Technology can open doors and break down barriers for children, youth, and adults with disabilities. Whether in the classroom or workplace, assistive technology (including devices, software, recordings, and much more) can increase, maintain, or improve the capabilities of individuals with disabilities. Also, technology that is used by everyone, such as spell check, can be particularly helpful to people with learning disabilities. Here we explore new developments in technology that can accommodate people with learning disabilities.
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An expert shares her observations of a dyslexic student struggling to learn at school. Also included are numerous proven examples of differentiated instruction and accommodations that can help a student to succeed.
How do people with dyslexia learn to use technology? Learn to solve the problems caused by dyslexia such as remembering passcodes and learning complicated tasks. Find out how to save time doing your work and find files in the computer
Children with learning disabilities often feel unsafe. Learn ways that technology can help children with learning disabilities feel safe and secure in school, such as: creating maps that will help the student know where they are in the building; giving them advance access to education material so they can prepare; and reminding them of routines.
Under the Individuals with Disabilities Education Act of 1997 (IDEA), students with learning disabilities have the right to be provided with appropriate assistive devices to help them succeed in school. This Info Brief provides information to help parents find and obtain alternative sources of funding for classroom- or home-based assistive technology when funds are not available through a child’s school.
The SETT Framework aids in gathering, organizing, and analyzing data which can be used to make collaborative assistive technology and programming decisions.
Technologies, from low to high-tech, can play a role in promoting the social and cognitive participation and growth of young children. This Info Brief presents an introduction to the role of assistive technology (AT) for young learners with disabilities. It highlights a six-step approach to AT decision making for young children and provides links to resources, including the TAM Technology Fan, for researchers and service teams.
Learn how art helps students with disabilities, and find resources to include art in the content areas you teach.
Peer interactions can greatly benefit a student's understanding of mathematical concepts. To facilitate peer collaboration, teachers should pair students carefully, model effective ways to interact, provide students with relevant tools, and offer specific and differentiated advice. Struggling students may find it especially helpful to interact with peers who can provide explanations, clarify a process, and ask and answer questions.
Learn the answers to frequently asked questions about accessing e-text through the National Instructional Materials Access Center (NIMAC). Find out how to obtain e-text so that LD students can get printed material in the format they need.
Models help promote mathematical thinking by facilitating an understanding of key concepts and mathematical structures. By seeing and moving objects, students engage their senses to better understand and reason with abstract concepts, or to make sense of — and solve — problems.
Teach science by having students think like scientists. Scientists ask themselves questions, develop hypotheses, and test until they learn some more. They collaborate with peers and use computer programs, diagrams, pictures, videos, and other multimedia resources. These hands-on activities help all students- and are especially helpful to students with learning disabilities.
Many computer products have built-in accessibility options such as text-to-speech, screen magnification options, or voice input controls. Learn what some of these optional features are and how to integrate them into instruction and studying.