The document discusses assistive technology and how it helps individuals with special needs by allowing them to read, work with numbers, write, use computers, study, see, hear, and communicate. Assistive technology promotes self-esteem, improves quality of life, increases productivity and independence. The document provides examples of low-tech, mid-tech, and high-tech assistive devices and discusses how to evaluate assistive technology needs using the SETT framework. It also gives examples of assistive technology solutions for reading, writing, studying, recreation, and communication.
This document provides information on low-cost assistive technology and adaptations. It discusses:
1) Low-tech hardware adaptations like grips and mounts to improve ergonomics, as well as electronic devices designed for specific needs. Customization is often needed through software or soldering.
2) The importance of considering the person using the technology and ensuring it meets their needs and is easy for them to use before considering cost or other factors.
3) Various low-cost options for communication aids, environmental control, software customizations, and more. DIY approaches using tools like the registry editor and AutoHotkey are presented.
The document discusses the benefits of using iPads for therapy. It outlines how iPads can be used as business, research, assessment, treatment, motivation, communication, and scheduling tools. While iPads have some limitations, they provide a portable platform for presentations, productivity, videos, apps for specific therapies, and more. The document emphasizes the iPad's potential as a versatile therapy tool.
This document provides a summary of free enabling technology tools to support learning differences. It outlines various web-based and downloadable tools for alternative interfaces, recording, planning, communication, visualization, and writing. Specific tools mentioned include Texthelp, Claro Read, Kursweil 3000, Penfriend, CoWriter, Dragon Naturally Speaking, ZoomText, Inspiration, Mindmanager, and RoboBraille. The document emphasizes that these free assistive technologies can benefit a wide range of users, not just those with disabilities.
The Palm PAL Project: A Digital Invitation to Join the Millennium Leslie Dare
The document summarizes the Palm PAL Project at NC State University, which provided PDAs to staff in the Division of Student Affairs to increase their comfort with technology. Participants were paired with a "pal" for training and support. The project aimed to make staff more productive and able to advise students on technology uses. It served as a model for testing new technologies. Participants gained skills in using PDAs for tasks like email, calendars, note-taking and presenting. Hardware and software options were discussed. The presentation addresses implementing similar projects and getting buy-in for educational technology.
The document summarizes Tami Brass's experience implementing a 1:1 laptop program at St. Paul Academy and Summit School over several years. It began with a laptop pilot program for 7th graders in 2001. By 2010, the school had implemented 1:1 laptop programs for grades 6-12 using various netbook and tablet models. Feedback from parents and faculty informed the selection of devices that were smaller, lighter, longer battery life, durable, lower cost, and school-managed. The implementation included training, technical support, and guidelines for use in classes and to support various subject areas and types of student projects.
I pad workshop supporting all learnerssd48seatosky
This document outlines an agenda for an iPad workshop for educators. It includes introductions, discussions of appropriate iPad usage, demonstrations of apps that can be used in classrooms, and time for educators to collaborate on designing iPad-supported lessons to help struggling learners. The goal is to increase educator comfort with the iPad and identify apps that can be integrated into lessons to enhance engagement, collaboration, and personalize learning. Educators will share out lessons they designed using specific apps to support struggling students.
This document discusses using technology tools to support differentiated learning based on Howard Gardner's theory of multiple intelligences. It describes the eight types of intelligences - verbal-linguistic, logical-mathematical, visual-spatial, bodily-kinesthetic, musical, interpersonal, intrapersonal, and naturalist. For each intelligence, it provides examples of strengths, interests, and sample technology tools that can engage students with those strengths. The tools range from productivity programs, to games, to multimedia resources. The goal is to use students' varied intelligences to empower their individual learning through technology.
This document provides information on low-cost assistive technology and adaptations. It discusses:
1) Low-tech hardware adaptations like grips and mounts to improve ergonomics, as well as electronic devices designed for specific needs. Customization is often needed through software or soldering.
2) The importance of considering the person using the technology and ensuring it meets their needs and is easy for them to use before considering cost or other factors.
3) Various low-cost options for communication aids, environmental control, software customizations, and more. DIY approaches using tools like the registry editor and AutoHotkey are presented.
The document discusses the benefits of using iPads for therapy. It outlines how iPads can be used as business, research, assessment, treatment, motivation, communication, and scheduling tools. While iPads have some limitations, they provide a portable platform for presentations, productivity, videos, apps for specific therapies, and more. The document emphasizes the iPad's potential as a versatile therapy tool.
This document provides a summary of free enabling technology tools to support learning differences. It outlines various web-based and downloadable tools for alternative interfaces, recording, planning, communication, visualization, and writing. Specific tools mentioned include Texthelp, Claro Read, Kursweil 3000, Penfriend, CoWriter, Dragon Naturally Speaking, ZoomText, Inspiration, Mindmanager, and RoboBraille. The document emphasizes that these free assistive technologies can benefit a wide range of users, not just those with disabilities.
The Palm PAL Project: A Digital Invitation to Join the Millennium Leslie Dare
The document summarizes the Palm PAL Project at NC State University, which provided PDAs to staff in the Division of Student Affairs to increase their comfort with technology. Participants were paired with a "pal" for training and support. The project aimed to make staff more productive and able to advise students on technology uses. It served as a model for testing new technologies. Participants gained skills in using PDAs for tasks like email, calendars, note-taking and presenting. Hardware and software options were discussed. The presentation addresses implementing similar projects and getting buy-in for educational technology.
The document summarizes Tami Brass's experience implementing a 1:1 laptop program at St. Paul Academy and Summit School over several years. It began with a laptop pilot program for 7th graders in 2001. By 2010, the school had implemented 1:1 laptop programs for grades 6-12 using various netbook and tablet models. Feedback from parents and faculty informed the selection of devices that were smaller, lighter, longer battery life, durable, lower cost, and school-managed. The implementation included training, technical support, and guidelines for use in classes and to support various subject areas and types of student projects.
I pad workshop supporting all learnerssd48seatosky
This document outlines an agenda for an iPad workshop for educators. It includes introductions, discussions of appropriate iPad usage, demonstrations of apps that can be used in classrooms, and time for educators to collaborate on designing iPad-supported lessons to help struggling learners. The goal is to increase educator comfort with the iPad and identify apps that can be integrated into lessons to enhance engagement, collaboration, and personalize learning. Educators will share out lessons they designed using specific apps to support struggling students.
This document discusses using technology tools to support differentiated learning based on Howard Gardner's theory of multiple intelligences. It describes the eight types of intelligences - verbal-linguistic, logical-mathematical, visual-spatial, bodily-kinesthetic, musical, interpersonal, intrapersonal, and naturalist. For each intelligence, it provides examples of strengths, interests, and sample technology tools that can engage students with those strengths. The tools range from productivity programs, to games, to multimedia resources. The goal is to use students' varied intelligences to empower their individual learning through technology.
IL13 - Design My Library Space WorkshopBrian Pichman
This interactive workshop shares what libraries have done to renovate their spaces, and participants are expected to share their experiences. It discusses the reasons to renovate and change, different innovative methods to do such things, uses statistics, and facts about why and how changing and renovating spaces can improve the collection including forward-facing books shelves, remapping layouts/moving furniture, the need for sitting, and the need for fab labs or hacker spaces. Bring photos of your library, and help us brainstorm ways to improve and change our structures, hopefully all at low costs!
NEFLIN 13: Engaging the Next Generation of Library Users Through Innovative T...Brian Pichman
This session focuses on unique innovative technologies that are readily available on the market and rolling out in the future. Engage the next generation of users by allowing these technologies to position your library as a community anchor that can provide homework assistance, social growth, and exploration of reading. Get a sense and feel for new age technology and feel confident that you can bring these new gadgets into your community to increase circulation, patron usage, or offer more programs. Through this, you will allow your patrons to learn through discovery, interaction, and collaboration and turn them into permanent library users.
This document discusses strategies for redesigning library spaces to engage patrons. It recommends incorporating interactive technology, maker spaces, colorful decor, and modular furniture. Staff should promote the new spaces on social media and get involved to encourage patron interaction. Funding could come from grants, donations, volunteers and crowd-sourcing. The goal is to position libraries as community anchors for learning and collaboration rather than just housing books.
ICT literacy tools can enhance science learning including using an extended desktop to show a computer screen alongside a projector display, ensuring the optimal screen resolution is set, and publishing presentations online through SlideShare. Other helpful tools include the Caffeine app to prevent computers from sleeping, the online quizzing and flashcard platforms Yacapaca and Quizlet for self-testing, and countdown timers for time-managed tasks. Additional resources that support ICT literacy are video content on YouTube, cloud storage through Dropbox, and online surveys with Survey Monkey.
This document provides information and instructions for using iPads in a junior high religion class. It outlines checkout procedures, basic iPad functions, and various apps that can be used for different educational purposes, such as creating animated stories, digital books, labeling images, and practicing math skills. Recommendations are provided for classroom management apps as well.
This document provides an overview of inclusivity and accessibility in education. It discusses the legal drivers for making reasonable adjustments to ensure disabled students do not face substantial disadvantages. It also presents scenarios involving students with visual impairments and autism and the issues they may face as well as potential solutions. Finally, it showcases various tools and technologies that can help improve inclusion, such as assistive software, mobile apps, and alternative formats for content delivery.
This document discusses using technology to enhance classroom learning. It begins by covering understanding today's students and how their brains have been shaped by technology. It discusses how students are digitally literate and prefer visual, social and engaging learning. It then provides tips for using PowerPoint and websites in the classroom, like making sure websites are easy to navigate and use. It emphasizes balancing technology with other activities and using it interactively. Overall, the document stresses understanding today's digital students and using technology to enhance learning through engaging experiences.
Strategies to Support Literacy in the ClassroomSpectronics
This document discusses strategies to support literacy in the classroom using Universal Design for Learning (UDL) principles. UDL involves providing multiple means of representation, action and expression, and engagement. This allows educators to differentiate instruction to meet diverse student needs. The document provides examples of built-in device settings, apps, and online resources that can be used to present information and content in different ways, provide alternative means for students to demonstrate knowledge, and stimulate student interest in learning.
iPads for learners with severe disabilitiesKate Ahern
This document provides guidance on using iPad apps to support learners with severe disabilities. It begins by outlining some key settings and accessories to consider when setting up an iPad. It then lists and describes many different categories of apps that can be used for communication, core academics, life skills, behavior support, and leisure. Examples are given of specific apps to consider for each category. The document emphasizes that apps should be chosen carefully based on each student's individual needs and goals, as determined through professional evaluation and trials.
I pads for adults with dev dis expo 2014Kate Ahern
This document discusses using iPads as assistive technology for adults with developmental disabilities. It provides information on iPad options, settings, accessories like cases and mounts, and apps for living, learning, working and playing. Some highlighted apps include Photomind and MyShoppi for daily living reminders and tasks, Pictello and GCF Vocabulary Videos for learning, MasterTask and Time Timer for working, and Foov at the Ball Park and Cause and Effect Sensory Light Box for entertainment and play. The document provides links to download and learn more about each app.
Digital storytelling involves creating a short, first-person narrative using recorded voice, images, and music. It is a process that includes choosing a topic, writing a script, collecting resources like images and audio, developing a storyboard, importing content into video editing software, recording a voiceover, adding music, and finalizing the digital story. Digital storytelling has various educational benefits for students, such as developing visual and multimedia literacy, providing authentic learning experiences, and teaching technology and information literacy skills. Educators can leverage digital storytelling by using it as an instructional tool and assessment method or having students create digital stories.
The document discusses the requirements for visibility in children's nature according to Ushinskiy K.D. and Gerkushenko Georgiy from Volgograd State Technical University in Russia. It notes their credentials and the date and location the paper was presented in China. The document focuses on the need for interactive displays in children's education and development.
This document discusses assistive technology and how it can help people with disabilities access and use library resources. It defines assistive technology as any item or equipment that helps improve the functional abilities of those with disabilities. Assistive technologies discussed include low, mid, and high-tech options that can benefit the hearing impaired, visually impaired, those with physical or cognitive disabilities, and the elderly. Examples provided are tools that amplify sound, describe images, convert text to speech, enlarge text, and more to promote equitable access to information.
COMP 4010 Course on Virtual and Augmented Reality. Lectures for 2017. Lecture 3: VR Input and Systems. Taught by Bruce Thomas on August 10th 2017 at the University of South Australia. Slides by Mark Billinghurst
Lecture on Advanced Human Computer Interaction given by Mark Billinghurst on July 28th 2016. This is the first lecture in the COMP 4026 Advanced HCI course.
This document provides information and instructions for using iPads in the classroom. It outlines checkout procedures for iPads and lists apps that are pre-downloaded for different subject areas like Spanish, math, reading and writing. Basic iPad functions are explained like unlocking, taking screenshots and using accessibility features. Several apps are then described in more detail for creating books, stories, labeling images, puppet shows and more. It also lists photo and classroom management resources for teachers.
1) There is a lack of education for future health professionals on providing care to those with intellectual and developmental disabilities (IDD). Curricula are missing information on the needs of the IDD population.
2) Individuals with IDD experience poorer health outcomes and less access to healthcare than the general population. They have higher rates of health conditions like obesity, heart disease, and diabetes.
3) A presentation is proposed to educate health students on the developmental health issues faced by those with IDD, provide effective health education and services, and fill knowledge gaps to help future practitioners promote inclusion of this population.
This document defines assistive technology (AT) devices and services according to the Individuals with Disabilities Education Improvement Act of 2004. An AT device is any item or equipment that increases functional capabilities for a child with disabilities, excluding surgically implanted devices. An AT service directly assists a child in selecting, acquiring, or using an AT device. The document also provides examples of common AT devices and services for students with various disabilities, including hearing, visual, physical, and learning impairments.
IL13 - Design My Library Space WorkshopBrian Pichman
This interactive workshop shares what libraries have done to renovate their spaces, and participants are expected to share their experiences. It discusses the reasons to renovate and change, different innovative methods to do such things, uses statistics, and facts about why and how changing and renovating spaces can improve the collection including forward-facing books shelves, remapping layouts/moving furniture, the need for sitting, and the need for fab labs or hacker spaces. Bring photos of your library, and help us brainstorm ways to improve and change our structures, hopefully all at low costs!
NEFLIN 13: Engaging the Next Generation of Library Users Through Innovative T...Brian Pichman
This session focuses on unique innovative technologies that are readily available on the market and rolling out in the future. Engage the next generation of users by allowing these technologies to position your library as a community anchor that can provide homework assistance, social growth, and exploration of reading. Get a sense and feel for new age technology and feel confident that you can bring these new gadgets into your community to increase circulation, patron usage, or offer more programs. Through this, you will allow your patrons to learn through discovery, interaction, and collaboration and turn them into permanent library users.
This document discusses strategies for redesigning library spaces to engage patrons. It recommends incorporating interactive technology, maker spaces, colorful decor, and modular furniture. Staff should promote the new spaces on social media and get involved to encourage patron interaction. Funding could come from grants, donations, volunteers and crowd-sourcing. The goal is to position libraries as community anchors for learning and collaboration rather than just housing books.
ICT literacy tools can enhance science learning including using an extended desktop to show a computer screen alongside a projector display, ensuring the optimal screen resolution is set, and publishing presentations online through SlideShare. Other helpful tools include the Caffeine app to prevent computers from sleeping, the online quizzing and flashcard platforms Yacapaca and Quizlet for self-testing, and countdown timers for time-managed tasks. Additional resources that support ICT literacy are video content on YouTube, cloud storage through Dropbox, and online surveys with Survey Monkey.
This document provides information and instructions for using iPads in a junior high religion class. It outlines checkout procedures, basic iPad functions, and various apps that can be used for different educational purposes, such as creating animated stories, digital books, labeling images, and practicing math skills. Recommendations are provided for classroom management apps as well.
This document provides an overview of inclusivity and accessibility in education. It discusses the legal drivers for making reasonable adjustments to ensure disabled students do not face substantial disadvantages. It also presents scenarios involving students with visual impairments and autism and the issues they may face as well as potential solutions. Finally, it showcases various tools and technologies that can help improve inclusion, such as assistive software, mobile apps, and alternative formats for content delivery.
This document discusses using technology to enhance classroom learning. It begins by covering understanding today's students and how their brains have been shaped by technology. It discusses how students are digitally literate and prefer visual, social and engaging learning. It then provides tips for using PowerPoint and websites in the classroom, like making sure websites are easy to navigate and use. It emphasizes balancing technology with other activities and using it interactively. Overall, the document stresses understanding today's digital students and using technology to enhance learning through engaging experiences.
Strategies to Support Literacy in the ClassroomSpectronics
This document discusses strategies to support literacy in the classroom using Universal Design for Learning (UDL) principles. UDL involves providing multiple means of representation, action and expression, and engagement. This allows educators to differentiate instruction to meet diverse student needs. The document provides examples of built-in device settings, apps, and online resources that can be used to present information and content in different ways, provide alternative means for students to demonstrate knowledge, and stimulate student interest in learning.
iPads for learners with severe disabilitiesKate Ahern
This document provides guidance on using iPad apps to support learners with severe disabilities. It begins by outlining some key settings and accessories to consider when setting up an iPad. It then lists and describes many different categories of apps that can be used for communication, core academics, life skills, behavior support, and leisure. Examples are given of specific apps to consider for each category. The document emphasizes that apps should be chosen carefully based on each student's individual needs and goals, as determined through professional evaluation and trials.
I pads for adults with dev dis expo 2014Kate Ahern
This document discusses using iPads as assistive technology for adults with developmental disabilities. It provides information on iPad options, settings, accessories like cases and mounts, and apps for living, learning, working and playing. Some highlighted apps include Photomind and MyShoppi for daily living reminders and tasks, Pictello and GCF Vocabulary Videos for learning, MasterTask and Time Timer for working, and Foov at the Ball Park and Cause and Effect Sensory Light Box for entertainment and play. The document provides links to download and learn more about each app.
Digital storytelling involves creating a short, first-person narrative using recorded voice, images, and music. It is a process that includes choosing a topic, writing a script, collecting resources like images and audio, developing a storyboard, importing content into video editing software, recording a voiceover, adding music, and finalizing the digital story. Digital storytelling has various educational benefits for students, such as developing visual and multimedia literacy, providing authentic learning experiences, and teaching technology and information literacy skills. Educators can leverage digital storytelling by using it as an instructional tool and assessment method or having students create digital stories.
The document discusses the requirements for visibility in children's nature according to Ushinskiy K.D. and Gerkushenko Georgiy from Volgograd State Technical University in Russia. It notes their credentials and the date and location the paper was presented in China. The document focuses on the need for interactive displays in children's education and development.
This document discusses assistive technology and how it can help people with disabilities access and use library resources. It defines assistive technology as any item or equipment that helps improve the functional abilities of those with disabilities. Assistive technologies discussed include low, mid, and high-tech options that can benefit the hearing impaired, visually impaired, those with physical or cognitive disabilities, and the elderly. Examples provided are tools that amplify sound, describe images, convert text to speech, enlarge text, and more to promote equitable access to information.
COMP 4010 Course on Virtual and Augmented Reality. Lectures for 2017. Lecture 3: VR Input and Systems. Taught by Bruce Thomas on August 10th 2017 at the University of South Australia. Slides by Mark Billinghurst
Lecture on Advanced Human Computer Interaction given by Mark Billinghurst on July 28th 2016. This is the first lecture in the COMP 4026 Advanced HCI course.
This document provides information and instructions for using iPads in the classroom. It outlines checkout procedures for iPads and lists apps that are pre-downloaded for different subject areas like Spanish, math, reading and writing. Basic iPad functions are explained like unlocking, taking screenshots and using accessibility features. Several apps are then described in more detail for creating books, stories, labeling images, puppet shows and more. It also lists photo and classroom management resources for teachers.
1) There is a lack of education for future health professionals on providing care to those with intellectual and developmental disabilities (IDD). Curricula are missing information on the needs of the IDD population.
2) Individuals with IDD experience poorer health outcomes and less access to healthcare than the general population. They have higher rates of health conditions like obesity, heart disease, and diabetes.
3) A presentation is proposed to educate health students on the developmental health issues faced by those with IDD, provide effective health education and services, and fill knowledge gaps to help future practitioners promote inclusion of this population.
This document defines assistive technology (AT) devices and services according to the Individuals with Disabilities Education Improvement Act of 2004. An AT device is any item or equipment that increases functional capabilities for a child with disabilities, excluding surgically implanted devices. An AT service directly assists a child in selecting, acquiring, or using an AT device. The document also provides examples of common AT devices and services for students with various disabilities, including hearing, visual, physical, and learning impairments.
The document discusses students with physical or health disabilities. It defines disability and describes the nature and prevalence of disabilities worldwide. Over a billion people live with some form of disability. Physical disabilities can affect mobility, coordination, and other abilities. Diagnostic procedures to identify disabilities include ultrasounds, CT scans, EEGs, and others. Students with disabilities may require adjustments to instructional environments, materials, and technologies to support their needs. Teachers should address each student's specific needs and develop life and social skills.
How to fund assistive technology devices and serviceLarry Cobb
This document provides information on various sources of funding for assistive technology devices and services. It discusses organizations like RESNA and the Department of Veterans Affairs that provide assistance. Federal and state programs through the Department of Education and vocational rehabilitation services also offer funding. Advocacy groups at both the local and national level work to fund assistive technology. Grants are available through various government offices and agencies. Additional potential sources of funding include private organizations, corporations, manufacturers, worker's compensation, and loans.
Hydrocephalus is a condition where there is excessive accumulation of cerebrospinal fluid (CSF) in the brain, resulting in increased pressure on brain tissues. It occurs when there is an imbalance between the production and absorption of CSF, blocking its flow. Symptoms vary depending on age but can include headache, nausea, vision issues. It is diagnosed using brain imaging and treated primarily by surgically inserting a shunt to drain CSF out of the brain. Prognosis depends on cause and treatment success, though many children with hydrocephalus can lead normal lives with treatment.
This presentation introduces technology and the good, the bad, and the ugly aspects of it. How assistive technology hardware and software improve people's lives and give them so much freedom, regardless of their abilities. Next, it focuses on the cognitive issues and why UX Designers and Developers need to empathetic and consider specific points as they design and create accessible designs, also known as Universal Design. It closes with tips for designing with empathy and emphasizing the "Empathy is the next differentiator!"
This document provides an overview of assistive technology and defines key related terms. It discusses low-tech, mid-tech, and high-tech assistive technology options and examples of each. These include pencil grips, switches, text-to-speech software, and screen readers. The document also covers universal design, differentiation, and ensuring web accessibility for people with disabilities.
This document discusses assistive technology (AT) and how it can be used to help learners in the classroom. It provides examples of low, middle, and high-tech AT options and describes how AT fosters inclusion, helps students learn, and promotes independence. It also discusses the roles of teachers and administrators in implementing AT through the IEP process and provides examples of AT that can be used for reading/writing, learning, math, hearing, and vision.
www.earnperhit.com/essay => Professional academic writing [Help Writing]
www.Lucky-Bet.site => Bet on Sports - 50% Deposit Bonus
www.Lucky-Bet.site/casino => Online Casino - 5000$ Welcome Bonus
www.Lucky-Bet.site/lotto247 => Lotto247 - Win Big, Live Free
www.Lucky-Bet.site/eurobet => Best European Bookmaker
Assistive Technology for MADA - Vision and Hearing
Assistive technology for disabled studentschamb1he
This presentation introduces various assistive technologies that can help disabled students learn, including technologies for students with learning disabilities, visual or hearing impairments, or autism. Example technologies described are writing tools, talking calculators, audio books, screen readers/magnifiers, Braille keyboards, and sound field systems. The presentation emphasizes the importance of considering each student's individual needs when selecting assistive technologies to help them succeed.
This document discusses how technology can benefit students with special needs in the classroom. It identifies three main categories of technology: instructional technology, technology tools, and assistive technology. Instructional technologies include programs for idea processing, word processing, databases, and creativity. Technology tools referenced include the internet for research and games, as well as web-based tools. Assistive technologies discussed help with listening, math, organization, reading, writing, and more. The document emphasizes that technology is changing rapidly and creating more opportunities to support special needs students.
Supporting reading and writing with technologyKate Ahern
This document discusses various assistive technologies and universal design for learning tools that can support reading and writing for students with diverse needs. It describes tools like Bookshare, Don Johnston Solo Suite, Microsoft Word add-ons, and iPad apps that provide text-to-speech, word prediction, digital books and more. Guidelines and frameworks are presented for selecting assistive technologies, including the SETT framework and considering a student's environment, tasks and needed tools. Mandates for assistive technology from acts like IDEA and ADA are also briefly covered.
Accessibility tools iste inclusive learning playground 2016 - when just mak...Jennifer Edge-Savage
The document discusses assistive technology (AT) tools that can help ensure all learners have access to digital content and engagement. It defines AT and provides examples, such as text-to-speech, speech-to-text, and tools that allow for multiple means of representation, expression, and engagement. The document emphasizes that both AT and universal design for learning (UDL) are needed to support individual students' needs and make learning accessible and flexible for all. It concludes by listing top AT/UDL tools and resources for further exploration.
ET 506- Exploration of Assistive Technologyvmcclain68
The document discusses assistive technology (AT) as defined by the Individuals with Disabilities Education Act (IDEA). IDEA defines AT devices as any item or piece of equipment used to improve the functional abilities of students with disabilities. AT services include evaluating student needs and providing, maintaining, or repairing AT devices. The document also outlines that IEP teams must consider if students need AT devices/services and schools must provide recommended AT. It provides examples of low-tech to high-tech AT tools and resources for reading, writing, math, communication and more.
www.earnperhit.com/essay => Professional academic writing
www.Lucky-Bet.site => Bet on Sports - 50% Deposit Bonus
www.Lucky-Bet.site/casino => Online Casino - 5000$ Welcome Bonus
www.Lucky-Bet.site/lotto247 => Lotto247 - Win Big, Live Free
www.Lucky-Bet.site/eurobet => Best European Bookmaker
MADA AT for learning, organization and math.
The document discusses resources and technologies for inclusivity in education. It provides examples of projects from Henshaws College and The Sheffield College that are working to develop accessible technologies. It then discusses what constitutes a "reasonable adjustment" according to disability law and how institutions need to be proactive in ensuring disabled students can fully participate. The document concludes by highlighting some tools and technologies that can help with inclusion, such as text-to-speech, image communication apps, note-taking apps, and mind mapping software.
This document discusses ways to help dyslexic students achieve through analog and digital solutions. It provides examples of software like Text Help Read and Write Gold, Inspiration, and Touch Type Read and Spell to help with literacy. It also discusses hardware like interactive whiteboards, voice recorders, and games for reinforcement. A case study illustrates using these tools to support a student with behavior issues and short term memory difficulties in brickwork studies. The document advocates a blended approach using classroom support, software for planning assignments, and converting text to audio for revision.
This document provides a summary of free enabling technologies that can support learning differences. It outlines various tools for planning, reading, writing, visualization and communication. These include mind mapping, calendar, note-taking, screen reading, text prediction, dictionary and text-to-speech tools. Many of the tools can be accessed via a USB drive or downloaded for free online. Case studies show how colleges have used these free technologies to support diverse learners. Overall, the document promotes the idea that assistive technologies should be accessible to all students, not just those with officially recognized disabilities, in order to create a more inclusive learning environment.
Free enabling technologies that support all learners including alternative interfaces, communication tools, visualisation tools, and recording tools. The USB AccessApps provides open source and portable applications like Open Office, planning and organizing tools, reading and writing support, visual support, accessible browsers, and keyboard/mouse alternatives. It also contains multimedia resources, presentation tools, and learning games to enable learners. My Study Bar is a floating toolbar that contains tools to support inclusion such as mind mapping, screen masking, word prediction, text-to-speech, and voice recognition.
www.earnperhit.com/essay => Professional academic writing [Help Writing]
www.Lucky-Bet.site => Bet on Sports - 50% Deposit Bonus
www.Lucky-Bet.site/casino => Online Casino - 5000$ Welcome Bonus
www.Lucky-Bet.site/lotto247 => Lotto247 - Win Big, Live Free
www.Lucky-Bet.site/eurobet => Best European Bookmaker
MADA AT presentation with case studies
This document discusses how assistive technology can help students achieve. It provides examples of both analogue and digital solutions, including software like Text Help Read and Write Gold, Inspiration for mind mapping, and TTRS for reading and spelling. Hardware solutions mentioned are voting systems, voice recorders, digital cameras, and games consoles. The overall message is that assistive technology can encourage independent learning and help students help themselves.
Assistive Technology use and effectiveness in higher education and the workplaceE.A. Draffan
This was produced for the ClaroLearning Conference - two workshops on the use of various technologies to support learning and various tasks in the workplace - specifically for those with specific learning difficulties including dyslexia.
Assistive Technology: Advocating Present and FutureClairvoy
This document discusses advocating for assistive technology both presently and in the future. It begins with an introduction that outlines a survey of current assistive technologies, emerging trends, and advocating for and with assistive technology. It then discusses various types of assistive technologies including low-tech and high-tech options. It emphasizes the importance of considering assistive technology in the IEP process to ensure students can receive their education in the least restrictive environment. It also notes that schools are responsible for providing any assistive technologies identified in a student's IEP at no cost to parents.
Assistive Technology: Advocating Present and Future
Blog
1. Why Assistive Technology?
Kathy Rielly
Assistive Technology Specialist
Integrated Center for Child Development
Canton, MA Newton, MA
2. Assistive Technology devices and services
help individuals with special needs:
read
work with numbers
write
use a computer
study
see
hear
communicate
play
remember
4. Assistive Technology and IDEA
http://idea.ed.gov/
Assistive Technology Device
...any item, piece of equipment or product that is used to
increase, maintain or improve functional capabilities of
individuals with disabilities.
Low-tech
• pencil grip
• adapted books
• slant board
• highlighters, tape
• magnifiers
• color coding
• picture communication
• sign language
• picture schedule
• extra time
• peer support
Mid-Tech
• word processor
• text to speech
• spell checker
• calculator
• digital recorders
• organizers
• e-books
• adapted keyboard
• adapted mouse
• adapted toys
• CCTV
High-Tech
• computer
• smartphones,
smartpens
• PDAs
• OCR software
• magnification software
• speech output devices
• switch, joystick access
• scanning access
• voice recognition
• environmental
control devices
5. Assistive Technology and IDEA
http://idea.ed.gov/
Assistive Technology Service:
Any service that directly assists an individual with a disability in
the selection, acquisition, or use of an assistive technology
device, including:
Evaluation
Providing Devices
Selecting, Customizing, Adapting, Applying AT
so lCutoioonrdsinating AT with other providers’ services
Training and Technical Assistance - Individual and
Fa mTrialyining and Technical Assistance - Professionals
6. Assistive Technology Evaluation: the SETT Framework
developed by Joy Zabala
SETT Framework is built on the premise that in order to
develop an appropriate system of assistive technology
devices and services, teams must first gather:
• information about the student
• information about the customary environments in which
the students spend their time
• information about the tasks that are required for the
students to be active participants in the teaching/learning
processes that lead to educational success
7. Assistive Technology Evaluation: the SETT Framework
developed by Joy Zabala
The Tasks
• Specific tasks in the student’s natural environments that address IEP
goals, objectives
• Specific tasks required for active involvement in these environments
The Tools
• Devices, services and strategies needed to help the student succeed
• Analyze info gathered on Student, Environments, and Tasks
• Is student unlikely to make progress toward goals without AT devices and
services?
• If yes, describe a useful system of AT devices and services
• Brainstorm tools to address student’s needs
• Select promising tools and develop implementation plan
• Collect data on effectiveness and revise AT support plan as appropriate
8. Assistive Technology Solutions: Reading and Writing
Computer word processor with operating system level supports
• Vision: color, size of icons, display options, zoom
• Hearing: captions, visual alerts
• Physical-Motor: keyboard-cursor options, automated tasks
Text to Speech
• Operating system (Mac: Preferences: Speech, PC: Narrator)
• Word Talk for MSWord on PC: http://callcentre.education.ed.ac.uk/wordtalk/index.html
• Internet: Mac: speech controls, PC: Click,Speak (download,Firefox))
• Read the Words (upload, listen or MP3)
• Classroom Suite, Clicker
• Kurzweil (Kurzweil) Read Write (TextHelp), both in USB versions now
• WordQ (Quillsoft)
• Recordings for Blind Dyslexic, Bookshare and Read OutLoud
12. Assistive Technology: Access to Reading
Read OutLoud: Don Johnston
Read:OutLoud is an accessible text reader that provides below-grade level readers access to the
general curriculum. Since 92% of students with IEPs are reading below proficient levels, a
widespread solution is necessary. Up until now, it has been cost-prohibitive to provide technology
to every student with an IEP.
22. Assistive Technology Solutions: Communication
PECS
communication books, boards, aprons
talking photo albums
leveled communicators: Step by Step
single message devices
•Talking pockets, buttons
Minspeak systems: semantic compaction
•Vanguard
Dynamic display pictographic devices
• Dynavox: MT4, V-Max, Palm Top
• Tango, Proloquo2Go
Other communication devices
• Tech/Speak
• GoTalk, Cheap Talk
QuickTime™ and a
decompressor
are needed to see this picture.
23. Assistive Technology Supports: Autism
•Vizzle
•Facial Expressions Game
•Emotions Game
•Social Skills Builders
•Visual Strategies
•Autism Software by Mousetrial …links!
•AT for Children with Autism
•Simplified Technology …links!
•Visual Supports
•Article: Prescribing Communication Devices
•Hiyah
•Help Kids Learn
•DT Trainer
Iphone-Ipod Apps:
•Iprompt
•Bloom
•Behavior Tracker Pro
•Proloquo2Go
24. Assistive Technology Considerations:
what does this mean for parents?
Know the Law and the IEP:
• IDEA, NIMAS
• IEP: all teams must consider Assistive Technology (PLEP B)
• limitations: impossible to consider what they do not have knowledge of
Pay close attention to these well intentioned, sometimes appropriate
accommodations and modifications:
• extra time!
• peer assistance, TA support
• reduced workload-fewer problems, sentences, etc.
• consider…. could they perhaps do more, with greater independence,
if provided with access to appropriately matched AT tools and strategies?
Assistive Technology recommendations require taking a closer look:
• programming: specific tools and strategies in place
• types and levels of support being provided
• what does it “look like”?