This paper reports on a study aimed at creating an online support toolkit for young autistic people to navigate the transition from school to university, thereby empowering this group in developing their full potential. It is part of the Autism&Uni project, a European-funded initiative to widen access to Higher Education for students on the autism spectrum. Our particular focus is on the Human-Computer Interaction elements of the toolkit, namely the visual design of the interface, the nature of interactions and navigation, and the information architecture. Past research in this area tended to focus on autistic children, often with learning difficulties, and their preferences in terms of interface and interaction design. Our research revealed that the preferences of young autistic adults who are academically competent and articulate, differ considerably from those of autistic children. Key findings are that text is preferred over visual material; visual design should be minimal; content ought to be organized in a logical and hierarchical manner; the tone of language ought to be genuine yet not too negative or patronizing; and images or video are only useful if they illustrate places or people, in other words information that cannot easily be conveyed in other ways.
- Interface design
- Information architecture
- Participatory design
- Design Thinking
- Asperger syndrome
Autism is a pervasive development disorder that presents difficulties in the social use of communication and unusual patterns of behavior, due to e.g. interests of unusual intensity or focus, or unusual reactions to sensory input. Young people on the autism spectrum, like any other young people, want to grow up and lead full and independent lives. But whilst autism on its own is not an indicator of academic ability, many young people on the autism spectrum find it difficult to enter university. And those who do start a degree course are prone to dropping out early.
Autism&Uni is an EU-funded project with partners in the United Kingdom, Finland, Poland, Netherlands and Poland. The project aim is to support greater numbers of young adults on the autism spectrum to gain access to Higher Education (HE) and to navigate the transition successfully.
2 Initial Research
We conducted a multi-national survey across 5 European countries to investigate current provisions, aspirations and means by which autistic students are supported on their journey into Higher Education (cf. Fabri et al. 2016). Participants included students, parents, teachers, tutors, disability advisors and autism support professionals. The purpose of this initial research was to gain a deeper understanding of the challenges students face so that any new support tools would help students overcome the most pertinent of these challenges.
Students and graduates were asked whether or not they had been diagnosed with autism and who had made the initial diagnosis, alongside the challenges they face(d) and support they may have received, but were not expected to describe the ‘severity’ of their disability. ‘Functioning labels’, describing autistic people as ‘high-functioning’ or ‘low-functioning’, can be misleading and even offensive to autistic adults and their families (Kenny et al. 2015; Feminist Aspie 2015). However, all students in this study were either realistically considering higher education or had some experience of higher education study, and therefore did not have a co-morbid intellectual impairment.
The research, based on 280 survey responses and 16 student case studies that looked in detail into individual experiences, revealed a number of key challenges faced by young autistic people, with five themes emerging:
The social and physical environment
difficulty picking up unwritten social rules when interacting with tutors and fellow students
difficulty tolerating background noise, lighting, crowding or other sensory aspects of the university environment
handling the social isolation that often comes with living in a new environment
Lack of appropriate support
lack of access to appropriate support right from the start
a focus on the ‘deficits’ of autism, rather than the strengths students can bring
lack of consistency in reasonable adjustments, autism-specific services and personal support
what university study is really like
content of study subject or course
performing at the same high standard as in secondary education
fellow students’ interests and dedication
Challenges concerning assessment (even when mastering the subject matter)
difficulty interpreting ambiguous and open assignment briefs correctly
lack of understanding why something needs to be done
difficulty planning studies and revision
uncertainty how much time to spend on a given task
Transitioning to adult life requiring more effort than it would for the average student
moving away from home for the first time
time management and establishing routines
an unfamiliarity with advocating effectively for oneself
Arguably these are challenges for any new student. But while most can adapt reasonably quickly and draw from the support of their friends, for autistic students these challenges can rapidly lead to anxiety, further isolation, depression and eventually drop out from university (Liew et al. 2014).
3 Early Design Considerations
A key aim of the Autism&Uni Online Tool was to support autistic students in navigating the transition to university. To provide some pointers towards the information and design preferences of the toolkit’s target group – students on the autism spectrum – the survey included a question regarding the websites they liked, and what they liked about them. 26 out of 77 eligible participants responded to this question. The most popular sites were wikis (6 times) and the Google family of sites such as website search, image search and YouTube (6 times). Other sites tended to appeal to people’s special interests e.g. web comics, chemistry, food, sports or the British Dr Who television series.
The comments made about preferred sites had a strong bias towards simple and logical design, clear and easy navigation, organization of content in threads, lists or groups, the absence of non-functional sound or animation, and the ability to personalize the experience. This is somewhat in line with Grynszpan et al. (2008) who found that simple interfaces are preferred by autistic learners. Complex interfaces that stimulated other users were found to be confusing and abstract, and they can have a negative impact on task performance and choice-making. Similarly, Biju et al. (2013) argued that interfaces ought to be clean and unambiguous, without too many choices. Further, the link between interface elements and modalities, and the task at hand, must be made explicit (Grynszpan et al. 2008).
4 Design Methodology
In creating the online toolkit for students on the autism spectrum, we followed a human-centered Design Thinking approach. Design Thinking uses co-research, co-design and intuitive problem-solving techniques to match people’s needs with what is technologically feasible and logistically viable (Brown 2008). The methodology is based on the premise that by combining empathy, creativity and analytical processes, true innovation can emerge.
This was considered a suitable approach because there are multiple variables involved, notably a large number of highly individual personal accounts of students who have told us what worked for them, and what stopped them from fulfilling their full potential in higher education.
A number of frameworks are available to help with the execution of a Design Thinking approach, including IDEO’s Field Guide (DesignKit 2015) and Stanford University’s d.school resources (d.school 2013). For this study, we chose the established five step d.school model with the steps: Empathize, Define, Ideate, Prototype and Test.
What follows is a brief description of each step of d.school’s model, how it was applied in this study and a summary of findings:
Empathize: To gain a deep understanding of end users’ needs and how their lives are affected, we conducted the surveys and interviews outlined above. The focus was on collecting stories about real events – problem cases and success stories, rather than speculate on what may be possible.
Define: The aim during this step to identify what is needed, in which context, and why. We looked for patterns in responses and, amongst others, identified the following recurring core themes:
An awareness of one’s autism condition but reluctance to talk about it
High levels of anxiety due to support not being in place when needed
Some coping strategies worked really well for interviewed students
Uncertainty about how to behave in certain university situations
Managing one’s expectations of what university is “really like”.
What stood out during consultations was the need for reliable information that went beyond universities’ marketing material and which could be accessed by students in their own time, at their own pace. There was also little mention of a need for academic support – students generally felt on top of their subjects and worried more about the non-academic aspects of student life.
Ideate: Considerable time was spent on generating ideas about how to meet end users’ needs. In a brainstorming session that included academics, designers, developers, psychologists, support service staff and people on the autism spectrum, all stakeholders proposed toolkit content themes. Through a gradual selection process, the most promising content ideas were shortlisted and content was developed further. Eventually, the following were agreed on as being the most pertinent topics to take back to the end users for feedback and co-design activities:
Choosing the right subject and university
Managing expectations about study and social life at university
Typical study situations
Managing difficult social interactions
How to talk about one’s autism – the strengths and the difficulties
How to get support in place early
Finding your way around campus
Prototype and Test: A number of toolkit prototypes were created to obtain feedback from end users on their design preferences and to carry out co-design activities during three workshops. The first workshop (held in the UK) focused on content and information hierarchy, the second (UK) and third (Finland) workshop focused on visual design and toolkit navigation. The remainder of the paper describes these workshops and discusses the findings.
Several researchers have considered how best to design creative workshops and design activities with participants on the autism spectrum. Benton et al. (2014) provide a framework for working with neuro-diverse people, considering the preparation of the physical environment and the planning of activities. They also put a strong emphasis on tailoring activities to the individual. Benton et al. (2012) report that younger autistic people tend to have a strong preference for, and well-developed skills in, visual thinking. Braz et al. (2014) examine the use of paper prototyping of interactive systems, which can pose challenges due to the un-finished nature of the prototype material itself, and the “what-if” nature of questions surrounding the prototype. Martin (2015) points out that activities ought to be presented as optional open invitations, thereby reducing demand pressure on participants. The language with which participants are addressed can also play an important role, e.g. considering them “experts” who are there to advise is preferable to “participants” who have come to test a new idea the researchers had. This body of research was considered in the design and execution of both workshops.
For the first co-design workshop, content was carefully prepared based on the list of topics resulting from the Ideate stage. This consisted of background text, practical activities, prompts for reflection, image and video material. The toolkit consisted of loosely related toolkit items, each covering a different topic. Videos were commissioned to cover disclosing disability, myths and facts about university and an introduction to the library of the university campus where the workshop took place.
For the second workshop a visual design ‘skin’ was applied to the toolkit, informed by the initial design considerations and navigation preferences expressed by survey respondents.
A guiding principle for creating these artefacts was Wass and Porayska-Pomsta (2013) suggestion that the focus of future interventions for autistic learners should not be on teaching new skills (social, communication, emotional) but instead on how to apply these skills in real and complex situations. This is supported by studies of observational learning and its challenges for learners with autism (Plavnick and Hume 2014), and by the assertion that activities should be specialized and situated in real practice, not general role play (Gulikers et al. 2008).
3 participants took place in the first workshop, 5 in the second and another 4 in the third. Most were students who had either enrolled on a course but not yet started, were already studying or had recently graduated. The one exception was a person at the final workshop who was the mother of a young autistic female in the process of enroling into university (without her daughter being present at the workshop). During all three workshops, participants went through a series of planned activities which were designed to provide feedback on toolkit content, information hierarchy of toolkit items, image material, video content, navigation and visual design. Feedback was recorded partly through the activities (post-it notes, drawn wireframes, paper prototyping) and by recording and taking notes of responses and discussions.
An analysis of the activities and feedback obtained revealed recurring preferences by this group of autistic people, specifically relating to interface design, interaction design and the nature of the information presented. Below are key findings from all three workshops:
7.1 Interface Design Related
The general conception that autistic people think visually was clearly challenged. Participants preferred well-structured text information to illustrations, infographics or videos. They did not wish to have visual elements added just to improve the look of the website, but approved of visual content when it provided information that text alone could not achieve, e.g. in connection with directions to a building on the campus, or the photograph of a real person they were likely to meet. However, a comic strip featuring quotes from survey responses by autistic students was received positively (see also observations below regarding using quotes).
The graphic design skin was well received, and comments revolved around how it was basic, muted and did not distract from the content. There were individual preferences regarding colours, fonts and the style in which the text was displayed (Fig. 1).
7.2 Interaction Related
Participants liked a flat navigation structure and ways to group and order content according to their needs. Animations and transitions were not rejected outright, but they needed to add a clear benefit to the interaction they supported (e.g. additional information sliding in when hovering over an image).
A simple interactive feature that appealed to all participants was the option of viewing longer text either as a single page or divided into smaller sections, with quick links at the top of the toolkit item (Fig. 2).
An important message was that the students did not wish to have certain choices made for them, as their preference might depend on content and context (we had the option of pre-setting this choice based on a user’s previous behavior, but decided against it following the feedback).
7.3 Information and Language Related
Participants told us that they tend to think logically, and that information needs to be presented in a clear and objective fashion for it to be both informative and believable. They liked the idea of having easy access to large amounts of information – and accessible ways to get at that information and process it at their own speed. The concept of introductory ‘tasters’ or ‘teasers’, which we presented in the form of videos, was less popular.
Having large amounts of information at one’s disposal creates challenges, e.g. how to guide the user through the wider narrative and information architecture. During the workshops, various suggestions were made about topics that should be added, but at the same time there was a sense of concern about keeping the toolkit navigable. This was expressed in the UK workshop as a wish to have related toolkit items linked or grouped, making connections more visible, and in the Finnish workshop as a request for a toolkit-wide search mechanism, as well as the option of customizing the toolkit to only show selected items on the basis of the student’s location and the current stage of their study career.
Participants challenged wording that made assumptions that they would find things difficult, preferring a more neutral tone that provided information without judgement. Negative depictions of autism and ‘doom-and-gloom’ scenarios were generally not well-liked. Rather than raising awareness and willingness to find out more, they increased anxiousness and discouraged engagement with the toolkit material. The same applies to generalizations about autism – participants were keen to see the individual nature of their experiences acknowledged and liked to hear about other autistic students’ accounts, and about variations of such accounts.
Quotes and case studies must be genuine – authenticity is paramount, not just in the writing but also regarding the use of photographs of students, study situations and places. Any typographic errors, repeated content or inappropriate language was immediately picked up and we were told that this would severely distract from the rest of the toolkit (Fig. 3).
Participants liked prompts that encouraged reflection or taking action, e.g. how to get support, where to ask, who to ask and how. Anything that promoted self-advocacy was considered positive. However, some called for more concrete advice on how to proceed in solving a problem, rather than the general thoughts and questions to ponder that were offered in some of the toolkit items. Such proposed action needs to be specific, practical and pragmatic – e.g. “try to buddy up with another student” is clearly too vague.
The feedback received from workshop participants was relatively consistent, despite students being located in two countries (UK and Finland) and coming from a range of academic disciplines. There are strong indications that a considerable proportion of autistic students share similar preferences with regard to certain design features, particularly a clean and minimal overall look, architecture that allows easy navigation of large amounts of data, and the opportunity to adjust the amount of information displayed on the screen. Further, the uniformity of the feedback suggests that participants were able to express their views effectively in the workshops, and were thus contributing to the design process in a meaningful way.
However, there are validity concerns considering the limited number of participants. It is not clear how representative these were of the autism community in general, and where contradictory preferences were expressed, it is difficult to determine which ones are the most likely to serve the needs of other autistic people. The use of a control group in future co-design activities could be a useful way to determine whether autistic participants are actually taking the design process in a direction where it might not otherwise go.
One of the most ubiquitous oversimplifications concerning autistic people is that they are predominantly ‘visual thinkers’, combined with the assumption that they are likely to prefer images rather than text to convey information. The results of our study suggest the opposite is true for autistic people who are academically capable and of average of higher intelligence. While many may share perceptual strengths such as visual reasoning, they consistently preferred text with a minimum of visual distractions. This has clear implications on future work, especially in the area of interface design and user experience design for people on the autism spectrum.
Benton, L., Johnson, H., Ashwin, E., Brosnan, M., Grawemeyer, B.: Developing IDEAS: supporting children with autism within a participatory design team, p. 2599. ACM Press, New York (2012). doi:10.1145/2207676.2208650
Benton, L., Vasalou, A., Khaled, R., Johnson, H., Gooch, D.: Diversity for design: a framework for involving neurodiverse children in the technology design process, pp. 3747–3756. ACM Press, New York (2014)
Biju, S.M., Todd, C., Tchantchane, L., Yakoob, B.: E-Learning software for students with autism. In: Sobh, T., Elleithy, K. (eds.) Emerging Trends in Computing, Informatics, Systems Sciences, and Engineering, vol. 151, pp. 403–410. Springer, New York (2013)
Braz, P., Felipe David, V., Raposo, A., Barbosa, S.D.J., de Souza, C.S.: An alternative design perspective for technology supporting youngsters with autism. In: Schmorrow, D.D., Fidopiastis, C.M. (eds.) AC 2014. LNCS, vol. 8534, pp. 279–287. Springer, Heidelberg (2014)
Brown, T.: Design Thinking, in Harvard Business Review, June edition, pp. 84–95 (2008)
DesignKit: The Field Guide to Human-Centered Design. IDEO Publishing (2015). ISBN: 978-0-9914063-1-9
d.school: Design Thinking Bootcamp Bootleg (2013). http://dschool.stanford.edu/wp-content/uploads/2013/10/METHODCARDS-v3-slim.pdf
Fabri, M., Andrews, P.C.S.: Hurdles and drivers affecting autistic students’ higher education experience: lessons learnt from the multinational Autism&Uni research study. In: Presented at 10th Annual International Teaching, Education and Development Conference (INTED), 7–9 March 2016, Valencia, Spain (2016)
Feminist Aspie (2015). https://feministaspie.wordpress.com/2015/03/13/functioning-labels-101-whats-the-big-deal/
Grynszpan, O., Martin, J.-C., Nadel, J.: Multimedia interfaces for users with high functioning autism: an empirical investigation. Int. J. Hum.-Comput. Stud. 66, 628–639 (2008)
Gulikers, J., Kester, L., Kirschner, P., Bastiaens, T.: The effect of practical experience on perceptions of assessment authenticity, study approach, and learning outcomes. Learn. Instr. 18(2), 172–186 (2008)
Kenny, L., Hattersley, C., Molins, B., Buckley, C., Povey, C., Pellicano, E.: Which terms should be used to describe autism? Perspectives from the UK autism community. Autism (2015). doi:10.1177/1362361315588200
Liew, S.M., Thevaraja, N., Hong, R.Y., Magiati, I.: The relationship between autistic traits and social anxiety, worry, obsessive–compulsive, and depressive symptoms: specific and non-specific mediators in a student sample. J. Autism Dev. Disord. (2014). doi:10.1007/s10803-014-2238-z
Martin, J.A.: Research with adults with Asperger’s syndrome–participatory or emancipatory research? Qual. Soc. Work 14, 209–223 (2015). doi:10.1177/1473325014535964
Plavnick, J., Hume, K.: Observational learning by individuals with autism: a review of teaching strategies. Autism 18, 458–466 (2014). doi:10.1177/1362361312474373
Wass, S.V., Porayska-Pomsta, K.: The uses of cognitive training technologies in the treatment of autism spectrum disorders. Autism (2013). doi:10.1177/1362361313499827
We would like to thank the survey and workshop participants for dedicating their time and sharing their experiences. The research leading up to this paper has been made possible thanks to the AUTHEW (Autism&Uni) project, part of the Erasmus Lifelong Learning Programme.
The Autism&Uni project has been funded with support from the European Commission. This publication reflects the views only of the authors, and the Commission cannot be held responsible for any use, which may be made of the information contained therein.
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Fabri, M., Andrews, P.C. (2016). Human-Centered Design with Autistic University Students: Interface, Interaction and Information Preferences. In: Marcus, A. (eds) Design, User Experience, and Usability: Novel User Experiences . DUXU 2016. Lecture Notes in Computer Science(), vol 9747. Springer, Cham. https://doi.org/10.1007/978-3-319-40355-7_15
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