Publication | Closed Access
Addressing Learning Disabilities With UDL and Technology
133
Citations
23
References
2014
Year
Universal Design For LearningAssistive TechnologyReading ComprehensionStrategic ReaderInclusive EducationDisabilityEducationAccessible EducationSpecial EducationOnline LearningRehabilitationOnline EducationOnline Course DevelopmentUniversal DesignElectronic AssessmentReading Comprehension StrategiesLd StudentsSpecific Learning Disorder
The study investigates whether the technology-based Strategic Reader, which integrates Universal Design for Learning and Curriculum-Based Measurement, improves reading comprehension instruction. Researchers compared two treatment conditions—online versus offline progress monitoring—within an experimental design to assess the system’s effectiveness. Results show that students, particularly those with learning disabilities, achieved significantly greater comprehension gains and reported higher engagement when using the online version of Strategic Reader, supporting its potential for curricular design and future research.
CAST created Strategic Reader, a technology-based system blending Universal Design for Learning (UDL) and Curriculum-Based Measurement (CBM) in a digital learning environment to improve reading comprehension instruction. This experimental study evaluates the effectiveness of Strategic Reader using two treatment conditions for measuring progress (online vs. offline). Using both quantitative and qualitative data analysis, strong evidence is found that students using the online tool experience significant growth in comprehension scores. The difference in score growth in the online versus offline conditions is especially large for students with learning disabilities (LDs): Only in the online progress monitoring condition do LD students experience a statistically significant score increase. In addition, students with LDs report being substantially more engaged by (and with) Strategic Reader, finding many aspects of the tool differentially more helpful than their general education peers. In sum, the results provide promising paths for both curricular design and further research in the design of digital environments.
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