This document is for people who make web content (web pages) and web applications. It gives advice on how to make content usable for people with cognitive and learning disabilities. This includes, but is not limited to: cognitive disabilities, learning disabilities (LD), neurodiversity, intellectual disabilities, and specific learning disabilities.
This document has content about:
The objectives and patterns presented here provide supplemental guidance beyond the requirements of the Web Content Accessibility Guidelines WCAG [[WCAG22]]. Following this guidance is not required for conformance to WCAG [[WCAG22]]. However, following this guidance will increase accessibility for people with cognitive and learning disabilities.
This section is an easy to understand summary of the key points of this document. Also see How to Use this Document, for more orientation. To help web content providers meet the needs of people with cognitive and learning disabilities we have identified the following key topics:
Use icons, symbols, terms, and design patterns that are already familiar to users so that they do not have to learn new ones. People with cognitive and learning disabilities often need common behavior and design patterns. For example, use the standard convention for hyperlinks (underlined and blue for unvisited; purple for visited).
Make navigating the system easy. Use a clear and easy-to-follow layout with visual cues, such as icons. Clear headings, boundaries, and regions also helps people understand the page design.
This includes easy words, short sentences and blocks of text, clear images, and easy to understand video.
A good design makes errors less likely. Ask the user only for what you need! When errors occur, make it easy for the user to correct them.
Avoid distracting the user from their tasks. If the user does get distracted, headings and breadcrumbs can help orientate the user and help the user restore the context when it is lost. Providing linked breadcrumbs can help the user undo mistakes.
Memory barriers stop people with cognitive disabilities from using content. This includes long passwords to log in and voice menus that involve remembering a specific number or term. Make sure there is an easier option for people who need it.
This includes: making it easy to get human help. If users have difficulty sending feedback, then you will never know if they are able to use the content or when they are experiencing problems. In addition, support different ways to understand content. Graphics, summaries of long documents, adding icons to headings and links, and alternatives for numbers are all examples of extra help and support.
People with cognitive and learning disabilities often use add-ons or extensions as assistive technology. Sometimes, extra support requires minimal effort from the user via personalization that allows the user to select preferred options from a set of alternatives. Support personalization when you can. Do not disable add-ons and extensions! Sometimes users can receive extra support through personalization.
Involve people with cognitive and learning disabilities in the research, design, and development process. They’re the experts in what works for them. This includes involving people with cognitive and learning disabilities in:
Making web sites and applications usable by people with cognitive and learning disabilities affects every part of design and development.
Traditionally, accessibility focused on making the interface usable for people with sensory and physical impairments (vision, hearing, or mobility). Some accessibility features will help people with cognitive and learning disabilities. Often the issues that affect people with cognitive and learning disabilities include:
Some common designs create barriers for people with cognitive and learning disabilities. The patterns presented in this document have been designed to avoid such barriers for people with cognitive and learning disabilities. While this guidance may improve usability for all, these patterns are essential for some people with cognitive and learning impairments to be able to use content independently.
The objectives and patterns build on the:
The objectives and patterns presented here provide supplemental guidance beyond the requirements of WCAG. Following this guidance is not required for conformance to WCAG. They address accessibility barriers that were not included in the current normative WCAG 2.x and may not otherwise be addressed.
Following the advice in this document, as much as possible, will be particularly valuable for web content and applications that address:
Note that people with cognitive and learning disabilities may also have other impairments such as motor disabilities or visual impairments. For example, some people with age related forgetfulness may also require higher contrast. It is always important to follow Web Content Accessibility Guidelines WCAG [[WCAG22]] and ensure the needs of all disabilities are addressed.
This document provides information on the development process and design options for making web sites and applications more usable and accessible for people with cognitive and learning disabilities.
It is organized by high level objectives which are listed along with user stories in section 3.
The high-level objectives outline key design goals that will help people with cognitive and learning disabilities. Each objective has associated:
Mappings of objectives, user stories, patterns and personas are available in Appendix A. This provides a way to understand how to address the objective and why it is important. Some people may prefer to start with Appendix A.
This document is divided into parts. Each part can be used in different ways in the product development life cycle. This will help teams achieve the objectives in this document without significantly changing the way they work.
It should be noted that all teams should try to involve users with cognitive and learning disabilities throughout the design and development process. Teams that are too small for user testing and focus groups can find affordable ways to involve the user by reading Section 5.
In many cases the “use” and “avoid” examples for each pattern can be used as a testable case. The pattern is probably applied if:
There are additional ongoing efforts to make testable statements for each design pattern with corresponding test processes and failure examples, that are always applicable. These are available at Testable Statements for COGA Design Patterns.
In some cases, the testable statements only cover part of the design pattern. The Cognitive Accessibility Task Force intends to continue working on these statements as a supplement to the design guide.
One can also test that the additional advice in this document is integrated into development and design processes. For example:
Cognitive and learning disabilities include long-term, short-term, and permanent difficulties relating to cognitive functions, such as:
Design, structure, and language choices can make content inaccessible to people with cognitive and learning disabilities. Examples may include:
These difficulties may sometimes also be experienced by the general population due to environmental or situational barriers. For example, when they are trying to use a web site when distracted or stressed. Working on a mobile device while in an unfamiliar or noisy situation can also place an additional cognitive load on users by splitting their attention. However, for users with cognitive and learning disabilities, these difficulties are likely to be persistent and significant. As a result, they may be unable to access content and complete these tasks independently.
Cognitive and learning disabilities are difficult to diagnose and categorize. They are usually hidden and can be age related. Users are less likely to have a formal diagnosis of a disability than individuals with physical and sensory difficulties. Often, only some functions are impaired while other cognitive functions are unaffected. For example, someone with dyslexia may be a fantastic engineer. Sometimes, cognitive and learning disabilities may include intellectual impairments that affect comprehension, alongside written and spoken expression. People may also experience more than one type of cognitive and learning disability. Note that the terminology and definitions used for cognitive and learning disabilities varies between countries.
Other groups who will benefit include:
Some aspects of making web content and applications usable by people with cognitive and learning disabilities should be dealt with as part of the overall design process. Most organizations should include scope for a user-centered design process. See our developer resource page for related resources.
Key parts of this process for people with cognitive and learning disabilities should be:
Web sites that include people with cognitive and learning disabilities in usability testing and account for their feedback will be easier to use for everyone, including people who are experiencing stress, or mental health issues. (See Section 5.)
Language and terminology for cognitive and learning disabilities varies greatly between cultures and communities. Preferred language is also changing over time. We selected terms and defined them in the glossary for consistency within this document. We do not assert these are correct in all cases and for all groups.
When we were aware of conflicting opinions, we reached out to individuals that identify with each term. When preferences varied, we have used our best judgement to select a term based on the feedback. We have provided alternatives within the glossary definition.
When deciding on language and terminology to use when discussing cognitive and learning disabilities, we recommend reaching out to individuals with cognitive and learning disabilities to select the best terms within the specific situation and culture.
This section contains user stories, followed by the user needs that relate to them. They are divided into the same objectives as the design guide above.
Note that for people with cognitive and learning disabilities, meeting these needs can be the difference between being able to use the site or not being able to use it at all. This may also be true for people with mental health issues or under temporary stress.
User needs for people with cognitive and learning disabilities often help other users, although they can usually manage to use the site without these user needs being met.
As a user with a memory impairment, attention impairment, or executive function impairment or as a user with a communication disability who uses symbols, I need to know the purpose of the content so that I know if I am in the right place, and what I am doing, even if I lose attention and focus for a time.
This user story also includes the following user needs:
As a user with a memory impairment, a learning disability, or a communication disability who uses symbols, or executive function impairment, I find it hard to learn new interface design patterns. I need to know which controls are available and how to use them so that the site is usable for me.
This user story also includes the following user needs:
As a user with complex communication needs that may include a mild language impairment, I want symbols that help me understand the content.
This user story also includes the following user needs:
Related Persona: George, Gopal
As a user with a severe language impairment, who has managed to learn a symbol vocabulary, I need to have symbols on top of each phrase and very simplified language. Of course, it is best if I understand the symbols and they are the ones I have learnt (via personalization).
Related Persona: George
As a user with a memory impairment, impaired executive function, or impaired language processing skills who has trouble finding the features they need, I need to identify important information and critical functions on a page, so that I can find things in a reasonable amount of time.
This user story also includes the following user needs:
As a user with a cognitive or learning disability and who learnt how to use search to find things, I need to be able use search, so that I can find things on a web site.
This user story also includes the following user needs:
Related Persona: Kwame
As a user with a cognitive or learning disability and who likes to browse on the Web, I need the structure and menu categories to make sense to me, so that I find what I am looking for, without looking in the wrong place.
This user story also includes the following user needs:
As a user with impaired executive functioning and attention impairments, I want media presented in small chunks of understandable content, so that I can understand the main points and not lose focus.
This user story also includes the following user needs:
Related Persona: Yuki
As a user with a language, processing, or memory impairment, I need the language used to be clear and easy for me to understand so that I can understand the content.
This user story also includes the following user needs:
As a user with a language or communication impairment, dyslexia, or an impaired memory, I want a page layout that helps me follow and understand the content without getting overwhelmed.
This user story also includes the following user needs:
As a user who does not understand numerical concepts, I need content to be usable without understanding math concepts.
This user story also includes the following user needs:
As a user who has difficulty with organization (executive function), typing, and putting letters and numbers in the right order, I want an interface that stops me from making mistakes, and helps me complete forms and perform other similar tasks successfully.
This user story also includes the following user needs:
Related Personas: Alison, George, Gopal, Jonathan, Kwame Maria, Sam, Tal, Yuki
As a user who often makes mistakes or touches the wrong thing, I want to undo what I just did quickly and easily so that I can manage to use applications.
This user story also includes the following user needs:
As a user with an attention impairment and impaired memory, I need to avoid distraction. If I lose focus and forget what I am doing, I need reminders of what I was doing, so that I can complete my task.
This user story also includes the following user needs:
As a user with short-term and working memory difficulties, I need processes that do not rely on memory and access to information I entered during previous steps in a process.
Related Personas: Maria
As a user who has memory impairments and often forgets passwords, and has impaired executive function, I need a method of secure web site authentication that I can use.
This user story also includes the following user needs:
As a user who has memory impairments and impaired language processing skills, I need to get human help, without going through a complex menu system (VoiceXML [[voicexml21]]) or a complex voice recognition menu system that relies on memory and executive function, so that I can set an appointment or find out some information.
This user story also includes the following user needs:
As a user who finds some web sites hard to use, I need to get help and give feedback easily from every place where I get stuck. This ensures I am not excluded and the site is aware of my needs.
This user story also includes the following user needs:
Related Persona: Alison
As a user who finds some web sites hard to use and struggles with text and words, I sometimes need in-page and inline support so that I can use the content. However, with an attention impairment any support required needs to be in my control to avoid distractions.
This user story also includes the following user needs:
As a user with cognitive and learning disabilities that affect navigation and sequencing, I need help understanding and using directions and navigation.
As a user with sensitivities that can be affected by content (e.g. content that is busy, confusing, depressing, or has loud noises), I need content that I can cope with so that I can be successful.
This user story also includes the following user needs:
As a user who struggles using web content due to executive function impairment, or struggles with numerical concepts, I want to be confident that I can manage my tasks.
This user story also includes the following user needs:
As a user with short and medium-term memory impairment and impaired executive function, I need a familiar interface so that I do not need to figure out and remember new interfaces. This may take a few weeks of repetition and I may not manage to learn it all if I have a condition affecting learning new things, such as dementia.
This user story also includes the following user needs:
As a user with cognitive and learning disabilities, who uses add-ons and extensions as assistive technology, I need my add-ons, application programming interface (API), and extensions to work with the content so that I can use it.
This user story also includes the following user needs:
This section aims to help people work with users with cognitive and learning disabilities. It focuses on:
Usability testing professionals should pay extra attention to ethical considerations, as this audience is potentially more vulnerable.
It is beyond the scope of this document to provide a guide to usability testing and user-research. Note that you can find additional information about including users with disabilities at Involving Users in Evaluating Web Accessibility and other useful resources on our developer resource page.
Usability testing is the best way to know if your content and design works for real people with cognitive and learning disabilities.
Usability is important for everyone. However, if someone cannot use the content or design without help because of their disability, then the content is not accessible for them. It is important to change the design so that users with cognitive and learning disabilities can use the content independently.
Including digital accessibility throughout a project, right from the beginning, improves accessibility for all users. Include people with cognitive and learning disabilities in focus groups, user needs, design patterns (repeated designs for controls and other elements) and usability testing.
Automated testing for accessibility focuses on more technical areas of accessibility. While important, automated testing often cannot assess if people with a cognitive or learning disability can use the content. It is vital for people with cognitive and learning disabilities that development teams do not rely solely on automated accessibility testing. Development teams should
Sometimes designs and content are usable for some people, but not if they have cognitive or learning impairments. Sometimes content is usable by people with one cognitive and learning disability but not a different one. For example, content with fewer words and more numbers may be perfect for some autistic and dyslexic users. However, the same content is inaccessible for people with dyscalculia who struggle with numeric information. It is important that usability testing includes a diverse set of users with different cognitive and learning disabilities, such as: people with a memory impairment, learning difficulty, attention impairment, numeric impairment, language and communication disability, and intellectual disability.
Finding people to include in usability testing who have different cognitive and learning disabilities is strongly encouraged and can be achievable, even for small groups on a low budget. If your organization already involves users, this section aims to expand that activity to include people with cognitive and learning disabilities. For developers without formal user involvement, even a small amount of user input and testing can make a large difference to usability and accessibility. Further links about user testing and usability can be on our developer resource page.
People sometimes recruit users from an organization or self-help group for people with learning difficulties. Social media groups can be a convenient resource. Small development groups can achieve a large improvement by asking people who they know, such as friends, colleagues, relatives or neighbors. Try to build a group of users who:
People with acquired cognitive issues have the same challenges as people with other disabilities such as:
It is helpful to find people with learning and cognitive difficulties who are also in your target group as customers or users.
If your organization has a more formal process, work with those that help employees or community members get assistive technology or other accommodations. They can put out a call for volunteers to their contacts. This helps individuals self-identify and opt-in to help.
Some organizations also use peer-researchers who have cognitive and learning disabilities. Peer-researchers understand the perspective of people with their disabilities. The researchers and developers work together with peer researchers to find solutions. Peer researchers are also involved in testing the solution with other people with cognitive and learning disabilities. Our developer resource page references projects and resources with information on finding and working with persons with learning and cognitive difficulties as co-researchers or peer researchers.
It is important to get a declaration of consent from all participants involved in testing and focus groups before they start. Before they sign up, participants must know and understand the details such as:
If your tester has a guardian, you should get informed consent from both the tester and their guardian.
Using an understandable consent form is important. Our design patterns on clear content will help you use clear language and layout. Adding icons and symbols can also help.
Make sure users understand the consent form. This can be done by asking them some questions about the consent that tests that they understand the key points. You can also adapt the example consent forms from our developer resource page.
Throughout the process, remind them that participation is always voluntary and they can stop at any time. This is particularly important if they have memory impairments and may have forgotten that it is their choice to participate. Remember to thank them for their ideas and contribution.
Different areas may require consent for more items than others. Check the legal requirements in your jurisdiction and for your type of content.
One approach to usability is to measure user efficacy, efficiency, and satisfaction for key tasks. This can be done by measuring or tracking:
At the end of the evaluation you should be able to answer:
There are some differences when usability testing with people who have cognitive and learning disabilities:
Here are some suggestions of what to look for when conducting usability testing with people with cognitive and learning disabilities:
You can test the objectives of the design guide. If they are successful, that section can be considered completed!
For each objective, make sure your user testing includes individuals with a range of cognitive and learning disabilities. Do not just ask questions, but ask the user to complete an action that demonstrates usability. Test for the following but set up the tests so that the user demonstrates their knowledge and understanding rather than answers a simple question: Are enough user groups represented?
For example, a typical project may wish to include: People living with early stage dementia, age-related forgetfulness, intellectual disabilities, different specific cognitive and learning disabilities and communication disabilities.
Related Design Objective: Objective 1: Help Users Understand What Things are and How to Use Them .
Related Design Objective: Objective 2: Help Users Find What They Need.
Related Design Objective: Objective 3: Use Clear and Understandable Content.
Related Design Objective: Objective 4: Help Users Avoid Mistakes and Know How to Correct Them.
Related Design Objective: Objective 5: Help Users Focus.
Identify the different activities that the user may want to complete on the page:
Related Design Objective: Objective 6: Ensure Processes Do Not Rely on Memory.
Related Design Objective: Objective 7: Provide Help and Support.
Related Design Objective: Objective 8: Support Adaptation and Personalization.
Any time there is a “target audience”, there will be people with cognitive and learning disabilities in that audience. However, cognitive and learning disabilities are often invisible in day-to-day life. The personas below describe fictional people with cognitive and learning disabilities. They provide some context and understanding of the challenges they face.
For additional examples from other organizations, see Persona Links on the developer resources page.
Problem: I’m not sure what I should press. I pressed something that looked like the “buy” button but it did nothing. I am not sure if it is me or if this web site just doesn’t work.
Works well: The “buy” button was clearly something I could click. The process was easy. I have now bought matching dresses for all the grandchildren.
Alison has a medical background, working in rehabilitation of physical injuries. She recently decided to work part-time to take up more hobbies and be with her grandchildren. She wants to try an online course to learn Chinese, in preparation for a special holiday. Alison considers 63 to be the new 36. However, she has difficulty concentrating and finding the word she wants to say. She often makes typos and has to correct sentences when she re-reads them. She becomes easily frustrated as she finds new technical things, like updated design patterns and applications, hard to learn and less intuitive than they used to be. Plus, navigation takes longer than in the past. Unfortunately, this includes learning how to use a new interface and this affects the way she works when swapping between her tablet, phone, and computer.
Alison took an evening course to learn how to use Windows and MS Word ten years ago and used to feel very comfortable with the interface. She has a new computer now and finds that most applications look very different. She realizes that links and buttons have changed appearance and does not know what to press. Sometimes she presses a picture or stylized heading that is not a control and is not sure if the internet is down, the site is broken or she has made a mistake. Sometimes she touches something accidentally and the focus moves to a different page or application. For example, she recently tried to enlarge some small text and activated a link instead of enlarging it! She misses the days when all links were in blue and underlined.
Alison loses self-confidence when things go wrong. For example, selecting an incorrect button or getting an error that she does not understand. She knows to try and press the back button to go back a step, but it does not always work as she thinks it will. She tends to think she cannot cope, so gives up, but with support to adapt the interface to suit her needs she can learn to use the new style.
Her children worked with her to reduce the number of menu items on the application toolbar so she can concentrate on the ones she regularly uses. They helped her change her settings so when searching for items on the Web, only a limited number appear at one time. They also found her a de-cluttering browser extension that takes away many of the advertisements and other items that clutter her social media pages when communicating with her grandchildren.
When writing letters and messages on her computer, phone, and tablet, Alison pauses every so often and checks that what she is writing makes sense. She finds it very annoying having to work so slowly. However, by using text-to-speech to read out content she has found she can hear her mistakes more easily than noticing them on the screen. She has also discovered that this process can make reading web pages easier and less tiring. Nevertheless, she often has to go over instructions several times before completing tasks online. She depends on forms that do not timeout or have an option to allow her to extend the time to fill in the edit boxes.
Alison knows her math skills are not as sharp as they used to be. She is worried about making mistakes that will put her financially at risk. She is not sure she should be using her credit card online. Alison wants to feel safe and supported.
She finds that autocomplete helps when filling out forms. However, she tends to worry that what is entered may not be accurate. She has a paper card listing some commonly needed information such as her phone number, address, and postcode. She stores secure information in a special folder. She has also set up an agreement with the bank to limit spending on her credit card and mobile banking.
Alison would like to give feedback and tell her bank what changes they can make to their web site to make it more usable for her and other mature customers. She struggles to find the feedback form and she has to type in a lot of information to send her suggestions. When she types in her phone number without the area code she receives an error. She tries to fix the error and send the suggestion but the send button becomes disabled, so she probably needs to correct something else as well. At this point Alison feels they do not want her feedback and gives up. She now uses the site much less often. She also finds it hard to reach a support person on the phone because of the confusing phone menu system, so drives into the bank instead. She is thinking of changing to her daughter’s bank, so her daughter can help her.
Problem: Sometimes people use lots of words on web site links that do not seem to make sense. I think they are metaphors, but I’m not sure.
Works well: I put my mouse over items I do not understand and there is some clear text that explains what it did. I would rather they use clear text in the first place then at least I can use it.
Amy loved her computer science course and now programs in several languages. She has discovered she can visualize the outcome of her coding and is quick to find any errors even if they are not highlighted. Writing documentation is less fun and she is too concise. This means some users do not receive enough help using her applications.
Being able to code your own web sites can make you very critical of others! Amy copes best when important elements are consistently positioned where she can see them. She can then focus on the actual content and not on finding things. She often feels quite confused by some social media sites that have dynamically changing content with random messages and advertisements. She either avoids these sites or tends to try to personalize them by clearing away the clutter and choosing to hide sections. Navigation that does not follow a simple route across an entire site really annoys her, as she feels this does not help anyone. She also finds that she is missing important information on sites that have too much information on pages or have no clear and logical structure.
A page that loads automatically or animations and videos that play automatically cause problems for Amy. Sometimes, the movement can be very distracting and the sounds alarming. Amy has always found that sudden noises or something happening unintentionally has been a problem. When designing her own applications and web sites, she makes sure the controls for animated objects and videos are clearly visible and do not start until the user decides to play them.
Amy is always concerned about communicating clearly. She finds it hard when people ask her to create a design that includes abstract imagery. Images that do not directly represent something make Amy feel uneasy. She tends to ask if there can be some explanatory text in case other users are confused. Figures of speech where someone has written something that is not literal make her wish that the writer would use easy to understand language as it is hard to understand concepts such as, "the wheels of justice turn slowly".
Problem: I find it hard to understand and remember long and complex written instructions.
Works well: The instructions for scanning items are presented as a clear list of steps with pictures and easy to understand language next to them. If I get stuck I can quickly find a reminder of what to do with such ‘Easy to Understand’ content.
George enjoys his job and lives semi-independently in a small town, where he can easily find his way around. However, George finds it hard to use search engines and navigate around web sites because of the need to work with large blocks of text. He has problems using the online systems at work, and needs help to search for suitable videos or music.
George used symbols in a alternative and augmentative communication system and gestures when at school. He is able to communicate relatively easily now, although reading and writing remains a challenge. Surfing the Web is hard when most interactions require text input. Even with these challenges, George likes to watch videos, find images, and listen to music as well as playing games online. Friends have set up links with recognizable icons on his tablet and this has made it easy to visit his favorite sites. If recognizable symbols or icons are used, George feels he is able to reach more sites independently. There are search engines designed for children and these often use more images. However, these tend to be too childish for George's taste.
George was told about surfing safely and not giving out personal information. He is very lucky that his family has set up his social media and chat account with various privacy settings. However, George finds the way emojis change or new icons keep appearing on his message systems rather confusing. He does not always realize what some of them mean. He has sometimes selected an inappropriate symbol and then receives a rather short message from a friend in return that is upsetting. He finds it hard to explain what might have happened. He knows there are times when he really cannot choose the right symbol because it is too small and he finds it hard to accurately hit the spot. George is then very worried as he does not know how to 'unlike' or change his symbol choice. Interacting with emojis, icons and symbols is much easier for him with easy ways to enlarge these features on touch interfaces and to undo errors.
Using a mouse is not easy for everyone and double clicking can take time to learn. George has worked hard to improve his mouse skills by playing many onscreen games. However, he still finds it hard to move accurately enough to skip ads on videos or to track down the close/exit method offered by some pop-up windows. Once again friends have come to the rescue and enabled an ad blocker extension for his browser. However, this does not always capture all the ads or prevent George from selecting the submit button rather than a cross or exit button on a pop-up. There have been times when George has downloaded malware without any second warning appearing. Sometimes he is unable to reach a site because he cannot find the small cross on a transparent popup window that overlays the main page.
George finds it very hard to read instructions unless they use very short and easy to understand language. He needs text that has been simplified. The best option for George is when there is a summary of a paragraph with a well-known symbol, short bullet points and a clear diagram or image of what is required. He finds videos with instructions usually go too quickly. He has to stop them, going back time and time again. Helpful instructions with well broken up sets of phrases using easy to understand words can work well. He can then go back to them when he has to remember how to do a particular task.
Problem: I want to turn the volume up but there is no dial?
Works well: There is a clear volume button with a label that makes sense, so I know what to press.
Gopal retired from his law firm in his early 60s when he found he was forgetting important items that needed to be discussed in his complex caseload. He found that he was forgetting material that he had just read, losing and misplacing objects, and having trouble planning or organizing events. Gopal is a very intelligent man and that has not changed. You will often find him reading an article about the law. However, he finds he cannot learn new things that rely on remembering new information. This can include new words or symbols.
Gopal notices that he has trouble with online calendars, booking flights, and hotels when he plans his summer holiday. He can work out the way the dates have to be entered into the form, but makes mistakes with the month and day. If only there was a good example or tooltip! He also finds that when he is booking a flight, the table with the various lists of airports automatically enters the initials. He finds this is very confusing when he is checking that everything is correct. Finally, Gopal can make sure he has booked the right number of nights for his hotel stay. He knows his arrival time at the airport is a day later than when he left, but it would help to have a calendar with color and clear markings for the days in the week, not just numbers.
Many web pages now have their own graphic icons and ways of indicating actions that need to be completed. Gopal is having problems searching for information about a care home that might help him in the future. He cannot work out what the various options are when he tries to fill out a form for his requirements. There appear to be a series of small images beside the edit boxes. However, the minute he begins to write in the form the text explanation disappears. He wants the instructions to remain in place above the area where he is writing and for the box to be highlighted when he misses some important sections.
Gopal likes to surf the web for anything to do with fishing, his favorite hobby. However, he finds the sheer number of items that appear very confusing. Ideally he would like the number of search results to be reduced and perhaps have some way of seeing the items categorized in groups, so that he can work out which services he needs. In this case it might also be helpful to have icons appearing when the groups are listed, so that he can see articles about fly fishing in one section and sea fishing in another. Blocks of text with more white space around them are also helpful, so that he does not have to cope with such a mass of text.
Gopal can be independent, but often finds unsuitable designs make him require help. For example, when he tries to make a doctor's appointment. He goes to the doctor's web site and clicks on "make an appointment". Then a popup opens asking him for the date. He is distracted by a phone call. When he returns to the screen he is not sure what he was doing. So he does not make the appointment. If a popup has a clear heading he can be reminded of what he was doing, but without this landmark he is just confused.
Later, Gopal tries calling to make an appointment. Unfortunately, the voice system is automated and asks him to "press 2 to make an appointment". Gopal typically cannot remember the digit, especially while he is processing the options. He usually gets lost in these systems or types the wrong digit. Gopal is reluctant to ask for help and as a result he is not getting the health care he needs.
Eventually, Gopal moves to a smaller apartment that is easier to take care of. However, this means he is not used to the ICT interfaces for the heating and television system. He tries to turn on the heat. However, the menu item for selecting heat or air conditioning is labeled "mode" which does not mean anything to him. He cannot remember or learn new terms. Gopal cannot use the whole unit because of this one term. This has caused emergencies, such as hypothermia. Gopal now keeps the heating on at the same setting and temperature and will only change it when his helper comes.
The TV also has an ICT interface with a lot of icons that Gopal does not know. His helper puts an “on/off” sticker next to the button that he can use. However, he still cannot change the channel or change the volume.
When his microwave broke he bought a new one with controls that were similar to his old one. Because the controls are familiar, Gopal can use the microwave unaided, although he still needs help with the TV and heating.
Problem: It says there is a meeting at 15.34 UTH. Now is lunch time. Did I miss it?
Works well: There is a line marker showing what time of day it is now, so I can see the meeting is soon.
Jonathan is a massage therapist with dyscalculia. Although he is very intelligent in other areas, he has trouble working with numbers and needs to count on his fingers to add very basic sums. He struggles with concepts like “greater than” and “less than” and understanding how numbers are related to each other, especially ones that end in a series of zeros such as 10, 100, 1000, etc. It’s hard for him to follow the logic behind mathematical concepts and to do everyday tasks that involve numbers or quantities, like measuring ingredients in a recipe or paying for things in cash.
Jonathan struggles to understand how much the products in his cart will cost, especially when he is buying items like meat that are priced by weight. It’s also hard for him to know the right quantities to purchase. He often orders far too much or too little when using online shopping carts. It helps him when shopping web sites provide a way to know the size without numbers, such as showing pictures of the actual products or using terms like small, medium, and large. It also helps him to get a warning when he orders a very large quantity of a particular item so he can correct mistakes like ordering six bunches of bananas when he meant to buy one bunch of six bananas. He saves shopping lists that have been successful in terms of ordering the right quantity for each item so that he can re-use the lists on other occasions. He often ends up spending a lot more than he intended to because he is unaware of relative prices. His bank has helped by adding restrictions on the amount he can spend online or using his mobile phone. This can be annoying, but has stopped him from overdrawing his account.
The use of pin numbers and passwords that insist on including a number has always been an issue and most of the time Jonathan uses a secure password application when online. When it comes to the number on the back of his credit card (Card Verification Code) that is always required at the end of a payment exercise, he has to look it up each time, though autofill has helped with completing the rest of the form. Jonathan made sure that what he originally entered and saved in his browser was correct. Too many times he has had to retrace his steps due to typos and not seeing that the entry was incorrect. When he has to return to the form to make corrections, he finds it essential that the corrections needed are clearly highlighted and the instructions provided are helpful. He also feels that it is important that the data he entered previously is not lost, as the more often he types in numbers etc. the more likely he is to make mistakes.
At work, there are times when Jonathan has to share a spreadsheet with a colleague to ensure that the group’s accounts are in order, suppliers have been correctly invoiced and fees collected. Looking at the massive grid of numbers makes Jonathan anxious and affects his ability to concentrate on specific parts of the spreadsheet. He has found that it helps to use color coding, increased spacing, and larger font sizes to pick out the various elements. He uses a tool for recording his hours where he can press start and stop to see how long he has worked without using math but he is not confident to add hours worked to the spreadsheet himself. He wishes it was integrated into the work spreadsheet. Jonathan will often use the comment feature to add something that he feels his colleague needs to check, rather than making the correction to the spreadsheet himself.
When Jonathan needs to give a presentation that involves numbers, he plans ahead by saving the document as a PDF or in another format he can use with his text-to-speech application. This tool helps him find out the correct way to pronounce a multi-digit number, like 1540. Sometimes the context is missing making the pronunciation of the text-to-speech unreliable, so he also checks with his partner. He annotates the document with the correct pronunciation.
Jonathan is interested in reading about climate change, but has trouble understanding charts showing the expected rise in temperature over time. This happens when all the temperatures are shown as numbers. Jonathan finds it much easier when words such as cold, warm, or hot are used with color changes on a drawing to show the problem.
Jonathan also finds a graph, diagram, or table can be confusing if there is no summary beforehand. He spends far too long trying to work out what the content means. Jonathan also likes clear labels or short summaries to help explain the individual parts of the diagram, graph, or table. Although good use of color and shapes can help when numbers are represented visually, Jonathan finds clear written descriptions easier to understand.
Problem: I got lost making a shopping order and I wanted to go back to the previous step. I hit the back button on the browser navigation bar and it reloaded the home page. I had to start all over again.
Works well: There is a clear back button on each step and when I use the browser back button it also works.
Kwame was involved in a very serious car crash that left him with some physical, sensory, and cognitive and learning disabilities having sustained a brain injury. He has returned to work. However, he often finds conversations are strained due to difficulties with memory recollection and visual understanding.
Kwame learnt how to walk, talk, and live life all over again. Medical experts informed him that his greatest chances for recovery would take place within the first 2 years after his injury. After that he may continue to recover, but at a much slower, and incremental rate. His friends and family are amazed by how quickly he has regained his ability to speak, and perform his daily life functions. They are confused by all of the cognitive difficulties he says he is having, despite his ability to articulate and communicate. For example, he often cannot recognize images and faces. He gets disorientated in physical spaces. He often gets lost in rooms, as well as buildings, larger places, documents, and web sites.
He has returned to his old company as a researcher and is back using applications and the internet throughout his working day.
Kwame has dexterity difficulties, so he sometimes uses speech recognition to work through web pages and enter text. He finds this method the least tiring of all the possible input options. Although his speech is slow, he is able to control his computer using speech commands and dictation. It is quite easy to use simple commands to control web sites, although there are times when he forgets some of the commands and has to use his cheat sheet. Kwame likes the scroll commands that allow him to read slowly down a page without using any other input device and he often retraces his steps to reread items. However, there can be problems if the forms on the web site are not labeled correctly or if buttons do not have clear names. Kwame has help personalizing some aspects of form completion. However, if an element is inaccessible via the keyboard, he uses the mouse grid to interact with that part of the site. This is a slow process and can be frustrating as Kwame finds he loses concentration.
Kwame finds there are times when he spells words incorrectly. He appreciates error corrections, word completion, and systems that accept mistakes. He also has problems finding words when he is tired. He welcomes search suggestions, as these are ideas that might be related to his search. However, too many results can cause concern and Kwame admits he really cannot work his way through very long lists that are not broken up with headings and categories.
Kwame has difficulty understanding content when it is not explicitly clear, and without any ambiguity whatsoever. He takes a notably longer amount of time to read and process information to be certain that he is interpreting it correctly. His interpretation of information is almost always correct. However, even the slightest bit of ambiguity, or open interpretation creates sticking points that he must read over and over again. He questions every which way until he can assure himself that he understands it correctly. Examples and clear step-by-step instructions can help him have the confidence to complete his task. Simple, clear memorable graphics or large indicators of steps in a process increase Kwame’s understanding, confidence, and orientation in a process. Kwame also prefers larger fonts. Reading smaller text takes up mental energy that isn’t available for trying to understand what is being said.
Kwame tries to understand the outline of the page and site, so that he does not get lost in the content. Sometimes he dives into the web site, but then he does not know where he is in the content or task. For Kwame to understand the level of importance of content he needs clear and consistent headings in a hierarchical structure. A clear site structure lets him orient himself in the site.
He values simple, clear graphics that relate to the content and break it up. These help him orient as well as understand and remember the content. He needs icons that emphasize the structure and role of the content. Images that accompany the main text and make it memorable also help.
Complex presentations of information (images, diagrams, content heavy web pages, etc.) overload Kwame’s cognitive functioning. This shuts his brain down and prevents him from progressing through processes, navigating, systems, and environments. He stops understanding the information presented, at both the micro and macro level.
Liberal use of white space helps Kwame when there is a considerable amount of content on one page.
He struggles to keep track of what he is doing in complex tasks. It is important for Kwame to have the steps of tasks clearly presented, and a mechanism like breadcrumbs that helps Kwame keep track of where he is in a task with multiple steps. Kwame appreciates it when tasks are as simple as possible. “It can’t ever be too simple,” he says.
Kwame struggles to respond quickly to spoken directions when using a mapping program to find his way to a location. Kwame benefits from previewing the directions before he leaves. He finds route changes very difficult to adjust to. He changes the settings so that directions are given using the terms ‘driver’s side’ and ‘passenger’s side’ instead of left and right, and makes sure the route does not change automatically.
Problem: When there are lots of buttons or menu items I often make mistakes and press the wrong ones and end up getting frustrated and wasting time.
Works well: I like web sites that allow me to work through a series of instructions and edit boxes one after the other with clear buttons moving me to the next stage.
Maria is 50 years old, married, and lives with her family in São Paulo, Brazil. Maria is beginning to lose her memory but still works part-time for a local company.
Maria needs to gather specific types of online information for her job. She often has to run through reports about the company on the company’s web site. She is only able to easily read the headlines of web pages. The company’s web site looks fancy, has a modern user interface and a lot of elements that change when you hover the mouse over them. For Maria this site is a total nightmare! She finally finds the link to the data she needs as it appears when she happens to hover over a certain menu item with her mouse. The link is positioned so that she does not notice it at first. She has found that it really helps if important interactive items are placed in the usual menu areas on a screen and the icons are clearly defined and easily recognizable.
While ordering business cards (a multi-step process), Maria has difficulty remembering information that she enters into previous screens. On the first step she sees content choices that the process expects her to remember in later screens. Additionally, the prolonged mental stress that she experiences while navigating means it is hard for her to make new memories. Processes that require Maria to remember information from one step to another need to give her the information required, at the exact point of use, otherwise she will not be able to complete the process.
Maria has eye hand coordination difficulties, so precise movements are hard. She often touches the wrong button on her small phone screen. This means she presses the wrong letter or number when typing. With her letter recognition difficulties this also makes typing in codes or text very unreliable. She confuses left and right so she is pressing the off button in place of the volume. In most interactions on her phone she makes some form of mistake, such as loading a new video when she intends to expand the screen of the window she is watching. To use any application successfully it needs to have a consistent back or undo function.
Problem: Long sentences are hard, too many strange words, and I get lost.
Works well: I like simple short sentences with easy words.
Sam loved his work as a librarian. He spent his entire life surrounded by books in peaceful places where he could research his love for history. In recent years, he enjoyed using the web to explore how other people around the world saw the history of his own country and the changing views on famous people from the past. Now he is depressed and very frustrated due to a recent stroke. The right side of his body is paralyzed. He also has difficulty having conversations with friends and family due to aphasia. To him this means that some of his words are muddled and his understanding is not always as clear as it has been. Worst of all, he cannot read as fluently as he has in the past. One-handed typing is slow and he finds his word finding abilities often fail him.
Despite all the difficulties that Sam has with his beloved reading, he is determined to improve and finds that if a web site has no clutter or background imagery he can read the headings. He also finds that if there is adequate spacing and the text is not too complex, he can pick words out and with the help of text-to-speech understand the meaning. He does not like the sound of the synthesized speech, because he finds it distracting having always read silently. However, over time, he is learning to enlarge the fonts and if the page has left justified text with uneven right edges, he can find his way about by the different shapes of each paragraph. As he becomes more confident, he is beginning to use some browser tools and is able to increase the line spacing and change the font style on some of his old favorite online historical documents.
Sam has to fill in so many online forms to receive benefits due to his disability. They cause immense frustration and feelings of self-doubt due to their lack of clarity. Every time he has to fill in an edit box, the instructions disappear the minute he begins to type and he cannot remember what is required. He often has to refresh the page and start again to see the label in the box. Sam spends so long on the task that the page times out. He has to print it out and get help. This is really upsetting as he wants to be independent and it often reduces him to tears. This is very unlike him, but as the doctor explains, this is linked to his stroke. He also finds it very frustrating when a form requires a particular way of formatting information with no example as to how to complete the action. Worse still is when the error is not clearly explained, making correction even harder. Dates, postal codes, and phone numbers are a particular nightmare.
The effects of aphasia with acquired dyslexia can be exhausting and confusing but most worrying for Sam is the sense of getting lost on a web page that he thinks he knows. He admits to being nervous when he cannot pick out elements in a page that requires an interaction. Sometimes he dares not click on a button in case he does something wrong or is sent to somewhere without warning. Sam finds this aspect of his web surfing very alarming, as in the past he has been able to navigate with ease. He discovers that the edges of shapes do not appear as clear as they should when people use pale greys. He misses links unless expressly highlighted. If a pop-up window suddenly appears, there are times when he cannot close it to return to the page. Small crosses or “x”s to close popup windows become a nightmare. Sam stresses that the more things happen on a page, the more confused he becomes. He mentions the fact that some sites are easier on his tablet, as then it all seems to flow one way. He can just scroll up and down until he feels happy with a decision.
When text was written in the passive voice or in an academic manner with long complex words Sam struggled to sometimes understand their meaning even if they were in context. He also finds, if he is required to use the same type of language in a form, that he can copy the words as he cannot always spell them. At times he uses the wrong word. When he is able to use an application that enables the text to be read aloud, he can cope if the language is clear and the sentences are kept short. He likes articles that are written in the active tense so he can understand the main ideas straight away.
Problem: As a slow reader it takes me ages to read through badly structured text and I often miss important information.
Works well: The newsletter has headings so I can find the important information quickly.
Tal has been a student in Israel for the past year. Tal's Fashion Design course is challenging but fun. Tal loves the creative aspect of the diploma where there is more drawing than writing. Tal has moderate dyslexia, resulting in times when it is hard to cope with complex text. Tal sometimes finds it a challenge working out how words are pronounced when they have many syllables. This can make it hard for Tal to grasp the meaning of some paragraphs. They often have to reread content. Tal has several projects to complete as part of the Fashion Design portfolio requirements. The one that worries Tal most involves a written assignment to research post-war fashions and their impact on today's designs.
Tal's use of the library catalogue when using the college computers often fails at the first attempt. This happens when Tal cannot remember the login password. Tal keeps putting in talb-61 rather than tald-16 and cannot see the mistakes. The error message on the web page does not help because it announces that the username or password are incorrect. Tal is not sure which one is wrong. Luckily, when Tal is on a family owned laptop, the browser settings allow Tal to save the password and automatically log in.
Having navigated the online library system, Tal finds a paper about Post-war fashion. Tal downloads it in PDF format. Tal likes to use a text-to-speech application to read the content aloud, but when Tal tries to highlight the text nothing happens. Tal discovers the document is actually an image and yet there is no warning this is the case. Tal cannot find an alternative accessible version of the paper. This means Tal has to use optical character recognition to virtually scan the paper. It is not totally successful leaving Tal with gaps in the information. Tal finds the process makes it even harder to complete the assignment on time.
Finally, Tal finds an online journal that has another article, but there is a form that has to be completed in order to cite the paper. Tal starts the process, but realizes they do not know the author's name. Tal returns to the web page with the article to copy and paste the name. Sadly, when Tal comes back to the form, all that they filled in is lost. Tal has to retype the whole thing again.
Tal is a very slow reader and often sounds out words. Tal has impaired auditory processing skills so cannot speed up the text-to-speech application. To manage a busy life, Tal tries to scan and skip through the massive amounts of content, emails, and newsletters to read the key parts. Sometimes however, Tal cannot find important content because it is buried inside lots of other content. The headers and visual layout of the content does not always guide Tal to the information needed.
This all means that Tal worries about missing something important and sometimes that happens. For example, Tal's daughter's elementary school published a weekly newsletter with interesting stories about activities and important announcements. It contained information that school was ending early one day, but it was buried under less important information about the school activities. Because it takes Tal so long to read each word, they did not manage to read the whole newsletter and did not know that their daughter was coming home earlier than usual. As a result, Tal was not home in time and their daughter was left waiting outside for over an hour.
Tal struggles with impaired eye hand coordination, so precise movements are hard. Tal often touches the wrong button or number when typing on a small phone screen. With Tal's letter recognition difficulties this makes typing in codes or text very unreliable. Tal also confuses left and right so often presses the off button in place of the volume. In most phone interactions, Tal makes some form of mistake. Tal relies on a consistent back or undo function to be able to use an application successfully.
Problem: If I come to a web site that has lots of banners automatically flying by it really distracts me and I want to turn them off!
Works well: I find an option on my computer to say I want less movement and the web site stops all the flying things.
Yuki found concentrating at school difficult. When she got into college and started taking a course in business studies life became even more stressful. She knew she could cope with the studies, but never seemed to get her work completed on time. She found it hard to start a report and even to create a plan for a project. When working with others she always had good ideas but somehow they were never taken up. She became frustrated, often failing to keep her feelings in check. Luckily, a tutor suggested she look for help. When a psychologist mentioned Attention Deficit Hyperactive Disorder or AD(H)D, Yuki was relieved to have a reason for her planning and organizational difficulties and other executive functions. She did not want to draw attention to her difficulties, but knowing what caused the challenges helped her find solutions. She learnt that if she could make use of her constantly active brain and body as well as manage her time better, she could turn her hobby into a very successful Yoga business.
Yuki could not really explain her apparent forgetfulness and not being able to focus or complete tasks. She knew that if she came across a long document or web page with dense text she had to find the key points. If the web page failed to have a clear structure, well-spaced and highlighted headings she would be lost and lose concentration. Yuki also said that if she was reading her mobile screen, advertisements appearing between chunks of text upset her focus and she had to stop reading. However, when there was good use of white space, recognizable icons linking to simple bold text clarifying the important points, Yuki could target these areas and find out what she needed. A clear summary helped Yuki understand and she could remember much of what she had read.
When setting up a new web site for her yoga business, Yuki found an attractive template with several different ways of being able to show images of her exercises. However, she could not make the carousel of photographs pause, or a banner with her latest news stop scrolling. This really annoyed her, as she found both items stopped her concentrating on the important content on the rest of the site. She thought that if it was upsetting her; what about her intended audience? She had to find a friend to add some code that not only added controls, but also stopped the automatic movement, giving her web site a calmness that she hoped her yoga teaching achieved.
Yuki enjoyed her yoga teaching. However, she found that if she was developing some instructional materials for her web site, online tools often failed to provide sufficient guidance. Unless there was a clear pathway and a way to return to the place where she was working, she often deleted items by accident or could not make corrections. Saving endless previews with yet more tabs being open in her browser caused anxiety levels to rise. It was not until she found a web application that made each task clear with a submit button, that saved her work in stages, that she was able to cope. Yuki was able to see sections of her work in the correct order and could then manage the bite size chunks of instruction, rather than have to deal with it all at once. This made it so much easier for her to complete the exercise sheets. She became confident in her use of the application to the extent she was willing to purchase the pro version.
Yuki likes watching instructional videos, but starts to lose focus after a few minutes. It's especially hard for her to concentrate if there is more than a minute of content that she already knows. Sometimes she watches videos at high speed so that they are less boring, but she still quickly loses focus and has trouble locating information she missed. When a video is broken down into segments with clear headings, she can jump to the information she needs to learn. She can also jump forward over segments that she already knows. When she misses information that she needs, she can easily jump to the correct location and focus. If a video transcript is available, she likes to search it for key terms. Watching the video and reading parts of the transcript helps her learn new information.
Sometimes called "Age Appropriate Forgetfulness" or "Age Related Memory Loss".
People with age related forgefulness have impaired memory issues that can be a normal part of healthy aging. They may take longer to learn new things, forget something but remember it later, or occasionally forget particular words. (This differs from dementia where forgetfulness is due to a disorder and is more pronounced.)
Sometimes called “AAC”.
Any method, device, or application that can be used to help those who cannot use spoken language and need additional support by means of symbols, images, and/or text. For example, a screen with symbols that the user can select to speak the appropriate words or add them to a document.
People who have anxiety disorders struggle with intense and uncontrollable feelings of anxiety, fear, worry, and/or panic. This is more than just feeling worried once in a while. This may last for a long time and can interfere with daily activities, such as concentration and executive function.
Sometimes called “attention deficit disorder”, “ADD”, and “attention deficit hyperactivity disorder”, “ADHD”.
Attention deficit (hyperactivity) disorder or AD(H)D involves difficulty focusing on a single task, focusing for longer periods, or being easily distracted. It is marked by an ongoing pattern of inattention and/or hyperactivity-impulsivity that interferes with functioning or development.
Sometimes called “autism spectrum disorder”, “ASD”, “autism”, “asperger syndrome”, and “pervasive developmental disorder”.
Autistic people have some degree of impaired social behavior, communication and language abilities. This may also impact the person’s ability to regulate behavior and attention. Individuals can have a narrow range of interests and activities and they may rely on alternative communication methods. Some individuals may also experience episodes of sensory overload. See neurodiversity for an alternative approach to autism and learning and cognitive disabilities.
Brain injury including, traumatic brain injury (TBI) and acquired brain injury (ABI), are caused by damage to the brain which can lead to long-term impairment of executive function, memory, learning, coordination, speech, and emotions as well as other physical and sensory impairments.
Brain injury can have many different causes such as a concussion or stroke, and can happen at any stage of life.
May include: cognitive disabilities, learning disabilities (LD), intellectual disabilities and specific learning disability.
Cognitive disabilities and learning disabilities can mean different things in different locations. Taken together they refer to:
Common impairments of early stage dementia include memory loss, difficulty concentrating, and struggling to follow a conversation or find the right word. These may appear before a diagnosis of dementia. At this stage, these symptoms are often mild.
Sometimes called: “easy reading”, “easy to read”, “plain language”, “easy to understand”.
Easy to Understand Language refers to text content that is in an accessible, easy to understand, form. It is often useful for people with learning disabilities, and is easier for many other people as well.
The group of cognitive processes and skills required for planning, fulfilling tasks, and goals. It includes working memory and remembering details, impulse inhibition, organizing tasks, managing time, fluid reasoning, and solving problems.
Interactive voice response (IVR) systems allow the user to interact with a computer system through the use of a telephone keypad and/or audio input. Audio input can include speech, non-speech vocalizations or audio produced by AAC or other devices. Interactive voice response systems are often used to automate tasks by phone and in call centers. IVR systems often use standards such as VoiceXML [[voicexml21]].
Memory impairment refers to an inability to recognize or recall pieces of information or skills that are usually remembered. It can affect:
May include: mental heath impairments.
Mental health refers to our emotional, psychological, and social well-being. A mental health impairment/condition generally has some combination of disturbed thoughts, emotions, and ability to relate to others that impairs daily functioning. Examples include depression, anxiety, and post-traumatic stress disorder. These conditions may cause temporary or long term issues with accessing information, such as difficulty focusing on information, processing information, or understanding it.
Mild cognitive impairment (MCI) can involve problems with memory, language, thinking, and judgment that are greater than normal age-related challenges. It is sometimes considered the stage between the common and expected age related forgetfulness and the more serious decline of dementia, although many or most people with MCI will not develop dementia.
Neurodiversity is a term that refers to the different ways the brain can work and interpret information. It highlights that people naturally think about things differently. Autistic people, attention deficit (hyperactivity) disorder (AD(H)D), dyslexia, and people with other diagnoses or labels may prefer the term “neurodiverse” as they are part of normal and healthy variation in the human population, bringing diverse skills and perspectives.
Sometimes called: Conversational interfaces.
Voice user interfaces (VUIs) allow the user to interact with a computer system based on audio input and/or output. Audio input can include speech, non-speech vocalizations or audio produced by AAC or other devices. Audio-based interaction may include both input from the user, and output from the system in response to the input. Examples include: Siri, Google Assistant, and Alexa.
This Appendix provides guidance and considerations for building a policy or requirements for web content to meet the needs of individuals with cognitive and learning disabilities. Web content designed without consideration for the needs of individuals with cognitive and learning disabilities often creates accessibility barriers for them.
Note that you can find information about general accessibility policies at developing organizational policies on web accessibility.
Many content providers want to reach user groups such as people with age-related forgetfulness and millennials with cognitive and learning disabilities. This can be because:
Typically, there are many more people with cognitive and learning disabilities in the target audience than developers are aware of. Without a policy or requirements in place that address cognitive and learning disabilities, content providers lose this part of the target audience.
When deciding how and where to apply this document, consider how important the content is to the user. For example, web content and applications should follow as much of the advice in this document as possible, if they affect:
It is also important to consider if content can help users save money in care-giving or cause individuals with cognitive and learning disabilities to leave the workforce due to lack of appropriately designed content or interfaces.
Developing of a plan or policy can include the following steps:
Policy makers should:
The following are examples of scenarios that may be covered by a policy:
This document can help you meet the needs of underserved end-users such as:
For example, one of the most reliable market projections is that the population is aging. A growing number of consumers are older. In many countries, more of the wealth lies with an older demographic.
As people age, disabilities increase. This includes age-related forgetfulness and a slower speed of learning new designs. This may make consumers feel excluded and that their needs are not considered. Accessibility can give the consumer the trust and feeling of being looked after. In contrast, if a site is difficult for people with cognitive and learning disabilities, the older population is likely to feel that the group is not interested in them as a market.
On the other hand, according to Georgia State University’s Center for Mature Consumer Studies, today’s mature market (those aged 55 and above) already controls 75 percent of America’s wealth and 70 percent (most) of its disposable income. Clearly, this expanding demographic is an important market for many organizations.
Additional studies have shown that the mature market is online. They may even be outpacing the use by younger user groups, when it comes to adopting new technologies and online media. However, their online needs are underserved. Research suggests that seniors manage to complete only 55.3% (about half) of attempted tasks online.
For additional information and sources see the developer resources page. Note that more business information about general accessibility is available at the business case for digital accessibility.
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