Assistive Technology: Difference between revisions
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As inclusionary policies were adopted by school districts and provinces in the 1990’s, an awareness of instructional practices and assistive technology developed that would help students with disabilities succeed in the regular classroom environment (Maushak et al., 2001).Legislation, such as the No Child Left Behind Act in the United States, requires students with disabilities to have access to assistive technology tools that will help them participate and make progress with the regular curriculum (Puckett, 2005). | As inclusionary policies were adopted by school districts and provinces in the 1990’s, an awareness of instructional practices and assistive technology developed that would help students with disabilities succeed in the regular classroom environment (Maushak et al., 2001).Legislation, such as the No Child Left Behind Act in the United States, requires students with disabilities to have access to assistive technology tools that will help them participate and make progress with the regular curriculum (Puckett, 2005). | ||
Assistive technology provides affordances to students with disabilities such as access to text through screen reading and text to speech program, by varying levels of instruction to suit individuals, augmenting the curriculum with visuals and multimedia and by increasing the interest and motivation of students (Bouck et al., 2011). Puckett (2005) concluded that assistive technology allows students to read, understand and expand on textual information that they may not have been able to read or understand on their own. It enables students to complete writing tasks and editing though speech to text and spell check software where these tasks may have been blocked by physical, emotional, expressive, mental or cognitive limitations. As well, assistive technology can help with attention and organizational skills and can provide access to content and process in the curriculum. | |||
One study of the effectiveness of assistive technology using computer-based read-aloud (text to speech option) versus paper/pencil multiple choice tests with grade 11 and 12 students with learning disabilities, concluded that performance improved significantly with passages of more than 100 words (Dolan et al., 2005). Further, this study determined that students preferred the text to speech option, liked the autonomy and control and appreciated the ability to reread questions online and not inconvenience someone else to reread passages for them. | |||
Flores, Faclane, Edwards, Tapley & Dowling (2014) observed that assistive technology devices can impart desirable changes in behaviors of students with Autism Spectrum Disorder. This same study found that iPads could be used to create story-based interventions following the social story model, by producing video stories that used self and peers to model appropriate behavior. Results of this study in one area of behavior found an improvement of no shared play to 80-127.5 seconds of shared play post intervention. | |||
According to Dolan et al. (2005) assistive technology supports the Universal Design for Learning (UDL) framework of inclusive education by acting as a “key enabler due to is inherent flexibility, which make an individualized approach more feasible” (p.7). As well, Elias (2010) conducted a study of online courses and outlined eight principles of UDL that make learning accessible to all students, including those with disabilities. | |||
Assistive technology can provide the least restrictive and most socially acceptable method to increase independence and autonomy (Hughes et al., 2011). One study found participants’ impressions of assistive technology were positive in that it was easier to use and promoted independence and flexibility (Dolan et al., 2005). | |||
==Constraints== | ==Constraints== | ||
Revision as of 19:53, 4 October 2014
Assistive technology
Ellen Hicks, Memorial University of Newfoundland
Current educational definitions of assistive technology are broad in nature; they can include any device that is used to enhance learning for individuals (Maushak, Kelley & Blodgett, 2001). Assistive technology is used with students with disabilities to overcome barriers due to reading, attention, organizational, memory and the physical demands of curriculum related tasks (Dolan, Hall, Banerjee, Chun & Strangman, 2005). Examples of assistive technology tools include screen readers, speech to text, spell check and concept mapping (Bouck, Flanagan, Okolo & Englert, 2011). Software applications such as the internet, word processors, multimedia and drill type programs can also be considered assistive technology (Celik, 2013).
As inclusionary policies were adopted by school districts and provinces in the 1990’s, an awareness of instructional practices and assistive technology developed that would help students with disabilities succeed in the regular classroom environment (Maushak et al., 2001).Legislation, such as the No Child Left Behind Act in the United States, requires students with disabilities to have access to assistive technology tools that will help them participate and make progress with the regular curriculum (Puckett, 2005).
Assistive technology provides affordances to students with disabilities such as access to text through screen reading and text to speech program, by varying levels of instruction to suit individuals, augmenting the curriculum with visuals and multimedia and by increasing the interest and motivation of students (Bouck et al., 2011). Puckett (2005) concluded that assistive technology allows students to read, understand and expand on textual information that they may not have been able to read or understand on their own. It enables students to complete writing tasks and editing though speech to text and spell check software where these tasks may have been blocked by physical, emotional, expressive, mental or cognitive limitations. As well, assistive technology can help with attention and organizational skills and can provide access to content and process in the curriculum.
One study of the effectiveness of assistive technology using computer-based read-aloud (text to speech option) versus paper/pencil multiple choice tests with grade 11 and 12 students with learning disabilities, concluded that performance improved significantly with passages of more than 100 words (Dolan et al., 2005). Further, this study determined that students preferred the text to speech option, liked the autonomy and control and appreciated the ability to reread questions online and not inconvenience someone else to reread passages for them.
Flores, Faclane, Edwards, Tapley & Dowling (2014) observed that assistive technology devices can impart desirable changes in behaviors of students with Autism Spectrum Disorder. This same study found that iPads could be used to create story-based interventions following the social story model, by producing video stories that used self and peers to model appropriate behavior. Results of this study in one area of behavior found an improvement of no shared play to 80-127.5 seconds of shared play post intervention.
According to Dolan et al. (2005) assistive technology supports the Universal Design for Learning (UDL) framework of inclusive education by acting as a “key enabler due to is inherent flexibility, which make an individualized approach more feasible” (p.7). As well, Elias (2010) conducted a study of online courses and outlined eight principles of UDL that make learning accessible to all students, including those with disabilities.
Assistive technology can provide the least restrictive and most socially acceptable method to increase independence and autonomy (Hughes et al., 2011). One study found participants’ impressions of assistive technology were positive in that it was easier to use and promoted independence and flexibility (Dolan et al., 2005).