An Exploration of Multiple Mixed-Reality Simulation Experiences: Reflections From Special Education Preservice Teachers

Teacher educators employ a variety of practice-based approaches, from case learning to field experiences, to provide a supportive environment where special education preservice teachers (PSTs) can practice skills and receive feedback. With mixed-reality simulation (MRS), teacher educators develop a digitally-mediated simulation for PSTs to use high-leverage practices in tightly controlled settings. Evidence supports MRS as a practice-based approach, yet little is known about PSTs’ views of MRS experiences. In this study, we explored PSTs’ ( n = 11) perceptions of their MRS experiences in one teacher preparation program through focus groups. We identified three central themes through holistic coding: MRS logistics, planning, preparation; simulator engagement; and MRS experiences’ relevance to future career. A multivariate analysis of variance compared responses to determine how the number of MRS experiences engaged in impacted perceptions of MRS authenticity and relevance. Using these findings, we discuss lessons learned and implications for special education teacher educators and researchers.

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Publication Details

Journal
Journal of Special Education Technology
Published
2025-10-29
DOI
https://doi.org/10.1177/01626434251389555
Primary Topic
Collaborative Teaching and Inclusion
Type
article
Field-Weighted Citation Impact
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article

An Exploration of Multiple Mixed-Reality Simulation Experiences: Reflections From Special Education Preservice Teachers

Mya H. Kelley, Shanna Eisner Hirsch, Georgia McKown, Abigail Stephan
Journal of Special Education Technology
Collaborative Teaching and Inclusion
article

An Exploration of Multiple Mixed-Reality Simulation Experiences: Reflections From Special Education Preservice Teachers

Mya H. Kelley, Shanna Eisner Hirsch, Georgia McKown, Abigail Stephan
article en

Abstract

Teacher educators employ a variety of practice-based approaches, from case learning to field experiences, to provide a supportive environment where special education preservice teachers (PSTs) can practice skills and receive feedback. With mixed-reality simulation (MRS), teacher educators develop a digitally-mediated simulation for PSTs to use high-leverage practices in tightly controlled settings. Evidence supports MRS as a practice-based approach, yet little is known about PSTs’ views of MRS experiences. In this study, we explored PSTs’ ( n = 11) perceptions of their MRS experiences in one teacher preparation program through focus groups. We identified three central themes through holistic coding: MRS logistics, planning, preparation; simulator engagement; and MRS experiences’ relevance to future career. A multivariate analysis of variance compared responses to determine how the number of MRS experiences engaged in impacted perceptions of MRS authenticity and relevance. Using these findings, we discuss lessons learned and implications for special education teacher educators and researchers.

Journal of Special Education Technology
University of Maryland, College Park (US), Clemson University (US)
Openalex Percentile: Top 66%
Collaborative Teaching and Inclusion
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