TED EĞİTİM VE BİLİM · 2017 · 12 citations · 8 references
Mobile DevicesDisabilityEducationEducational ApplicationTraining SystemsTechnology IntegrationInstructional DesignTeacher EducationExceptional ChildrenInclusive EducationInstructional TechnologyAssistive TechnologyUbiquitous LearningMobile LearningDesignMobile AccessibilityBusinessSpecial EducationBasic ConceptsComputer-based EducationTechnologyMobile Application Design
The purpose of this study is to teach basic concepts to students who need special education and to design a mobile application that will serve as a teaching aid. Various applications connected to mobile devices and mobile devices have begun to develop rapidly over the last decade. All fields of science and education have benefited from these developments. In the applied practice, "straggling teaching method" is taken as basis. In this method, materials have been developed to teach basic concepts such as "quantity", "length", "width" and "size". There are also chapters to help sort objects according to the concepts taught in the application. In practice, the skill level of the learner is first determined by a pretest. The student concept is finalized according to the level of readiness of the instructor. The application is built on the Android platform. The designed mobile application was tested in two different schools. When the test results were evaluated, the applicability of this application was observed in the learning process of the students.
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Donna Achmadi, Debora M. Kagohara, Larah van der Meer et al. · Research in autism spectrum disorders · 2012 · 122 citations
Assistive Technology, Social Skills, Autism Spectrum Disorders +10
Gianluca De Leo, Carol Gonzales, Padmaja Battagiri et al. · Journal of Medical Systems · 2010 · 80 citations
Clinical Rationale, Social Skill Training, Assistive Technology +12