higher education. The contributions examine community-engaged learning in graduate coursework, the use of coaching practices to support student-centered teaching and advising, Cooperative Extension staff readiness for virtual instruction, and alternative assessment strategies aimed at increasing engagement and reducing anxiety in challenging STEM courses. Collectively, the articles …

Developing Digital Feedback Literacies In Language Teacher Education: Peer And Partnership Approaches In The Postdigital Age, Jennifer Schluer

Journal of Media Literacy Education

Critical media literacy needs to be seen as a central component of language teacher education, especially in the postdigital age. One underexplored dimension, however, is digital assessment literacy and in particular digital feedback literacy (Schluer, 2022a). Even though recent years witnessed a proliferation of digital technologies for feedback exchanges, pedagogical guidance for the use of digital feedback remains almost non-existent (but see Schluer, 2022a; 2023; 2024a). Theoretically, this paper connects the concept of Digital Feedback Literacies (DFL) to the frameworks of Critical Media Literacies (CML) and Postdigital Literacies (PDL). Empirically, it presents insights from research on digital peer feedback as …

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 …

Proposing Augmented Reality Game-Based Learning For Higher Education, Anna C. Zaldivar

The Scholarship Without Borders Journal

Simulating the role of an instructional technologist, negotiation takes place to implement the AR technology for use in a higher education institution. There are arguments both for and against the use of augmented reality for higher education. Overall, examining and highlighting these arguments to make an important decision that will shape learners' future. Using BATNA and examining arguments during the negotiation process.

Level Up Your Teaching: A Qualitative Analysis Of Teachers’ Perceptions On Gamification As A Tool For Learning, Bryant Wesley Lazenby

Dissertations

This qualitative study investigated K-12 teachers’ views about gamification as an instructional tool to increase student motivation, self-efficacy, and learning mastery. Kelly’s Curriculum Theory and Bandura’s Self-Efficacy Theory were used to investigate how gamified learning environments affect teacher practice and self-efficacy. Seventeen teachers participated in a researcher-designed Qualtrics survey that included both Likert-style and open-ended items. The researcher used descriptive statistics and thematic coding of responses, based on participants’ self-identified levels of gamification experience. The research produced three main findings, which showed that (1) Gamification motivates students through collaborative work, challenging tasks, and progress tracking systems, (2) Students build self-efficacy …

Enhancing English Literacy Through Task-Based Learning In A Technology-Integrated Classroom, Yueh-Tzu Chiang

Journal of English and Applied Linguistics

This study explored the impact of task-based teaching in a technology-enhanced environment, following the blended ladder model (Gravel et al., 2014), on second language (L2) learners’ English reading and writing skills. The study aimed to promote reading habits through extensive reading (ER), improve language skills via technology-assisted platforms (e.g., ZUVIO and Classdojo), and reduce writing anxiety. Two classes of 40 students each were divided into higher proficiency (HP) and lower proficiency (LP) groups for an eight-week intervention. Both classes participated in two interventions: self-selected reading materials with reading journals and task-based learning involving grammar, sentence structure, and authentic writing tasks …

Exploring Perceptions Of Generative Ai On Study Abroad Programming, Justin T. Sleppy

Capstone Collection

This study examines the perceptions and experiences of international education professionals regarding the integration of generative artificial intelligence (AI) in higher education. While AI offers new opportunities for enhancing learning, existing research highlights both potential benefits and ethical, environmental, and pedagogical concerns. Using a qualitative approach, this study explores how study abroad staff in the Claremont Consortium engage with and assess the implications of AI within international contexts. Guided by critical frameworks from Paulo Freire, the research situates AI within broader discussions of power, labor, and knowledge production. Findings indicate that sampled staff predominantly use AI for low-stakes tasks or …

Generative Ai And The Ignatian Pedagogical Paradigm, Nicole Reibe

Jesuit Higher Education: A Journal

A group of seven faculty members, the Digital Teaching Fellows (DTF), were formed in 2023 to explore issues related to generative AI at a Jesuit university in the United States. The group incorporated generative AI assignments into their courses and conducted a survey assessing students’ experiences with generative AI in the course. Drawing from both quantitative and qualitative analysis, the DTF reached two key conclusions. First, despite their reservations, students’ overall receptiveness to generative AI integration creates a fitting moment for thoughtful pedagogical innovation. Second, our findings reveal a critical gap between generative AI’s current implementation and its potential to …

Integrating Chatgpt In Teacher Education: Examining Early Childhood And Elementary Pre-Service Teachers’ Experiences In Ai-Assisted Math Lesson Planning, Hae Min Yu, Hyeseong Lee, Seung Kim

Education Department Faculty Articles

This study examines how pre-service teachers in early childhood education (ECE) and elementary education (ELE) integrate ChatGPT into mathematics lesson planning. Using a mixed-methods case study framed by the Technological Pedagogical Content Knowledge (TPACK) with Contextual Knowledge (XK) framework and AI literacy, we analyzed the experiences of 44 pre-service teachers (24 ECE, 20 ELE) in mathematics method courses at a university in the Midwestern United States. Data sources included pre- and post-assessments, documentation of ChatGPT interactions, lesson plans, and reflection papers. Findings reveal significant gains in participants’ knowledge of and confidence in using ChatGPT, with increased willingness to incorporate generative …

Needs Analysis: Ar As An Innovative Learning Media Solution For Elementary School Students, Rosfaniarti Rosfaniarti, Makmum Raharjo, Meilinda Meilinda

Jurnal Pendidikan: Teori, Penelitian, dan Pengembangan

This study aims to identify the need for the development of Augmented Reality (AR)-based learning media as an innovative solution in elementary school learning. The needs analysis method was conducted using a mixed methods approach through questionnaires and interviews with 103 students and 5 teachers. The data were analyzed descriptively and quantitatively to obtain a comprehensive picture of instructional needs. The results showed that student needs were in the high category, with a percentage of 80.64%-85.30%. The socio-cultural aspect was the highest need (85.30%), followed by the pedagogical and technical aspects, while the cognitive aspect had the lowest value (80.64%). …

Elementary Teachers’ Use Of Sphero Robots To Teach Computational Thinking, Marquita Jackson

Walden Dissertations and Doctoral Studies

The power of play has often been used in K–5 classrooms, but it has not always been implemented as a way to teach computational thinking skills. The use of educational robots such as Sphero have been explored, but not with young learners. The research problem addressed through this study was the lack of understanding of K–5 teachers’ experiences in using Sphero robots to teach computational thinking. The purpose of this basic qualitative study was to explore K-5 teachers’ experiences in implementing Sphero robot activities and specifically to teach computational thinking. The conceptual framework included Magana’s T3 model and Angeli’s computational …

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 …

A Curriculum For Teaching English-Speaking Fluency, Jue Xia

Master's Projects and Capstones

This field project intends to apply theories of second language acquisition to practical implementations. The purpose of this project is to design a curriculum that teaches speaking fluency to low level English literacy English as a Second Language (ESL) learners. The theoretical frameworks it uses are Stephen Krashen’s Input Hypothesis Theory (Brown 2014, p.288), Barry McLaughlin’s Attention-Processing Model (Brown 2014, p.292), Lev Vigotsky’s Sociocultural Theory (Brown 2014, p.295). Fink’s (2003) Integrated Course Design model gives important insights when designing the curriculum. In the project, the author developed three themed units to teach speaking skills. In each unit, three modules are …

Developing Accessible Narrative-Based Stem Learning Software For K-6 Braille Display Users, Dylan Ravel, Daniel Tsivkovski, Brandon Foley, Maryam Etezad, Franceli Cibrian, Ariel Han, Rajeev Joshi

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 interactive stories, students can connect with concepts while developing braille reading skills. The curriculum design prioritizes accessibility through the Accessible Rich Internet Applications (ARIA) standards and screen reader support.

The goal is to provide BVI …

Exploring Generative Artificial Intelligence (Genai) And Developing Ai Competencies Through Joint Media Engagement In Family Settings, Tolulope Famaye

All Dissertations

As generative AI (GenAI) becomes increasingly prevalent, institutions seek to understand how students can explore AI in classrooms and develop AI literacy. However, little is known about how, families use these Large Language Models (LLMs) at home and how such engagement supports the development of foundational AI literacy skills. This study examines family engagement with generative AI to understand how AI competencies develops outside formal classrooms and to provide insights for designing contextually relevant AI learning experiences in schools. The study employs a single case study design, integrating quantitative analysis, thematic analysis, and quantitative ethnography to examine and analyze data …

Teachers Of Students With Visual Impairments (Tsvis) Assistive Technology (At) Competencies: An Update Study, Benjamin Kendall Lytle

Dissertations and Doctoral Documents, University of Nebraska-Lincoln, 2023–

Assistive technology (AT) is essential for supporting access, independence, and learning among students with visual impairments. Teachers of students with visual impairments (TSVIs) are expected to integrate AT into instruction and ensure their students are prepared for academic, social, and workforce demands. The original list of 111 AT competencies for preservice TSVIs, developed by Smith et al. (2009), provided an important foundation but has not been revised despite significant technological advances over the past decade. Outdated competencies risk limiting teacher preparation programs and leaving educators underprepared to address the realities of today’s classrooms. A revised and streamlined competency framework is …