Assistive Technology for Students with Moderate to Severe ImpairmentsSpectronics
These are the slides from the full-day Preconference Workshop presented by Amanda Hartmann, Speech Pathologist, Spectronics, for Special Educators as a part of the SPED Conference in Singapore, November 2014. It covers information on a variety of Assistive Technology to support Early Learning, Communication, Literacy, Behaviour and Social Skills.
This presentation displays the different type of technologies used to assist disable students, as well as what types of Counseling Services are offered to students.
The document defines assistive technology as products and services that help people with disabilities participate fully in home, school, work and community activities. It describes assistive technology devices as ranging from low-tech options like pencil grips to high-tech devices involving sophisticated communication systems. The document also discusses types of assistive technology including peripherals like alternative keyboards and screen options, as well as software categories like reinforcement and interactive books. It provides details about the interactive multimedia courseware product MyLexics, which teaches basic Malay language to dyslexic children in Malaysia through games-based learning modules.
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 discusses teaching students with special needs. It outlines that Individualized Education Plans (IEPs) are created by a team to describe a student's specific needs and accommodations. Accommodations provide techniques like extra time, assistive devices, modified instruction, or preferential seating. Resources for students include assistive technology devices, one-on-one time, printed class notes, assessment flexibility, humor, and apps that convert text, handwriting, or images into accessible formats. Websites are also provided that list examples of assistive technologies and simple solutions.
Assistive technology can improve the functional abilities of students with disabilities. The document categorizes assistive technology by function, including access and environmental controls, augmentative communication, computer-based instruction, mobility, positioning, and visual aids. Examples are given for each category, such as switches and adapted keyboards for access and environmental controls, and communication software and picture boards for augmentative communication. The document provides an overview of different types of assistive technology that can support students with disabilities.
The Digital Leaders at Harwood Park Primary School conducted an audit of all ICT hardware in the school. They found 36 computers across the school along with a class set of 16 laptops and laptops for each teacher. Additionally, they located projectors and smartboards in every classroom except nursery, various printers and photocopiers, audio/visual equipment like cameras and microphones, and other items like USB sticks and Beebots. The report concludes with a wish list for additional iPads, push-button toys, cameras, and a projector/whiteboard for the nursery classroom.
Assistive Technology for Students with Moderate to Severe ImpairmentsSpectronics
These are the slides from the full-day Preconference Workshop presented by Amanda Hartmann, Speech Pathologist, Spectronics, for Special Educators as a part of the SPED Conference in Singapore, November 2014. It covers information on a variety of Assistive Technology to support Early Learning, Communication, Literacy, Behaviour and Social Skills.
This presentation displays the different type of technologies used to assist disable students, as well as what types of Counseling Services are offered to students.
The document defines assistive technology as products and services that help people with disabilities participate fully in home, school, work and community activities. It describes assistive technology devices as ranging from low-tech options like pencil grips to high-tech devices involving sophisticated communication systems. The document also discusses types of assistive technology including peripherals like alternative keyboards and screen options, as well as software categories like reinforcement and interactive books. It provides details about the interactive multimedia courseware product MyLexics, which teaches basic Malay language to dyslexic children in Malaysia through games-based learning modules.
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 discusses teaching students with special needs. It outlines that Individualized Education Plans (IEPs) are created by a team to describe a student's specific needs and accommodations. Accommodations provide techniques like extra time, assistive devices, modified instruction, or preferential seating. Resources for students include assistive technology devices, one-on-one time, printed class notes, assessment flexibility, humor, and apps that convert text, handwriting, or images into accessible formats. Websites are also provided that list examples of assistive technologies and simple solutions.
Assistive technology can improve the functional abilities of students with disabilities. The document categorizes assistive technology by function, including access and environmental controls, augmentative communication, computer-based instruction, mobility, positioning, and visual aids. Examples are given for each category, such as switches and adapted keyboards for access and environmental controls, and communication software and picture boards for augmentative communication. The document provides an overview of different types of assistive technology that can support students with disabilities.
The Digital Leaders at Harwood Park Primary School conducted an audit of all ICT hardware in the school. They found 36 computers across the school along with a class set of 16 laptops and laptops for each teacher. Additionally, they located projectors and smartboards in every classroom except nursery, various printers and photocopiers, audio/visual equipment like cameras and microphones, and other items like USB sticks and Beebots. The report concludes with a wish list for additional iPads, push-button toys, cameras, and a projector/whiteboard for the nursery classroom.
Adaptive technology refers to equipment or products designed to help people with physical disabilities perform tasks that might otherwise be difficult or impossible. This can include both low-tech and high-tech devices to aid those with visual, hearing, mobility, learning and other impairments. Examples provided include speech output software for the blind, enlarged screens and keyboards for low vision users, and alternative input devices for those with limited mobility. The goal of adaptive technology is to increase independence for people with disabilities.
The presentation describes Assistive Tech for People With Disabilities.
There is no doubting the powerful role that technology has played and will continue to play in changing the world in which we live. People with disabilities meet barriers of all types in their day to day life.
However, technology is helping to lower many of these barriers. Overall, technology aims to allow people with disabilities to participate more fully in all aspects of life (home, school and community) and increases their opportunities for education, social interactions, and potential for meaningful employment. Therefore creating greater independence and control among disabled individuals.
The document discusses assistive technologies that can help learners with special needs access educational technology. It describes technologies that aid learners with visual impairments like screen readers and magnifiers. It also covers technologies for learners who are deaf or hard of hearing like captioning. The document outlines accessibility features and assistive technologies for learners with mobility, dexterity, and language impairments as well. It provides examples of technologies and software that can help learners with diverse needs interact with and benefit from educational technologies.
This document defines assistive technology and discusses relevant legislation, types of assistive technology, benefits and barriers to its use. It provides examples of low, medium, and high-tech assistive technology options and discusses how assistive technology can help students with various disabilities, including physical, visual, speech/language and hearing disabilities. Barriers to assistive technology inclusion are also outlined such as lack of awareness, access and funding.
This document discusses how information and communication technologies (ICT) can support students with special educational needs (SEN) in several areas:
1) ICT can help with communication difficulties through tools like symbols, voice communication aids, and software for alternative communication.
2) Technologies like word banks, talking word processors and books, and predictive typing can assist students with language problems.
3) While computers should not replace all learning for students with autism, they can offer benefits like focus, error correction, consistency, and support for communication.
4) ICT provides learning supports for difficulties in specific areas like literacy, math, and movement, as well as for moderate to severe learning challenges.
The document discusses assistive technology (AT), which are devices or services that help individuals with disabilities function better. AT can range from low-tech options like pencil grips to high-tech devices incorporating complex technology. Federal law requires schools to consider AT accommodations annually in students' Individualized Education Programs (IEPs). Proper selection of AT involves collecting information about students' needs and abilities to identify suitable devices and services.
The document discusses assistive technology, defining it as a flexible process where teams collaborate to determine the abilities and needs of individuals with disabilities. Assistive technology should be considered when a disability impacts performance in areas like play, accessing environments, communication, or writing, or at a team's request. Assistive technologies exist in no-tech, low-tech, and high-tech forms, with examples like highlighter tapes, portable keyboards, computer software, and power wheelchairs. Disabilities that may require assistive technology include neurological, congenital, temporary, and sensory causes.
This document discusses assistive technology that can help students with special needs and learning disabilities. It provides examples of technologies that can aid with tasks like hearing, reading, writing, and learning. Some examples mentioned are hearing loops, text-to-speech software, speech recognition tools, and adaptive devices like talking calculators. The document stresses that assistive technology encompasses both low-tech and high-tech options that can help individuals perform daily activities.
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.
Assistive technology allows children with disabilities to focus on their strengths and succeed in the classroom by reducing barriers to their education. Laws such as the ADA and IDEA govern assistive technology to ensure equality for children with special needs. There are many types of assistive technology that can aid those with physical, sensory, or learning disabilities. Examples include screen magnifiers, hearing aids, speech recognition software, and devices that allow alternative access to computers for those unable to use standard keyboards or mice. When developing IEPs, assistive technology should be considered to help each child achieve.
The document discusses mobile technology and disability. It provides background on the presenters and their companies, and outlines an agenda to discuss the definition of mobile computing, computer assistive technology, mobile assistive technology, and have a discussion. Key statistics noted that 21% of the US workforce has a disability, with the unemployment rate for those with disabilities being nearly double those without. The goals are to help developers understand challenges and opportunities for users with disabilities and encourage more inclusive mobile device design.
This document provides information about assistive technology options for students with various disabilities. It defines assistive technology as devices that promote independence for people with disabilities. It categorizes technologies as low-tech (simple visual aids), mid-tech (battery-operated devices), or high-tech (complex electronic devices). Guidelines are provided for evaluating students' needs and selecting, training on, and implementing assistive technologies. Examples of technologies for specific disabilities like autism, learning disabilities, hearing/visual impairments are also listed along with resources for finding more information.
Assistive technology for inclusive classroomDhivya Dhivya
Assistive technology (AT) is assistive, adaptive and rehabilitative devices for people with disabilities. They have difficulty in performing activities of daily living. The individuals with special needs are:
Visually disabled
Hearing disabled
Learning disabled
The document discusses assistive technology and its role in education. It defines assistive technology as any equipment or product that helps individuals with disabilities increase, maintain, or improve their functional abilities. Examples of assistive technology discussed include portable laptops, dedicated word processors, handheld devices, interactive whiteboards, concept mapping software, e-books, and closed captioning. The document also categorizes assistive technology into software, hardware, and electronic devices and provides specific examples within each category.
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.
The document discusses various assistive technologies that can help students with disabilities and learning challenges in the classroom. It provides examples of technologies that can assist with organization, note-taking, writing, reference materials, and cognitive tasks. Examples mentioned include voice recorders, webcams, email, the internet, optical character recognition software, PDAs, portable keyboards, and multimedia tools. The document also discusses assistive technologies for hearing impairments, touch screens, assistive technology services in Georgia, technologies for students with ADHD, and technologies for reading and writing difficulties.
The document discusses the various elements that make up a computer system and how they affect human-computer interaction, including input devices like keyboards, mice, and touchscreens; output devices like monitors and printers; and internal components like memory, processing speed, and networks. It provides details on common text entry devices like keyboards and their layouts, as well as alternative input methods such as touchpads, joysticks, handwriting and speech recognition. The document examines how richer interaction is enabled through a variety of positioning, pointing, and drawing devices beyond basic keyboards and mice.
Assistive technology can help all students learn by increasing, maintaining, or improving their functional capabilities. There are various devices, equipment, website and software modifications that provide accessibility for students with disabilities. Teachers should be aware of communication devices, computer access devices, electronic aids for daily living, and mounting devices that can modify technology. Website developers can adjust access through guidelines to accommodate various disabilities. Software also provides accessibility features and Microsoft Office offers programs like word prediction and talking word processors.
This presentation discusses assistive technology and its uses for students with disabilities. It defines assistive technology as any equipment, software, or product that helps individuals with disabilities maintain or improve their functional abilities. The Individuals with Disabilities Education Act governs how states provide services to children with disabilities from birth to age 21. Assistive technologies can help students with learning and attention issues, work around challenges while emphasizing strengths, and improve success, confidence, and independence. Examples of assistive technologies that address different learning challenges are also provided.
What is REALLY Happening with Technology in Early Childhood Education: Voices...Engagement Strategies, LLC
The document summarizes key findings from a 2012 survey of early childhood educators on their use of technology in the classroom. Some of the main findings are:
- Educators use technology primarily to engage children and support learning goals, though it is used as a supplement rather than the focus.
- The most commonly used technologies are laptop/desktop computers, interactive whiteboards, and tablets. Time spent on devices varies but is not considered excessive.
- Technology is used most for language/literacy and math activities and less for social-emotional goals. Educators guide technology use but also encourage child-driven activities.
- Professional development opportunities are available but comfort levels vary depending on the specific technology.
Adaptive technology refers to equipment or products designed to help people with physical disabilities perform tasks that might otherwise be difficult or impossible. This can include both low-tech and high-tech devices to aid those with visual, hearing, mobility, learning and other impairments. Examples provided include speech output software for the blind, enlarged screens and keyboards for low vision users, and alternative input devices for those with limited mobility. The goal of adaptive technology is to increase independence for people with disabilities.
The presentation describes Assistive Tech for People With Disabilities.
There is no doubting the powerful role that technology has played and will continue to play in changing the world in which we live. People with disabilities meet barriers of all types in their day to day life.
However, technology is helping to lower many of these barriers. Overall, technology aims to allow people with disabilities to participate more fully in all aspects of life (home, school and community) and increases their opportunities for education, social interactions, and potential for meaningful employment. Therefore creating greater independence and control among disabled individuals.
The document discusses assistive technologies that can help learners with special needs access educational technology. It describes technologies that aid learners with visual impairments like screen readers and magnifiers. It also covers technologies for learners who are deaf or hard of hearing like captioning. The document outlines accessibility features and assistive technologies for learners with mobility, dexterity, and language impairments as well. It provides examples of technologies and software that can help learners with diverse needs interact with and benefit from educational technologies.
This document defines assistive technology and discusses relevant legislation, types of assistive technology, benefits and barriers to its use. It provides examples of low, medium, and high-tech assistive technology options and discusses how assistive technology can help students with various disabilities, including physical, visual, speech/language and hearing disabilities. Barriers to assistive technology inclusion are also outlined such as lack of awareness, access and funding.
This document discusses how information and communication technologies (ICT) can support students with special educational needs (SEN) in several areas:
1) ICT can help with communication difficulties through tools like symbols, voice communication aids, and software for alternative communication.
2) Technologies like word banks, talking word processors and books, and predictive typing can assist students with language problems.
3) While computers should not replace all learning for students with autism, they can offer benefits like focus, error correction, consistency, and support for communication.
4) ICT provides learning supports for difficulties in specific areas like literacy, math, and movement, as well as for moderate to severe learning challenges.
The document discusses assistive technology (AT), which are devices or services that help individuals with disabilities function better. AT can range from low-tech options like pencil grips to high-tech devices incorporating complex technology. Federal law requires schools to consider AT accommodations annually in students' Individualized Education Programs (IEPs). Proper selection of AT involves collecting information about students' needs and abilities to identify suitable devices and services.
The document discusses assistive technology, defining it as a flexible process where teams collaborate to determine the abilities and needs of individuals with disabilities. Assistive technology should be considered when a disability impacts performance in areas like play, accessing environments, communication, or writing, or at a team's request. Assistive technologies exist in no-tech, low-tech, and high-tech forms, with examples like highlighter tapes, portable keyboards, computer software, and power wheelchairs. Disabilities that may require assistive technology include neurological, congenital, temporary, and sensory causes.
This document discusses assistive technology that can help students with special needs and learning disabilities. It provides examples of technologies that can aid with tasks like hearing, reading, writing, and learning. Some examples mentioned are hearing loops, text-to-speech software, speech recognition tools, and adaptive devices like talking calculators. The document stresses that assistive technology encompasses both low-tech and high-tech options that can help individuals perform daily activities.
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.
Assistive technology allows children with disabilities to focus on their strengths and succeed in the classroom by reducing barriers to their education. Laws such as the ADA and IDEA govern assistive technology to ensure equality for children with special needs. There are many types of assistive technology that can aid those with physical, sensory, or learning disabilities. Examples include screen magnifiers, hearing aids, speech recognition software, and devices that allow alternative access to computers for those unable to use standard keyboards or mice. When developing IEPs, assistive technology should be considered to help each child achieve.
The document discusses mobile technology and disability. It provides background on the presenters and their companies, and outlines an agenda to discuss the definition of mobile computing, computer assistive technology, mobile assistive technology, and have a discussion. Key statistics noted that 21% of the US workforce has a disability, with the unemployment rate for those with disabilities being nearly double those without. The goals are to help developers understand challenges and opportunities for users with disabilities and encourage more inclusive mobile device design.
This document provides information about assistive technology options for students with various disabilities. It defines assistive technology as devices that promote independence for people with disabilities. It categorizes technologies as low-tech (simple visual aids), mid-tech (battery-operated devices), or high-tech (complex electronic devices). Guidelines are provided for evaluating students' needs and selecting, training on, and implementing assistive technologies. Examples of technologies for specific disabilities like autism, learning disabilities, hearing/visual impairments are also listed along with resources for finding more information.
Assistive technology for inclusive classroomDhivya Dhivya
Assistive technology (AT) is assistive, adaptive and rehabilitative devices for people with disabilities. They have difficulty in performing activities of daily living. The individuals with special needs are:
Visually disabled
Hearing disabled
Learning disabled
The document discusses assistive technology and its role in education. It defines assistive technology as any equipment or product that helps individuals with disabilities increase, maintain, or improve their functional abilities. Examples of assistive technology discussed include portable laptops, dedicated word processors, handheld devices, interactive whiteboards, concept mapping software, e-books, and closed captioning. The document also categorizes assistive technology into software, hardware, and electronic devices and provides specific examples within each category.
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.
The document discusses various assistive technologies that can help students with disabilities and learning challenges in the classroom. It provides examples of technologies that can assist with organization, note-taking, writing, reference materials, and cognitive tasks. Examples mentioned include voice recorders, webcams, email, the internet, optical character recognition software, PDAs, portable keyboards, and multimedia tools. The document also discusses assistive technologies for hearing impairments, touch screens, assistive technology services in Georgia, technologies for students with ADHD, and technologies for reading and writing difficulties.
The document discusses the various elements that make up a computer system and how they affect human-computer interaction, including input devices like keyboards, mice, and touchscreens; output devices like monitors and printers; and internal components like memory, processing speed, and networks. It provides details on common text entry devices like keyboards and their layouts, as well as alternative input methods such as touchpads, joysticks, handwriting and speech recognition. The document examines how richer interaction is enabled through a variety of positioning, pointing, and drawing devices beyond basic keyboards and mice.
Assistive technology can help all students learn by increasing, maintaining, or improving their functional capabilities. There are various devices, equipment, website and software modifications that provide accessibility for students with disabilities. Teachers should be aware of communication devices, computer access devices, electronic aids for daily living, and mounting devices that can modify technology. Website developers can adjust access through guidelines to accommodate various disabilities. Software also provides accessibility features and Microsoft Office offers programs like word prediction and talking word processors.
This presentation discusses assistive technology and its uses for students with disabilities. It defines assistive technology as any equipment, software, or product that helps individuals with disabilities maintain or improve their functional abilities. The Individuals with Disabilities Education Act governs how states provide services to children with disabilities from birth to age 21. Assistive technologies can help students with learning and attention issues, work around challenges while emphasizing strengths, and improve success, confidence, and independence. Examples of assistive technologies that address different learning challenges are also provided.
What is REALLY Happening with Technology in Early Childhood Education: Voices...Engagement Strategies, LLC
The document summarizes key findings from a 2012 survey of early childhood educators on their use of technology in the classroom. Some of the main findings are:
- Educators use technology primarily to engage children and support learning goals, though it is used as a supplement rather than the focus.
- The most commonly used technologies are laptop/desktop computers, interactive whiteboards, and tablets. Time spent on devices varies but is not considered excessive.
- Technology is used most for language/literacy and math activities and less for social-emotional goals. Educators guide technology use but also encourage child-driven activities.
- Professional development opportunities are available but comfort levels vary depending on the specific technology.
Assistive technology (AT) refers to physical aids that help people with disabilities perform tasks they could not otherwise do without assistance. Examples include wheelchairs, touch screens, and voice-to-text software. Three key laws require schools to provide AT to students with special needs: the Rehabilitation Act of 1973, the Technology Related Assistance for Individuals with Disabilities Act of 1988, and the Individuals with Disabilities Education Act of 1990. AT can aid with cognitive functions, communication, computer use, daily living, environmental control, hearing, mobility, recreation, switching, and vision. The SETT process evaluates which students may need AT by considering the Student, Environment, Tasks, and Tools.
Assisitve technology for special education studentsChason Fulford
This document discusses assistive technology for special education students. It defines assistive technology as any item or equipment that helps individuals with disabilities increase or maintain their functional abilities. The document outlines six steps for choosing assistive technologies for students, which include collecting student information, identifying activities, determining intervention goals, brainstorming solutions, testing solutions, and evaluating outcomes. Examples are provided of assistive technologies that could help students with disabilities like ADHD, autism or visual impairments in areas such as note-taking, hearing, reading, writing and math. Sources of information on assistive technologies are also referenced.
Universal Design for Learning (UDL) is an educational framework that aims to address the diverse needs and abilities of all students. It involves addressing three networks in the brain: the recognition network, which controls sensory input; the strategic network, which governs physical and cognitive skills; and the affective network, which influences motivation and engagement. UDL seeks to present curriculum and materials in multiple formats by addressing these different networks to benefit all types of learners. Assistive technology, such as screen readers, magnifiers, and mobility devices, can also help students with disabilities access the classroom curriculum. Apple products are designed with accessibility features to support students through assistive technologies built into their operating systems and devices.
Universal Design for Learning (UDL) is an educational framework that aims to address the diverse needs and abilities of all students. It involves addressing three networks in the brain: the recognition network, which controls sensory input; the strategic network, which governs physical and cognitive skills; and the affective network, which influences motivation and engagement. UDL seeks to present curriculum and materials in multiple formats by incorporating assistive technologies that can help students with disabilities access and interact with content. Examples include screen readers for the blind, keyboard alternatives for those unable to use a mouse, and software that provides text-to-speech or magnification capabilities. Apple products are particularly suited to UDL as they integrate assistive technologies and provide simplified, intuitive interfaces
The document discusses assistive technology (AT), which are devices or services that help individuals with disabilities function better. AT can significantly improve education, employment, and social engagement for those with disabilities. The Individuals with Disabilities Education Act (IDEA) requires schools to consider AT accommodations annually in students' Individualized Education Programs (IEPs). AT includes no-tech, low-tech, and high-tech options and can address needs like mobility, communication, learning, and more. Proper evaluation and trial are important to determine effective AT solutions for each individual.
The document discusses assistive technology and its use in classrooms for students with disabilities. It defines assistive technology as any equipment that helps increase functional capabilities for those with disabilities. Assistive technology is an integral part of a student's Individualized Education Plan (IEP) and can range from low-tech options like paper clips to high-tech devices like computers, depending on a student's needs. Teachers need training to determine the appropriate assistive technologies for each student and incorporate the technologies effectively into lessons.
Assistive technology is defined by IDEA as any item or piece of equipment that helps individuals with disabilities improve their functional abilities. Assistive technology can be no-tech, low-tech, or high-tech devices. Studies have shown assistive technology significantly improves educational and social outcomes for those with disabilities. Schools are required to consider assistive technology needs in students' IEPs annually. Common types of assistive technology include communication devices, adapted keyboards/mice, and mobility aids. Selection of assistive technology involves understanding a person's needs and abilities before trialing and modifying devices.
This document discusses assistive technology that can help students with special needs and learning disabilities. It provides an overview of common indicators of learning disabilities and tips for teaching students with disabilities. It also discusses individualized education programs (IEPs) which are used to set goals and provide support for special needs students. The document then outlines different types of assistive technology for hearing, reading/writing, and learning disabilities that can help these students perform tasks and improve their learning.
The document discusses assistive technology (AT), which is defined by IDEA as any item or equipment that helps individuals with disabilities function better. AT can include devices for mobility, communication, visual impairment, and more. Schools must consider AT accommodations annually in students' IEPs. Choosing effective AT involves understanding a student's needs and abilities and trialing options. AT ranges from no-tech solutions to complex computer devices. Attention and learning disabilities may require AT support strategies.
The document discusses various assistive technologies including flashcard, note-taking, and PDF annotation apps; alternative input devices like specialized keyboards and trackballs; and digital formats of books that can help students with disabilities learn more easily and independently. It provides details on the features and benefits of these tools, as well as examples of how they support students. In conclusion, the document emphasizes the importance and wide variety of assistive technologies available today to support educators and students.
Differentiated instruction, special needs students, IEPs, inclusion, and assistive technology are critical areas to address when educating students with special needs. An IEP outlines the modifications and assistive technologies needed to help each special needs student succeed, while inclusion places the student in regular classrooms to the maximum extent. A variety of assistive technologies from low-tech organizers to screen readers can help address mild disabilities by aiding note taking, writing, and participation in class activities. Educators should continuously assess students and technologies to ensure IEP goals are met and each student's needs are addressed.
Differentiation and Apps: Understanding your students and course designStaci Trekles
This document discusses how technology can help differentiate instruction for students with unique learning needs. It defines differentiation as ensuring goodness of fit between a student's learning processes and curriculum/instruction. Technology allows for personalized learning adaptations and exposure to varied content. The document provides examples of technologies that can assist students with specific needs like slow processing speed or language difficulties. It also cautions that technology may not always be appropriate and outlines factors to consider when evaluating technologies for children.
Assistive technology refers to any item, equipment, or system that helps individuals with disabilities maintain or improve their functional abilities. The Individuals with Disabilities Education Act requires schools to provide assistive technologies and accommodations to eligible students. Individualized Education Plans outline technologies and services tailored to each student's needs, such as auditory aids, adapted utensils, and instructional software. Teachers have resources like projectors, word prediction software, FM systems, and non-tech strategies including outlines, emailing notes, and text-to-speech to meet the needs of students with disabilities.
The document discusses creating personas for accessible user experience (UX) design that incorporate people with disabilities. It provides examples of 8 personas with different abilities, aptitudes, attitudes, assistive technologies, and demographic information. The personas are meant to help designers consider a diverse range of users and their specific needs during the design process to create more inclusive and accessible experiences.
This presentation discusses assistive technology (AT) in the classroom. It defines AT as any item or equipment that helps individuals with disabilities increase their functional abilities. The presentation explains that AT is legally mandated and helps students comprehend materials. Examples of instructional AT tools discussed include overhead projectors, audiotape players, multimedia software, and computer hardware/software. The presentation stresses the importance of selecting AT based on each student's individual needs as outlined in their IEP. Examples of low, mid, and high tech AT are provided. Resources for educators on AT examples, information, and products are also shared.
This document discusses Universal Design for Learning (UDL), which is a framework that provides multiple means of representation, expression, and engagement to meet the diverse needs of learners. UDL can help meet RtI mandates, differentiate instruction, and improve performance for students with disabilities or diverse backgrounds. The document provides examples of what UDL may look like in a school and free and low-cost assistive technology tools that can support UDL, such as screen readers, word prediction software, and visual supports. It emphasizes that UDL is a way of thinking and designing instruction to be accessible to all learners from the start.
This document discusses assistive technology and its uses for students with disabilities. It defines assistive technology as devices that help people with disabilities perform tasks. Assistive technologies can be low-tech, like communication boards, or high-tech, like specialized computers. They help students work more independently in school. An Individualized Education Program (IEP) determines what instructional supports a student needs. The document provides examples of different assistive technologies and how they can help students in areas like writing, math, and communication. It also discusses considerations for choosing appropriate assistive technologies.
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By Dr. Vinod Kumar Kanvaria
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
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Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
1. OTs4Schools CIC
Skills for Learning, Living and Leisure
Occupational Therapy Services for Children and Young People
www.ots4schools.com
2. *“Enables people to participate in daily life
to improve their health and wellbeing. Daily
life is made up of many activities (or
occupations)”
*Occupations for children or young people
may include self-care (getting ready in the
mornings, eating a meal, using the toilet),
being productive (participating in activities
at school), and leisure (playing with friends
or doing hobbies/ interests).
3. *What is available out there
*How to adapt existing equipment
*Laptops and software
*iPads and Apps
*Typing: an essential life skill
*Look at the Bigger Picture: how technology can assist
students with communication, participation and more!
*Take away some ideas for your classroom
and share useful information and resources.
Plan for the session
4. Augmentative and Alternative Communication (AAC) is the use of
any mode of communication other than speech.
The aim is to supplement speech if it exists or to provide an
alternative if it isn’t present. It can be used receptively (to help
support understanding) or expressively.
Assistive Technology (AT):
Any equipment or devices that enable a person with a disability /
difficulty to access a range of functional activities (communication,
play, academic work, leisure) e.g. specialist seating, an adapted
laptop, mounting devices, specialist mice and keyboards, switches
and environmental controls, etc. DAT
AT and AAC
6. The D ‘A’ T team – is not a one man job!
•Parent/carer and child / young person
•Speech and Language Therapist
•Occupational Therapy
•Rehabilitation Technician
•Educational team (teacher, teaching
assistants)
•Physiotherapy service
•Voluntary organisations or charities
•Independent organisations (CENMAC, ACE centre)
•Teachers of the Visually Impaired/Hearing Impaired
The wider team
7. *DAT: first experiences of ‘access’ to many
functional activities for a child with a disability.
*There are no prerequisites to AT/AAC – it’s just
knowing how to start the process and what with.
*Start as early as possible when there is an
identified risk (motor disorder, learning disability).
*Help them discover the impact of communicating,
playing, recording work and becoming
independent!
When to start?
8. Deciding on the most appropriate technology:
•Purpose of technology/ equipment
•Functional needs of the student:
–Type of Communication
–Physical ability (including hand function and reliable
movements)
–Sensory
–Cognitive skills
–Behaviour
•Positioning
•Trials in different settings
Matching technology
to a child’s needs
9. *Computers, laptops and netbooks
*Software and hardware
*Switches and switch operated toys and devices
*Touch screens
*VOCAS –Voice Output Communication System
*Eye Gaze systems
What’s available out there?
17. *Keyboards:
* Adapted: BigKeys, Compact, High Visibility
* On Screen (i.e. Click-n-Type)
* Children and Early Years
* Keyguards and keygloves
* Ergonomic or split keyboards
* One handed keyboards
* Keyboard Stickers
*Mouse:
* Mini/ compact
* Rollerball
* Joystick
* Single button
* Hands free/ Head mouse / Eye Gaze
* Touch Pad / Glide Pad
Hardware
21. *Qwerty layout vs. ABC layout
*Touch typing vs. two-finger typing or
hunt’n’peck method
*Visual scanning
*Colour coding and keyboard stickers
*Upper and lower case
*Developing accuracy
*Developing speed
Typing: an essential Life Skill
22. -Keyboard familiarity and Early Years(i.e. First Keys)
-Motivating and primary school age (i.e. Nessy fingers)
-Older Students (Ultrakey, Englishtype Senior)
-Learning difficulties (i.e. 2Simple)
-Touch Typing
-Free online resources (Dancemat, Doorway online)
-Web-based resources for home and
School practice (i.e. typeonline.co.uk)
Which typing tutor?
26. *Swiping (whole arm or hand)
*Banging (one or two handed)
*Tapping (more than one finger)
*Pointing / Selecting/ Tapping (one finger).
*Releasing
*Dragging items on the screen
*Turning pages
*Finger pinch (zoom in and out)
*Two-handed tilt
Touch Screen Skills
Development
27. *Creative
*Simple Cause/Effect or multisensory
*Educational (literacy, puzzles, matching, new concepts, etc)
*Communication
*Games
*Books
*Fine Motor Skills
iPad Apps categories
28. •Clear guidelines and targets for use
•Acceptability to the student
•Integration of the technology in the user’s daily routines
and activities.
•TRAINING for user and staff
•Multiple opportunities to practice on a daily basis
•Access to upgrades/servicing when available
•Long term use/ transitions
•Frequent reviews of provision
Supply of equipment
31. Suppliers and web pages with resources:
* ACE CENTRE: www.ace-centre.org.uk
* COMMUNICATION MATTERS:
www.communicationmatters.org.uk
* LIBERATOR: www.liberator.co.uk
* SENSORY SOFTWARE:
www.sensorysoftware.com
* Better Living Through Technology:
www.bltt.org
* Apps for AAC: www.appsforaac.net
32. * CRICK SOFTWARE: www.cricksoft.com
www.learninggrids.com
* INCLUSIVE TECHNOLOGY: www.inclusive.co.uk
* WIDGIT SOFTWARE: www.widgit.com
* QED: www.qedltd.com
* Special Effect: charity that enables access to
games for disabled people
http://www.specialeffect.org.uk/
* OTs with Apps: https://otswithapps.com/
Editor's Notes
Brief intro to OTs4Schools CIC and approach to interventions in schools. Brief intro on OT running the session.
Recording work during lessons (i.e. access to Literacy class).
Access to other educational activities.
Access to play and leisure activities (i.e. social networking).
Access to communication activities, in consultation with a Speech and Language Therapist.
Access to mobility (i.e. powered wheelchair), in consultation with local wheelchair services.
Access to environmental controls (i.e. controlling a fan, blender, lights / lamp, video or photo cameras, etc).
Unique contribution of OT.
Considerations when choosing a system
When deciding on the most appropriate technology for a child with special needs, several considerations have to be taken into account:
Purpose of technology/ equipment used:
Objectives can be helpful to determine aims to be achieved by introducing a piece of equipment (i.e. recording of work, communication, participation in a specific lesson, etc). Always consult your named Occupational Therapist or Speech and Language Therapist to see what has been trialled in the past.
Problems and functional needs of the child:
These will vary and may need to be assessed individually and carefully by the relevant qualified professionals (i.e. teacher, OT, SLT, psychologist, physiotherapist, etc). The child may have difficulties with:
Type of Communication: verbal, written, gestures/ Makaton, symbols, picture grids, etc.
Physical ability: muscle tone and range of movement, joint laxity, bilateral coordination, finger dexterity, etc.
Sensory: vision and visual perception, tactile, auditory, kinaesthetic (perception of movement), proprioception (body in space), olfactory and gustatory.
Cognitive skills: arousal levels, attention, memory, problem-solving, academic skills acquired, etc.
Behaviour: emotional status, outbursts, frustration, motivation, compliance, etc.
Positioning (see positioning section)
In most cases a child is required to accurately use their hands or other body parts to access technology, and therefore good posture and positioning are crucial to ensure success. This should be the first thing to consider before further assessment is carried out.
Type of equipment selected and training required:
Most new equipment will require a period of adaptation and training is essential for the child and other people supporting him on a regular basis.
Initial Trials:
Some companies and organisations may loan equipment, before a final decision is made and to avoid unnecessary costs.
Multi-agency work and consultation:
Frequently, several professionals and other adults (i.e. family) will be involved in the assessment and recommendations linked to the equipment supplied. Good coordination and communication is always a must.
Quiz: ask what do they know in each category? Or divide into groups to come up with examples in each category.
Big Keys Keyboard
Laptop and laptop rest
Kindle
Single button mouse
iPad on a Big Grips case
High visibility stickers on normal keyboard
7. Eye gaze
8. Compact keyboard
9. Early Years trackerball mouse
10. Alphasmart
11. Tablet PC or touch screen laptop
12. Joystick (mouse, but wheelchair control as well)
12. Interactive whiteboard
What type of people might need switches?
Physically disabled
Significant LD - difficulties understanding technology
Different versions of each system will have different looks and accessibility options. Incompatibilities among different systems.
Ask participant what they know in each category:
- Mouse settings: pointer speed and size, double-click speed, display trail, show location, switch left and right buttons. Use keyboard arrows for mouse movements as well.
- Keyboard settings: Sticky keys (press keyboard shortcuts one key at a time CTRL+ALT+DEL), Filter keys (ignore briefly repeated key presses).
- Visibility and Zoom settings: high contrast settings, change colours, increased size fonts, turn on magnifier, remove background images, turn off animations.
- Text to Speech Options / Screen readers / Narrator.
- Speech Recognition: this is usually quite time consuming to set up and requires considerable editing of texts afterwards, so good cognitive skills are required, along with perseverance and motivation of the user.
Other hardware: cameras, USB sticks, printers, scanners, projectors, speakers, screens, tablets, memory cards, sound cards, media players, etc.
- Communication (dynamic screens)
- Symbols (i.e. Widgit, PCS, SymbolStix, Opensource, etc.)
- Educational (including Dyslexia)
- Computer access (i.e. speech recognition)
- Organisational (i.e. Mind Mapping)
- Activities of Daily Living and Social Skills
- Typing Tutors (i.e. 2type, First Keys 3, KAZ, Nessy Fingers, TypeQuick, Ultrakey, Mavis Beacon, etc). A good comparison of different typing tutors and their features can be found in www.inclusive.co.uk and www.iansyst.co.uk
- Sensory Needs (i.e. visual/ hearing impairment
The development of mouse skills can start as early as 2-3 years of age, although some children without developmental difficulties can start to understand mouse functions a little later. They rely on accurate visual-motor integration, which is frequently affected in students with special needs. With the arrival of touch screens, sometimes young children tend to have less experience of mouse skills before they start school. The following is a sequence of development that can be useful when deciding what skills to work on for children with special needs (although at times skills may develop in slightly different order).
There are many Typing Tutors available for students of different ages and skills. These are usually interactive, with graded exercises and speech support (see Resources section). Make sure you choose a programme that meets the developmental needs of the student and the stage they are at, so that it continues to be motivating during regular practice. Consideration should be given to the age of the child, objectives (i.e. touch-typing, keyboard familiarity), language used (American vs British vs Australian English), length and number of sessions, wordlists, method of teaching, etc.
Maltron one-handed keyboard
Compact keyboards may also help
Text Prediction or dictation programmes
Voice Output Communication Aids.
Operating Systems.
Voice Over: screen reader
Zoom and high visibility settings
Screen rotation lock
Apps for acc
Ots with apps
It is not a hierarchy – just some motor skills to be aware of, depending on app used, the student might need to develop skills for access.
Also according to symbol systems and speech systems. Videos.
Favourite apps in each category?