Journal of Special Education Technology

Papers
(The TQCC of Journal of Special Education Technology is 4. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-01-01 to 2026-01-01.)
ArticleCitations
Pre-Service Special Education Teachers’ Perceptions of Applying Technologies in Education74
PEERS® for School-Based Professionals via Zoom as a Pre-Employment Transition Service50
Using Video Modeling in Teaching Augmentative and Alternative Communication for Expressive Language to Children With Autism Spectrum Disorders29
Effects of eCoaching on the Occurrence, Equity, and Variety of Behavior Specific Praise During Mursion Simulations29
Implementation Preparation Costs of Virtual Interview Training in Pre-Employment Transition Services: A Budget Impact Analysis21
A Comparison of Science Vocabulary Acquisition Using Keyword Mnemonics via Technology and Flash Cards16
In-Service Educators’ Changes in Reasoning About Technology Integration15
Effects of a Math Gaming Intervention With Teacher Implementation Support: A Single Case Experimental Design Study With Generalized Linear Mixed Models15
A Survey of Wireless Technology Supporting Individuals with Intellectual and Developmental Disabilities in the Workplace11
Factors Affecting Information and Communication Technology Use for University Students With and Without Learning Disabilities11
Using Virtual Reality to Teach Science Vocabulary to Transition Aged Youth With Intellectual and Developmental Disabilities11
Designing Intelligent Agents for Students With Disabilities: Promoting Inclusion and Equity Through the Lens of Cultural-Historical Activity Theory10
A Ten-Year Review of the Journal of Special Education Technology: Innovations and Trends for Individuals with Disabilities10
Introduction to the Special Issue Dedicated to Diversity, Equity, and Social Justice in Special Education Technology9
Leveraging Design-Based Research in the Development of a Technology-Based Intervention for Students With Disabilities9
Socially Assistive Robotic Instruction for Children With Autism Spectrum Disorder9
Generative AI Prompt Engineering for Educators: Practical Strategies9
Using Virtual Video Modeling Multicomponent Intervention to Improve Mathematical Skills of an Autistic High School Student: Findings From a Two-Experiment Study8
Exploring the Impact of Disabilities and Accommodation on Students’ Online Learning Experiences8
Video Performance Feedback and Video Self-Monitoring to Improve Systematic Instruction Implementation for Pre-Service Teachers8
Applying Artificial Intelligence in Special Education: Exploring Availability and Functionality of AI Platforms for Special Educators8
From Innovation to Integration: Classroom Strategies for Using VR With Students on the Autism Spectrum8
Using Technology to Coach Culturally and Linguistically Diverse Families in the Behavior Intervention Plan Process: Embedding Funds of Knowledge7
A Preliminary Curriculum to Promote Social Skills via Social Narratives and App Development in Youth With Autism7
Designing for Successful Educational Experiences in Virtual Reality Environments7
Preparing Special Educators to Teach Reading Using Multimedia Instruction: A Literature Review7
Meta-Analysis of Tablet-Mediated Interventions to Teach Mathematics for Individuals With Autism Spectrum Disorder and/or Intellectual Disability7
Using Response Prompting, Frames, and Technology to Teach Rural Students With Extensive Support Needs to Write About Stories7
An approach of designing a child-height-assisted robot with semi-autonomous enhances social reciprocity for children with autism spectrum disorders7
Application of Virtual Reality Technology in Intervention for Children With Autism Spectrum Disorder: A Systematic Review6
Exploring and Implementing Available Writing Educational Technology for Students with Disabilities and Their Peers6
Effects of a Synchronous Online Fraction Intervention Using Virtual Manipulatives for Students With Learning Disabilities6
Using Augmented Reality Based Intervention to Teach Science to Students With Learning Disabilities5
Twenty-Five Years of Research in the Journal of Special Education Technology: A Bibliometric Analysis5
Enhancing Independence: Non-Immersive Virtual Reality for Teaching Cooking Skills to High School Students With Intellectual Disability5
Classroom Virtual Reality for Students With Disabilities: A Preliminary Guide to Available Virtual Content5
Using Generative AI to Create Scaffolded Instructional Resources for Students With Disabilities4
Understanding Mixed Reality Simulation as a Training Environment for Behavior and Special Education Knowledge and Skill Acquisition4
A Virtual Number Line Intervention Package to Support Addition and Subtraction for Students With Intellectual Disability4
Artificial Intelligence to Support Writing Outcomes for Students With Disabilities4
“Double-Sided Learning”: A Qualitative Study of Teacher Candidate Experiences in a Virtual Reading Intervention Clinical Experience4
Adding to the Evidence Base: Effects of I-Connect in a Secondary Special Education Rural Classroom4
Special Education Teachers’ Use of Generative Artificial Intelligence (AI): An Exploratory Survey of Frequency and Factors Influencing Adoption4
Assistive Technology and Rural Settings: A Scoping Review of the Literature4
Evaluation of Self-Paced Online Training on Pre-Service Teachers’ Case Application of Video-Based Intervention for Individuals on the Autism Spectrum: A Feasibility Study4
An Evaluation of Online Training on Pre-service Special Education Teachers’ Case Application of Visual Schedules for Individuals With Intellectual and Developmental Disability in China4
Virtual Instruction in Teaching Mathematics to Autistic Students: Effects of Video Modeling, Virtual Manipulatives, and Mathematical Games4
An Exploration of Multiple Mixed-Reality Simulation Experiences: Reflections From Special Education Preservice Teachers4
Learning About Communication Disorders: Comparison of Two Instructional Methods With Multimedia for Preservice Teachers4
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