Embedded, constant time delay instruction by peers without disabilities in general education classrooms

Area of Science:

• Special Education
• Instructional Design
• Applied Behavior Analysis

Background:

• Students with significant cognitive disabilities often require specialized instructional strategies.
• Peer tutoring offers a scalable approach to support diverse learners in inclusive settings.
• Effective training for peer tutors is crucial for successful implementation of instructional procedures.

Purpose of the Study:

• To evaluate a training package for middle school peer tutors on using embedded, constant time delay procedures.
• To assess the impact of peer-delivered instruction on the learning outcomes of students with significant cognitive disabilities.
• To determine the social validity of the peer tutoring intervention from teacher and tutor perspectives.

Main Methods:

• A training package including a manual, individual sessions, and feedback was developed.
• Middle school peer tutors were trained to implement embedded, constant time delay.
• Students with significant cognitive disabilities received instruction from trained peer tutors in general education classrooms.

Main Results:

• Peer tutors were trained efficiently and accurately implemented constant time delay and embedded instruction.
• Students with significant cognitive disabilities demonstrated skill acquisition through peer-delivered instruction.
• Teachers and peer tutors reported positive social validity regarding the intervention and its outcomes.

Conclusions:

• A brief training package can equip peer tutors to effectively deliver embedded, constant time delay instruction.
• Peer-delivered embedded, constant time delay is a viable strategy for promoting skill acquisition in students with significant cognitive disabilities.
• The intervention demonstrates social validity, suggesting feasibility and acceptance in general education settings.