Dewey provides a rich context in which to develop an understanding of education as growth. By developing an understanding of education as growth, educational research can be incorporated into that context so that a more comprehensive model of education may be considered. Education as growth suggests that education is about progress rather than end states. The knowledge and skills of inquiry must be understood as part of an interconnected whole that includes the physical, social, and intellectual growth of the individual and the community. The role of inquiry in the development of concepts and habits that foster the intellectual and cultural growth of the individual and community are discussed. The work of researchers on math learning disabilities is presented and examined in light of Dewey’s concepts of growth and inquiry so that the educational needs of students with math learning disabilities might be included in a model of education. The quality of the educational experiences of students with math learning disabilities has significant implications for the growth and development of all students, parents, teachers, researchers, and the community. / Thesis (Master, Education) -- Queen's University, 2009-04-16 19:58:52.504

This meta-analysis looks at the results of five studies on the use of technology for the treatment of dyscalculia in primary school age children. Results show significant positive improvement using specialized software treatment technologies for students in Grades 1-5 in various countries using four different software games. However, little is known overall about the effectiveness of technology treatments for dyscalculics, and even less is known about standardized assessments and treatment of this learning disorder in the United States. The literature researched for this dissertation did not put forth any known policies that drive assessment and treatment of dyscalculia. Future studies are needed about dyscalculia, that provide more detailed information to allow other researchers to verify their work.

abstract: This study investigated the link between the cognitive clusters from the Woodcock–Johnson III Tests of Cognitive Ability (WJ III COG) and Broad Math, Math Calculation Skills, and Math Reasoning clusters of the Woodcock–Johnson III Tests of Achievement (WJ III ACH) using data collected over seven years by a large elementary school district in the Southwest. The students in this study were all diagnosed with math learning disabilities. Multiple regression analyses were used to predict performance on the Broad Math, Math Calculation Skills, and Math Reasoning clusters from the WJ III ACH. Fluid Reasoning (Gf), Comprehension–Knowledge (Gc), Short–Term Memory (Gsm), and Long–term Retrieval (Glr) demonstrated strong relations with Broad Math and moderate relations with Math Calculation Skills. Auditory Processing (Ga) and Processing Speed (Gs) demonstrated moderate relations with Broad Math and Math Calculation Skills. Visual–Spatial Thinking (Gv) and Processing Speed (Gs) demonstrated moderate to strong relations with the mathematics clusters. The results indicate that the specific cognitive abilities of students with math learning disabilities may differ from their peers. / Dissertation/Thesis / M.A. Educational Psychology 2011