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Re-Engaging the Disengaged: Why the Future of Learning Depends on Technology

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Roundtable presentation
Research Paper
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Session description

This research session shares findings from a multi-site dissertation study showing why student engagement is difficult to sustain without emerging technology. Learn how adaptive tools, AI platforms, and immersive design reshape daily learning and discover practical frameworks educators can use to design classrooms where engagement truly thrives.

Framework

This research is grounded in social cognitive theory and the theory of engagement, emphasizing that meaningful learning emerges through dynamic interaction between individual motivation, environment, and instructional design. It also draws from implementation science, exploring how real-world teaching conditions shape the translation of engagement theory into practice. The study situates technology as a moderating variable—amplifying behavioral, emotional, and cognitive engagement through adaptive, feedback-rich, and participatory learning environments that align with constructivist and socio-constructivist perspectives on how students build knowledge through experience.

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Methods

This mixed-methods study employed a participatory action research design within three rural K–12 districts engaged in a professional learning intervention focused on student engagement. Participants included 42 educators representing grades K–12 and multiple content areas. Data sources included pre- and post-intervention surveys, structured reflection protocols, professional learning artifacts, and qualitative exit interviews. Quantitative data were analyzed descriptively to measure shifts in teachers’ perceived collective efficacy for engagement, while qualitative data underwent a priori thematic coding aligned with enabling conditions of collective teacher efficacy and engagement theory. Triangulation across data types strengthened validity and identified patterns linking technology integration, instructional design, and sustained student engagement.

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Results

Findings revealed that teachers struggled to sustain behavioral, emotional, and cognitive engagement through traditional strategies alone. Engagement gains were limited without the integration of emerging technologies that provided real-time feedback, adaptive scaffolding, and interactive learning opportunities. Classrooms that embedded these tools demonstrated higher levels of student participation, curiosity, and persistence. Results suggest that meaningful engagement requires intentional design that fuses human connection with technological capability—positioning emerging technology as essential, not supplemental, to daily instructional practice.

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Importance

This study advances understanding of how emerging technology fundamentally reshapes the conditions for student engagement—a persistent challenge across K–12 education. By combining implementation science with engagement theory, the research provides empirical evidence that technology is not merely an enhancement but a structural necessity for sustaining motivation and participation. Conference audiences will gain actionable insights for designing technology-enabled learning environments that improve engagement, teacher efficacy, and instructional impact. These findings contribute to the broader field by bridging research and practice in future-focused, equity-minded ways.

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References

Riggle, J. L. (2025). Building collective teacher efficacy for student engagement: A rural school-based approach to mental health promotion [Doctoral dissertation, Sacred Heart University]. https://digitalcommons.sacredheart.edu/edd/67/

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Presenters

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Principal
Cashton School District
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Director of Instruction
Cashton Public Schools
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Chief Innovation Officer
LIFToFFS Learning Collaborative
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Instructional Technology Director
CESA 4

Session specifications

Topic:

Innovative Learning Environments

Grade level:

PK-12

Audience:

Curriculum Designer/Director, School Level Leadership, Teacher

Attendee devices:

Devices required

Attendee device specification:

Smartphone: Android, iOS, Windows
Laptop: Chromebook, Mac, PC
Tablet: Android, iOS, Windows

Participant accounts, software and other materials:

No specialized software or accounts are required. Attendees may benefit from access to commonly used classroom technology tools (e.g., Google Workspace for Education, Canva, or AI-enabled learning platforms such as Khan Academy or Lumio) for reference during discussion. A laptop or tablet is recommended for note-taking and interactive reflection activities.

Subject area:

Elementary/Multiple Subjects, Other: Please specify

ISTE Standards:

For Educators: Learner, Leader

Transformational Learning Principles:

Connect Learning to Learner, Spark Curiosity