Dr Katie Maras is Lecturer and Dr Jade Norris is Research Associate in the University of Bath’s Department of Psychology. They are both members of the Centre for Applied Autism Research team
Two-way communication forms the bedrock of the provision of most public services and must be effective in order for all individuals to receive appropriate access to care, services, employment, and justice; services should be accessible and delivered in a way that respects the differing needs of the individual. However, society is shaped for neurotypical people and largely excludes those who think differently, despite the fact that neurologically diverse people – from those with autism to ADHD to dyslexia – constitute a significant proportion of the population. In this blog we present autism as a case study for how the critical points of interaction between individuals and public services could be better designed to respect neurodiversity, taking the criminal justice system, healthcare, and employment interviews as exemplar contexts.
Autism is a lifelong neurodevelopmental disorder that affects a person’s interests, behaviours, and how they communicate and interact with those around them. It is currently estimated that around 1 in 68 people are autistic, with the recorded incidence rising sharply in recent decades. Autism impacts all areas of life and costs the UK economy at least £32bn in lost earnings, interventions, care, and support for people with the condition. A major factor in this cost is that autism is lifelong and can affect independent living and employment – despite possessing a range of valuable skills, 85% of autistic people do not work full time. Furthermore, autistic people are more likely to have interactions with the police (despite no evidence that they commit crimes at higher rates than the general population), and are more likely to have co-occurring physical and mental health issues, meaning that they are more likely to require health and social care provision.
Compounding these issues are core differences in social communication coupled with specific memory difficulties, which can make even everyday social interactions difficult and highly anxiety-provoking for autistic individuals. These difficulties are therefore particularly exacerbated in formal, ‘high stakes’ interview contexts such as police interviews, personal health consultations, and when being interviewed for a job. Performance in occupational interviews is a crucial determinant of employment prospects, yet social, cognitive, and communication difficulties mean that autistic people are often unable to perform to the best of their abilities in interviews. Differences in introspection and social communication are also likely to make relaying relevant information to healthcare providers difficult, unless these differences are appropriately supported. Our research has shown how current police interviewing models are ineffective in supporting autistic witnesses to provide ‘best evidence’ because they were developed based on neurotypical memory retrieval and communication styles.
We know, for example, that autistic people have difficulties in recalling personally experienced specific episodes from the past under ‘free recall’ conditions. However the use of open-ended and episodic-based questions is ubiquitous within healthcare, the criminal justice system, and employment interviews (for example – “Tell me what you saw yesterday”; “Tell me about the fall”; “Recall an example of when you were faced with…?”; “What would you do in X situation?”).
Social insight is also crucial in these contexts: one has to ‘read between the lines’ to determine what an interviewer wants to know, which so often isn’t explicitly stated in the question. Successful job interviewees are those who are proficient at conveying job-relevant skills and aptitudes such as being hard working, dependable, reliable, able to work independently or as part of a team, and having the relevant skills and experience for the job. For an autistic interviewee, however, inferring that this type of information is required can be difficult; interview questions may be interpreted very literally, and they may be overly honest in their answers (Q: “What is it you like about this firm?”; A: “Lunch!”).
Indeed, a job interview is often principally a test of recall and neurotypical social competence – both of which can be difficult for autistic people, making it harder for them to demonstrate the required skills for the job role in question. Similar problems are encountered in criminal justice system questions that are posed as statements which do not explicitly ask for a response or justification (“So you knew Joe wasn’t going to be there, yet you went ahead anyway”), and in healthcare consultations literal interpretation of questions can again be a major barrier. Most neurotypical people will provide relevant information that goes beyond a direct answer to a question (Q: “Have you vomited?”; A: “No… but I feel very sick”), whereas an autistic person may just provide a literal answer the question (“No”), which can lead to incomplete communication of symptoms and missed or delayed diagnoses. Indeed, rates of almost every type of physical and mental health problem are significantly raised in autism in comparison with non-autistic people, and recent evidence suggests that the way in which people are asked about their symptoms has a significant effect on diagnosis. For example, autistic people are far more likely to receive a depression diagnosis when a standardised semi-structured interview is used compared to other less formal methods.
Crucially, providing more explicit instructions regarding what is required and narrowing the parameters can effectively elicit recall of a similar level of accuracy and completeness to non-autistic individuals. Although free recall is widely accepted in both psychology and policing as the gold standard, to produce the most accurate, uncontaminated witness recall, autistic people may need more guided and focused retrieval from the outset to: (a) support their memory retrieval; (b) reduce implicit social demands regarding what is relevant for recall; and (c) minimise cognitive load and demands on ‘executive resources’ (crucial cognitive abilities that would help us to remember, plan, and monitor our answer to an interview question). To improve real-life outcomes for autistic people, the challenge lies in optimising the environment to exploit their relative strengths whilst also supporting their difficulties (for example, through reasonable adjustments such as removing lighting causing sensory issues, reduced use of open-plan working environments, etc). Accordingly, the focus of our current ESRC-funded research is to provide a systematic examination of factors that both help and hinder autistic people in reporting information in order to develop detailed guidance for how service providers can best facilitate optimal two-way communication when interacting with autistic people.
While there is an accumulating evidence base for adaptations that need to be made to support autistic people, employers and public services need to be sufficiently informed and administratively enabled to adopt these recommendations. Supporting autistic people to be economically active and appropriately engaged in service use not only improves quality of life for autistic people, and relatedly reduces unemployment rates as well as health and police spending (with better quality evidence resulting in more efficient investigations), but also brings a range of valuable but under-appreciated skills to society – from attention to detail to analytical problem solving and creative insights. Indeed, companies such as Auticon, JPMorgan, and Microsoft who have neurodiversity initiatives have reported a range of benefits as a result, from greater creativity to rises in profits. These developments are part of a broader shift from viewing neurodiversity as weakness (medical model of disability) towards differences and even strengths (social model of disability). Historically, disability was seen as a deficit in which policy solutions involved viewing the individual as a patient rather than as an active participator. The 2009 Autism Act was a landmark move from focusing on medical ‘treatment’ to enabling autistic people to enjoy ‘fulfilling lives’, reflecting more of a rights-based understanding. It is the only disability-specific legislation in the UK, introduced in recognition of the uniquely complex difficulties that arise when autistic individuals are engaged with public services. The most recent related government strategy for adults with autism in England, ‘Think Autism‘, identifies a number of priority challenges for action including making adjustments within the criminal justice system and employment, and meeting the health needs of autistic people.
Given that individual difficulties are tricky to spot, a universal approach to giving information in accessible ways (alongside the standard format) is strongly recommended, and removing barriers for autistic individuals can benefit everyone. Indeed, specific issues and differences faced by autistic people can also be experienced by non-autistic people, such as those with ADHD, dyslexia, anxiety, depression, social difficulties, and sensory issues. Traditional initiatives surrounding diversity focus on categorisations of individuals into groups such as gender, ethnicity, or religious affiliation, with policy solutions that apply broad-brush interventions for categorical differences. It has been questioned, however, whether such policies effectively address diversity as a full continuum, including dimensions of diversity that are neither immediately obvious nor inherently collective – such as neurodiversity. Ultimately, the task we are faced with is to develop an enabling environment for neurodiverse populations with effective systems for all. Neurodiversity is a strength – it provides new insight and unique skill sets in employment, which together with improving access to healthcare and justice make a powerful economic case for creating more inclusive policies around communication. ∎
This blog was originally published on the University of Bath website – it is reproduced here with kind permission of the authors