Digital Commons Network^™

Literacy Intervention At The Middle Level: A Mixed-Methods Examination Of The Implementation Of Thinking Maps, Ashley Chantal Choice

Theses and Dissertations

This study examined the implementation of Thinking Maps® as a literacy instructional intervention for students in grades four and five. Using an explanatory sequential mixed-methods design, the study investigated the effect of Thinking Maps® on student achievement, changes in students’ literacy-related work products, and teachers’ perceptions of the strategy. The study was conducted at a rural Title I elementary school in the southeastern United States and included nine teachers and 150 students across English language arts, mathematics, science, and social studies during an eight-week intervention period. Quantitative data included unit pretest and posttest scores from standards-aligned assessments and teacher perception …

Objective Assessment In Experiential Learning Contexts, Lily M. Brutger

All Electronic Theses and Dissertations

Experiential learning is widely recognized as a powerful approach to education; however, empirical evidence demonstrating its effectiveness remains limited. This gap in the literature is due less to the value of experiential learning itself than to the challenges of assessing learning within experiential contexts. Drawing on the foundational experiential learning theories of Kolb (1984) and Joplin (1981), as well as contemporary research on assessment validity and practice, this paper examines the relationship between assessment and experiential learning. It argues that purposeful, objective assessment is essential for maximizing student learning and supporting the credibility of experiential education. The paper synthesizes current …

Ai-Supported Socratic Questioning And Instructional Scaffolding: Effects On Student Comprehension, Reshma John

All Electronic Theses and Dissertations

This literature review examines how the intentional use of artificial intelligence (AI) designed for Socratic questioning and instructional scaffolding affects students' comprehension of course content. The literature suggests that AI is most likely to support comprehension when it prompts students to explain their reasoning, respond to guided questions, reflect on their understanding, and receive support adapted to their needs. In contrast, systems that primarily provide direct answers may encourage overreliance and mask gaps in students' understanding. Overall, the educational value of AI depends less on its availability and more on how it is designed and implemented.

4-H Stem Ambassador Impact Study: The Lasting Effects Of Informal Stem Service Learning Through 4-H Camp Instruction, Emma Hay Gardner

Theses, Dissertations and Capstones

Although short-term outcomes of service learning are widely documented, far less is known about how these experiences influence participants years after their service concludes. Research on STEM-focused service learning is especially limited. This mixed methods study examined the long-term impacts of a West Virginia University STEM Ambassador program, in which college students served as near-peer STEM educators during summer youth 4-H programs. This study explored the lasting effects on former participants across four domains identified in the Service Learning Benefit (SELEB) scale: practical skills, interpersonal skills, citizenship skills, and personal responsibility skills.

Survey data from former participants (n=75), follow up …

Developing Collaboration And Community Through An Online Virtual Modality: Participatory Action Research, Jennifer Reed

Doctor of Education Dissertations

This action research study examined educators’ perceptions of collaboration and community within a virtual professional learning community and investigated how participation influenced collaborative actions over time. The study also compared the needs and goals of secondary and postsecondary educators participating in a shared VPLC model. Grounded in the Community of Inquiry and Online Collaborative Learning theoretical frameworks, this study addressed a growing need for effective, flexible professional learning structures that support collaboration across educational contexts. Data were collected from six educators, including three secondary and three postsecondary instructors, through pre- and post-administration of the Professional Learning Community Assessment–Revised, recorded virtual …

A Mixed Methods Study Of Secondary Educators' Perspectives Of Edmentum As A Credit Recovery Tool In Evergreen High School, Jaya Sudha Thumati

Doctor of Education Dissertations

This study quantitatively examined the impact of Edmentum Courseware as a credit recovery tool as measured by student course completion rates and course grades, and compared graduation rates before and after its implementation at Evergreen High School (pseudonym) located in a rural district in Upstate South Carolina. Additionally, the study also qualitatively explored the perspectives of secondary educators regarding the application of Edmentum Courseware as a tool for credit recovery and its effect on student success. Using the framework from three learning theories, which are Zone of Proximal Development (Vygotsky, 1962), Universal Design for Learning (Rose & Meyer, 2002), and …

Explainable Ai-Driven Predictive Maintenance Curriculum For Smart Manufacturing, Abdullah Al Mamun, Murat Kuzlu, Katherine Smith, Vukica Jovanovic, Dalya Ismael, Adel El-Shahat, Angela Sicaja, Md. Hedayetul Islam Chy

Engineering Technology Faculty Publications

Nowadays, Industry 4.0 has transformed manufacturing industries into a data-rich system driven by IoT, automation, and Artificial Intelligence (AI). Within this context, Predictive Maintenance (PdM) provides a proactive strategy that leverages heterogeneous sensor data such as vibration, acoustic, electrical, and visual signals along with historical performance and advanced analytics to forecast equipment failures before they occur. Usually, AI-driven PdM (AI-PdM) enhances this capability by integrating AI-based sensor analytics to automate fault prediction and optimize system reliability. However, traditional AI-PdM often functions as a “black box,” providing limited interpretability of its decision-making process and posing challenges for trust, validation, and human …

Competitive Dance And The Adolescent’S Body: Considering Pedagogical Approaches To Teaching Competitive Dancers, Catri E. G. Barba

Dance (MFA) Theses

Diving into the past and researching for the future, this thesis explores the development and perpetuation of hyper-sexualized adolescent bodies through the competitive dance scene. Drawing on dance theorists, educational theorists, and embodied research (i.e., the author’s body archive), this thesis explores how the competition gaze is performed for and by a capitalist patriarchy. Specifically, this thesis critically reflects on the author’s career as a young competitive dancer in the greater Los Angeles, California, area during the 1990s and 2000s, as well as a competition dance instructor and K-12 educator for two decades, and how those personal experiences have shaped …

Evaluation And Impact Of 4th Grade Writing Instruction And Intervention, Sasha R. Smith

Education Theses and Dissertations

The implementation of Texas's redesigned State of Texas Assessments of Academic Readiness (STAAR) introduced extended constructed response (ECR) items that required students to demonstrate reading comprehension through written responses. At the study site, fourth-grade students consistently demonstrated stronger reading comprehension than writing performance, revealing a gap in their ability to communicate understanding using evidence-based written responses. The purpose of this Improvement Science Dissertation in Practice was to evaluate the implementation and impact of a systems-based instructional intervention designed to improve fourth-grade students' performance on constructed response writing tasks through increased instructional coherence and explicit writing instruction. This embedded mixed-methods case …

The Impact Of Leadership Skills On Pbl Group Dynamics, Jaime W. Burke Hicks

Education Theses and Dissertations

This Improvement Science Dissertation in Practice examined the role of intentional leadership instruction in addressing persistent challenges in Project-Based Learning (PBL) group dynamics within a middle school setting. The Problem of Practice centered on students’ inconsistent demonstration of leadership behaviors, including communication and accountability, which limited the effectiveness of group work despite prior exposure to PBL structures. This study was conducted at a university-affiliated public charter school in East Texas, where PBL serves as a core instructional model.

Guided by an Improvement Science framework and structured through a Plan-Do-Study-Act (PDSA) cycle, this study employed a mixed-methods embedded design to evaluate …

Exploring Lessons In Research: A Survey On Parental Perceptions Of Reading Opportunities, Laura Kettlehut

Dissertations

Problem

This exploratory study examines how parents’ past reading experiences relate to their perceptions of their children’s current reading opportunities across home and school contexts. Grounded in longstanding literacy research, the study explores how parent‑led, educator‑led, and child‑initiated reading experiences collectively shape children’s literacy development.

Method

Two research questions guided the inquiry: (1) How do parents perceive their own past reading opportunities? and (2) How do they perceive their children’s reading opportunities at home and in school? To address these questions, a 41‑item survey was developed and administered to parents of children enrolled in K–8 schools. The instrument measured two …

Using Provided Guided Notes In Coordinated Introductory First-Year Mathematics Courses, Jennifer L. Huber

Mathematics Dissertations

The goal of this study is to investigate how standardized guided notes shape instructional practices and student engagement in coordinated introductory first-year college mathematics courses at a large public university. The researcher explored three multi-section introductory mathematics courses with overlapping learning objectives. Each course required students to purchase a student workbook as part of the instructional materials for the class. The instructors taught primarily from the workbook containing guided notes created by a former coordinator of the course. The researcher used a mixed-methods approach. Instructors and students participated in surveys, class observations and provided class meeting notes. Instructors shared additional …

Learning Design To Advance Human-Ai Collaboration In K-12 Education, Wing Sha Chan, Jinhee Kim, Seongryeong Yu, Rita Kay Detrick

STEMPS Faculty Publications

This chapter explores key components for designing effective Human-AI Collaboration (HAC) in K–12 education, addressing the current lack of theoretical and conceptual frameworks for structuring and implementing HAC in teaching and learning. It examines four essential areas: curriculum design, student and teacher–AI interaction, learning environments, and the evolution of HAC over time. The chapter introduces the concept of HAC in K–12 contexts, highlighting how humans and AI can leverage each other's strengths through co-evolutionary processes that foster mutual learning and collaboration. It reviews current HAC practices in schools and discusses their contributions to both teaching and learning. Finally, it presents …

From Deference To Dialogue: How International Gtas From High Power Distance Cultures Adapt To U.S. Classroom Dynamics, Deborah Akua Afi Appiah

Theses and Dissertations

International graduate teaching assistants (GTAs) from high power distance cultures play a significant role in undergraduate education at U.S. universities, yet they face challenges that go well beyond language proficiency. Coming from educational backgrounds where teacher authority is unquestioned and hierarchical, these GTAs must navigate American classrooms that operate on fundamentally different assumptions, where authority is earned rather than assumed, informality is the norm, and students expect to question, negotiate, and be personally known by their instructors. The present study examined how eighteen (18) international GTAs from seven (7) high power distance countries perceived and adapted to these differences while …

Implementing Stem In Elementary Schools: Teacher Perceptions, Practices, And Supports, Casey Wester

Doctor of Education Dissertations

STEM education is a critical component of maintaining global competitiveness, underscoring the need to begin it in early childhood. Integrating STEM education requires teachers to move beyond traditional teaching methods toward a transdisciplinary approach. Research has shown that there can be a variety of barriers to integrating STEM into the classroom. This explanatory mixed methods research study investigated elementary school educators' perspectives on implementing a STEM initiative, the fidelity of implementation post-initiative, and the current supports and additional support needed to sustain implementation. To carry out this investigation, a survey was deployed to elementary educators in three elementary schools, and …

Grading Practices In Secondary Classrooms: A Mixed-Methods Study Exploring Teacher Decision-Making, Student Outcomes, And Implications For Educational Equity, Lauren Lay

Selected Full Text Dissertations, 2011-

GRADING PRACTICES IN SECONDARY CLASSROOMS: A MIXED-METHODS STUDY EXPLORING TEACHER DECISION-MAKING, STUDENT OUTCOMES, AND IMPLICATIONS FOR EDUCATIONAL EQUITY. Lay, Lauren, 2026: Dissertation, Long Island University. Grading practices remain one of the most influential yet inconsistent aspects of secondary education. Despite increased interest in equitable grading, little research has examined how teachers make grading decisions within a common institutional context while exploring relationships among grading practices, student outcomes, motivation, and educational equity. The purpose of this convergent mixed-methods study was to examine how grading decision-making among 9th and 10th-grade teachers across five core content areas within one suburban New York high …

Evaluating The Effects Of Autonomous Learning, Goal Orientation And Self-Efficacy On The Academic Performance Of Ethiopian Stem Students’ Through Structural Equation Modeling (Sem), Jerusalem Yizengaw, Asnake Tarekegn Nigussie

Journal of Educational Technology Development and Exchange (JETDE)

The study investigates the relationships among self-efficacy, goal orientation, and autonomous learning and how these factors affect Ethiopian STEM students’ academic performance. A descriptive survey design using mixed-methods research was used. Semi-structured interviews and questionnaires were employed to gather data from eight teachers and 151 STEM students. CFA and EFA attested to the validity and reliability of the questionnaires. Quantitative data were assessed using structural equation modeling (SEM), and qualitative data were analyzed using word descriptions. Self-efficacy was positively correlated with STEM students’ academic performance (β = .12, p < .01), whereas autonomous learning and goal orientation were negatively correlated (β = -.01, p < .01) and (β = -.04, p < .01), respectively. Findings suggest that techniques that help Ethiopian STEM students develop self-efficacy should be prioritized, with implications for curriculum design and instructional approaches. According to the findings, methods that support Ethiopian STEM students in developing self-efficacy should be prioritized, with consequences for instructional strategies and curriculum design. Although self-belief appears crucial for success, further research is required to fully understand the complex interaction of these factors in Ethiopia and other contexts.

Case-Based Learning In Biology Education: A Systematic Literature Review, Elsje Theodora Maasawet, Jullya Christin Kolow

Journal of Educational Technology Development and Exchange (JETDE)

Biology education often relies on content-intensive instructional materials that may encourage rote memorisation rather than conceptual understanding, potentially contributing to misconceptions. Case-Based Learning (CBL) offers an alternative by engaging students in applying biological concepts to authentic, real-life cases and promoting meaningful learning. Despite growing empirical interest in CBL, no systematic literature review has specifically synthesised its application in biology education. This study therefore examined publication trends, learning skills addressed, and conceptualisations of CBL in biology education. Relevant literature was retrieved from Scopus and Web of Science using “Case-Based Learning” as the search term. Following PRISMA-guided screening, 42 articles were included …

A Hierarchical And Multidimensional Approach To Profiling Students’ Digital Skills In Educational Technology, Emil S. Frashëri, Eleni F. Vangjeli

Journal of Educational Technology Development and Exchange (JETDE)

This study investigates university students’ digital competence through a multidimensional and person‑centered analytical framework grounded in bifactor–Exploratory Structural Equation Modeling (B‑ESEM). Digital competence was conceptualized across four functional skill domains and a general competence factor, reflecting contemporary perspectives on technology‑enhanced learning and student readiness. To overcome a common limitation in traditional Latent Profile Analysis (LPA), the conflation of overall competence levels with relative skill configurations, this study employed B‑ESEM–derived factor scores to preserve both hierarchical structure and multidimensionality. Using data from 599 university students, a four‑profile solution emerged, capturing distinct patterns of digital skill strengths and weaknesses. Gender and programming …

Exploring Teachers’ Perceptions Towards Using Ict With Dialogic Teaching In The Primary Science Classroom In Saudi Arabia, Yousef Alharbi, Sue Johnston-Wilder

Journal of Educational Technology Development and Exchange (JETDE)

This study examines the implications of teachers’ perceptions of using ICT to support dialogic teaching in primary science classrooms in Saudi Arabia. It employed questionnaires distributed electronically to science teachers working in state primary schools in Riyadh, and 305 completed responses were analyzed using SPSS. The majority were found to implement a variety of activities to support dialogue and to use several ICT tools in their science lessons. In addition, most teachers reported positive attitudes toward ICT, dialogic teaching, and ICT-supported dialogic teaching in science lessons. However, the results indicated that some teachers currently adopt a dominant role in dialogue …

Application Of Artificial Intelligence In Case-Based Teaching: A Qualitative Study In Mba Education, Tianjiao Xu, Mohd Nazir Bin Zabit

Journal of Educational Technology Development and Exchange (JETDE)

This study examines the incorporation of artificial intelligence (AI) into case-based teaching (CBT) within Master of Business Administration (MBA) programs in China, amidst the rapid digital transition in higher education. Guided by the Context–Input–Process–Product (CIPP) evaluation framework, the study adopted a qualitative design and conducted semi-structured interviews with five instructors from three core MBA courses. The findings indicate that AI enhanced classroom interaction and reduced teachers’ workload by supporting real-time feedback and dynamic discussion processes. Institutional support, including teacher training, digital infrastructure, and technical assistance, was recognized as a vital facilitator of effective implementation. Despite its various benefits, the study …

A Strawberry’S Meaning, Ava Bauch, Michaela Barthel, Cacee Danielson, Brooke Kraft

OER Materials

This lesson plan provides a culturally responsive and interdisciplinary learning experience for second-grade students by integrating social studies, literacy, and character education through the topic of strawberries in Cherokee culture. Using the 5E instructional model students learn that items in nature can hold important meaning for different cultures. The lesson aligns with standards focused on identifying how people are influenced by their environment and how natural resources can shape traditions and beliefs. Students begin by discussing their own experiences with strawberries and sharing what strawberries mean to them. This opening activity activates prior knowledge and helps students understand that objects …

Strawberry Exploration: Using Our Senses, Ava Bauch, Michaela Barthel, Cacee Danielson, Brooke Kraft

OER Materials

This lesson plan provides an engaging inquiry-based science experience for second-grade students by using strawberries as a hands-on tool for exploring the five senses and developing observation skills. The lesson aligns with science standards focused on planning and conducting investigations based on observable properties. Students learn how scientists use their senses to gather information while also building communication and collaboration skills. The central focus is for students to investigate strawberries through sight, touch, smell, and taste, then record and compare their findings with classmates. The lesson begins with an introduction to the five senses through visuals and guided discussion. Students …

Case Study Of The Loch Ness Monster, Ava Bauch, Cami Mayo, Sean Savage

OER Materials

This lesson plan presents an engaging interdisciplinary learning experience for fourth-grade students that integrates social studies and language arts through the mystery of the Loch Ness Monster. Using the 5E instructional model, students investigate the legend while developing literacy and geographic reasoning skills. The lesson aligns with standards requiring students to make inferences using text evidence and use geographic tools to gather and report information. Students begin by examining a map of Scotland through See-Think-Wonder and Think-Pair-Share strategies, using observation and discussion to identify locations and making predictions about where the Loch Ness Monster story takes place. This opening activity …

Ecosystem Of The Loch Ness Monster, Ava Bauch, Cami Mayo, Sean Savage

OER Materials

This lesson plan provides an engaging interdisciplinary learning experience for fourth-grade students by combining language arts and science through the theme of the Loch Ness ecosystem. Using the 5E instructional model students build understanding of ecosystems, food webs, and informational text comprehension. The lesson aligns with standards focused on making inferences with text evidence and constructing arguments about how plants and animals use structures for survival, growth, and reproduction. Students begin by analyzing an image of the Loch Ness Monster and discussing what they see, think, and wonder. This introductory activity activates prior knowledge from earlier lessons while encouraging curiosity …

An Analysis Of Ohio's Advanced Quantitative Reasoning Course, Ethan A. Douglas

Williams Honors College, Honors Research Projects

Beginning in about 2018, The Ohio Department of Education and Workforce partnered with the Ohio Department of Higher Education and the Ohio Math Initiative to create a mathematics transition course to provide high school students with a class that could prepare them for a college entry-level mathematics course if they had not previously earned a remediation-free score. This course was titled “Mathematical Modeling and Reasoning” and has since been named, “Advanced Quantitative Reasoning” (AQR) and has become an Algebra II equivalent course where students can receive their final math credit to graduate. This study looked to compare students in Algebra …

Designing Classroom Routines To Reduce Math Anxiety: A Growth Mindset And Productive Struggle Toolkit For Middle Schoolers, Heather Carey

Williams Honors College, Honors Research Projects

Math anxiety is an evident barrier to the success of students in middle school mathematics which often leads to decreased confidence, lower achievement overall, and avoidance of more challenging tasks. Research in mathematics education advocates that the instructional approaches that are more grounded in growth mindset and productive struggle can positively influence students’ attitudes toward learning and their engagement with solving more complex problems.

This project examines how researched-based strategies can be rendered into practical classroom applications. Using a qualitative design-based approach, this study integrates math anxiety, growth mindset, and productive struggle existing literature to inform the development of instructional …

Predictors Of Resilience Among East Asian American Adults: The Role Of Ethnic Identity, Parental Cultural Socialization And K-12 Experiences Of Stereotype-Related Stress, Regina Lee

Selected Full Text Dissertations, 2011-

This quantitative retrospective study examined predictors of resilience among East Asian American adults reflecting on their K-12 educational experiences of stereotype-related stress. Guided by Asian Critical Theory (AsianCrit), Ethnic Identity Theory, Resilience Theory, and Quantitative Critical Race Theory (QuantCrit), the study investigated whether ethnic identity and parental maintenance of heritage culture during K-12 schooling predicted adult resilience. Participants (N = 207) completed validated measures of ethnic identity (MEIM; Phinney, 1992; Roberts et al., 1999), parental maintenance of heritage culture subscale (AAPRES; Juang et al., 2016), stereotype-related stress (MMM Scale, Thompson & Kiang, 2010; Perpetual Foreigner subscale, Liang et al., 2004), …

Motivational Systems In Education That Encourage Academic Achievement And Student Leadership, Hannah Lockhart

2026 Research Poster Competition

This research investigates the role of motivational systems in education and their impact on students’ academic achievement, leadership development, and overall engagement following the implementation of school-based motivational frameworks. Grounded in an expanded review of educational and psychological literature, this study builds upon substantial evidence demonstrating that motivation is a critical determinant of both academic performance and personal development. While prior research consistently establishes positive correlations between student motivation and achievement, there remains a notable gap in empirical examination of how specific motivational systems are implemented in school contexts and how they function across diverse student populations. Drawing upon established …

Stream Education: How It Can Enrich The Expansion Of Social-Emotional Learning., Madalyn Menke

2026 Research Poster Competition

This research project investigates the implementation of a STREAM Education curriculum – integrating science, technology, reading/writing, engineering, arts/humanities, and mathematics, with a group of fourteen elementary-aged students. The study explores how the intentional inclusion of Reading and the Arts within a traditional STEM framework - guided by the Collaborative for Academic, Social, and Emotional Learning (CASEL framework - can enrich students’ social-emotional wellbeing and engagement in learning. In partnership with SOAR Afterschool Care, an eight-week instructional project was implemented in which students read What Do You Do with an Idea? by Kobi Yamada as a central text. The book served …