Teaching complex content to learning disabled students: the role of technology

Area of Science:

• Educational Psychology
• Special Education Technology

Background:

• Traditional instruction often struggles to address diverse learning needs, particularly for students with learning disabilities.
• Cognitively complex skills require specialized instructional approaches.
• Integrating technology can enhance instructional efficiency and effectiveness.

Purpose of the Study:

• To detail a comprehensive intervention combining Direct Instruction, mastery learning, and technology.
• To demonstrate how this intervention reduces performance disparities between students with and without learning disabilities.
• To show how technology can alleviate teacher demands in delivering complex skill instruction.

Main Methods:

• A research program combining Direct Instruction curriculum design and mastery learning principles.
• Incorporation of technology to deliver instruction and manage learning.
• Review of findings from multiple studies evaluating the intervention's impact.

Main Results:

• The comprehensive intervention successfully reduced performance differences between students with learning disabilities and their peers.
• Technology integration minimized, and in some cases reduced, the demands on teachers.
• Effectiveness in teaching cognitively complex skills was demonstrated.

Conclusions:

• Combining Direct Instruction, mastery learning, and technology offers a powerful model for inclusive education.
• This approach enhances learning outcomes for students with disabilities without increasing teacher burden.
• Technology-enhanced instruction is a viable strategy for addressing complex cognitive skill acquisition in diverse classrooms.