Feasibility and Effectiveness of a Computer-Assisted Instructional System Implemented by Teachers for Students on the Autism Spectrum With Intellectual Disabilities in China



The landscape of special education is constantly evolving, with educators and researchers seeking new and innovative ways to support students with diverse learning needs. In China, a recent study published in May 2024 explored the potential of computer-assisted instructional systems (CAIS) for students with autism spectrum disorder (ASD) who also have intellectual disabilities. The title of the research paper is “Feasibility and Effectiveness of a Computer-Assisted Instructional System Implemented by Teachers for Students on the Autism Spectrum With Intellectual Disabilities in China.” Let’s delve deeper into this promising research and see what it tells us about the future of special education in China.

Can Teachers Navigate the Tech Terrain? Assessing Feasibility


A crucial aspect of implementing any new educational program is ensuring teachers can effectively integrate it into their classrooms. This study examined two key factors to assess the feasibility of CAI in Chinese special education settings:

  • Procedural Fidelity: Did teachers adhere to the program’s structure and guidelines as designed by the CAI developers?
  • Social Validity: Did teachers find the CAI system user-friendly and practical to incorporate into their daily teaching routines?

The researchers employed a multi-pronged approach to evaluate these factors. They observed teachers using CAI in their classrooms and conducted surveys to gauge their experiences. The results were positive. Teachers demonstrated a high level of procedural fidelity, indicating they were successfully implementing the CAI program as intended. Additionally, the teachers reported positive experiences with CAI, finding it to be an acceptable and valuable addition to their teaching repertoire.

Does CAI Translate to Learning Gains? Examining Effectiveness


The other core objective of the study was to determine if CAI translates to improved learning outcomes for students. The researchers specifically focused on the development of bidirectional naming skills, a fundamental ability in early language acquisition. Bidirectional naming involves being able to both name an object shown to you and identify the object by name when it’s spoken aloud.

The study utilized a single-case design with multiple probes across participants. In simpler terms, they closely monitored the progress of a small group of students throughout the research. These students received CAI instruction alongside their regular curriculum. The researchers assessed the students’ bidirectional naming skills before the CAI intervention began, throughout the intervention period, and again afterward.

The findings were encouraging. All three students who participated in the study demonstrated improvements in their bidirectional naming skills after using CAI. This suggests that CAI can be an effective tool for enhancing learning in students with ASD and intellectual disabilities.

A Glimpse into the Future: The Potential of CAI in China


This research offers valuable insights into the potential of CAI for students with ASD and intellectual disabilities in China. The findings suggest that CAI can be successfully implemented by teachers and lead to positive learning outcomes for students. While further research with larger participant groups is necessary to solidify these initial findings, the study provides a promising glimpse into how technology can be harnessed to support special education in China.


It’s important to acknowledge that the study involved a limited number of participants. More research is needed to confirm the widespread effectiveness of CAI for students with ASD and intellectual disabilities.

This blog post has aimed to provide a comprehensive overview of the aforementioned research. While the potential of CAI for special education in China appears promising, it’s crucial to remember that CAI is just one tool in a larger toolbox. Effective special education programs should be tailored to meet the individual needs of each student and incorporate a variety of evidence-based strategies.




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