In cooperation with Ilse Mertens (Antwerp School of Education, UAntwerp) and Sara Erreygers (Study Advice and Student Counselling Services, UAntwerp)

1. Neurodiversity and neurodivergence

Neurodiversity refers to the natural variation in cognitive processing, perception, learning and social interaction within the human population (Van Hees et al., 2025). It refers to everyone, while neurodivergence concerns individuals whose processing of information and stimulus differ from the dominant neurotypical majority. These differences have a neurological basis but become clear mainly in interaction with an environment that is primarily tuned to neurotypical functioning. Around 15-20% of the population have another neurotype, such as autism, ADHD and specific learning disabilities (Doyle, 2020).

Terminologically, neurodiverse refers to a group and neurodiversity to a group characteristic, while neurodivergent and neurotypical describe individuals. Neurotypical functioning is considered the social norm, but the neurodiversity perspective starts from the intrinsic equality of all neurotypes and rejects the normal-abnormal dichotomy in favour of diversity-as-the-norm (Van Hees et al., 2025). Seen from this perspective, difficulties arise not only from individual characteristics, but from the interaction between the individual and their environment.

2. Autism and ADHD as neurodivergent profiles

Autism can be understood as an information-processing style characterised by generally higher and less flexible attention to detail (Bervoets, 2025). Behaviour seen as atypical results from a more detailed and less intuitively adaptable style of information processing (Bervoets, 2025). The characteristics manifest themselves differently throughout the person’s life and include difficulties in social interaction, increased need for predictability, specific interests and increased sensitivity to sensory stimuli. Autism has no uniform profile and often remains invisible as individuals develop strategies to compensate, typically accompanied by considerable cognitive and emotional strain (Flemish Autism Association, n.d.). This is seen in around 1% of the population, presumably an underestimate due to under-diagnosis, especially in women. In addition, autism frequently co-occurs with other conditions.

ADHD is also a developmental condition, characterised by two dimensions: attention and concentration difficulties and hyperactivity-impulsivity (ZitStil, n.d.). There are three main types of presentation: a combined type, a predominantly inattentive type, and a predominantly hyperactive-impulsive type. Characteristics evolve with the individual; for a majority, concentration and organisation problems in particular carry into adulthood. ADHD often leads to underestimation of cognitive abilities and underachievement, and frequently accompanies other conditions, such as anxiety disorders, autism or learning disabilities. Boys and men are diagnosed more often, while girls often show less visible attention-related problems (ZitStil, n.d.).

While autism and ADHD can bring specific difficulties, they also go hand in hand with a range of strengths. The impact varies greatly between individuals and results in various support needs.

3. Transition to higher education

The transition to higher education offers students opportunities for autonomy, competence development and social integration, but at the same time brings new challenges. According to Tinto's (1993) retention model, academic and social inclusion are crucial for academic success and preventing dropout. Academic inclusion concerns understanding expectations, forms of assessment and procedures, as well as developing self-regulated study skills. Social inclusion involves building relationships and a sense of connection with the study programme, fellow students and teachers, which in turn promotes well-being and performance.

For neurodivergent students, this transition means an intensive adjustment process (Van Hees et al., 2025). Besides the general stress of a new educational context, an environment geared mainly to neurotypical functioning requires further efforts. Students can face, among other things, uncertainty, sensory overload, and implicit expectations regarding study and social skills. Research shows increased risks of dropping out, study delays, lower quality of life, and mental health issues (Butcher & Lane, 2025).

The difficulties experienced vary throughout the study programme and often increase during heavy periods such as internships and final exams, when extra recovery time may be needed. In addition, experiences are not determined exclusively by neurotype, but also by other identity characteristics, such as gender or ethnicity. The interplay of factors can add to the complexity of challenges.

4. Inclusion as a prerequisite for academic success

In line with the neurodiversity framework (cf. supra), problems with studying arise not only from individual characteristics, but from the interaction between the student and their learning environment. Achieving an inclusive educational setting requires an understanding of both factors which hinder and those which help during the transition to higher education (Van Hees et al., 2025). Academic and social inclusion remain central conditions for study success and participation.

A proactive, inclusive learning environment, in which variation in functioning is recognised as the norm, can narrow the gap between the student and the educational setting, thus promoting further studying and well-being.

5. Studying with autism or ADHD

5.1. Specific challenges for students with autism

  • Due to weak global information processing it can be difficult to:
    • link new information to existing knowledge and see coherence in information;
    • distinguish main from side issues, reducing the chance of absorbing important aspects of the lesson;
    • convert theory to new or practical situations, meaning big and long assignments can quickly feel overwhelming;
    • formulate answers clearly and in a structured manner, with a tendency to interpret information too literally without enough context.
  • Because of a strong focus on local information processing:
    • strong analytical and detail-oriented work, but as a result tasks often take longer, and deadlines are harder to meet.
    • strong focus on details: when studying the subject content, this can cause a loss of logical structure and the big picture
    • a good memory for facts.
    • a strong ability to delve into specific subjects, meaning learning material within the area of interest often receives relatively too much attention.
  • A strong sensitivity to sensory stimuli, which can cause overstimulation and concentration difficulties.
  • Difficulty asking questions directly to the teacher or correctly judging good moments for this.
  • Contact with fellow students is often difficult, which, among other things, makes group work challenging.
  • Difficulty getting a clear overview of all study activities with negative implications for efficient time management and sometimes even procrastination.
  • Abstract concepts or theoretical applications may be more difficult because of the literal interpretation of information.
  • Self-testing strategies are sometimes less developed.
  • Difficulty in understanding assignments/exam questions correctly and knowing exactly what is expected.
  • Group tasks and presentations usually cause extra stress, both because of working with others and speaking in front of a group. Oral exams can also cause additional stress.
  • Adjusting to a new environment and new expectations, such as during an internship, can take a lot of effort. This applies both to the tasks themselves and to dealing with new colleagues and working procedures.
  • Reflecting and looking at a situation from different perspectives can be challenging.

5.2. Specific challenges in students with ADHD

According to Baeyens and Jansen (2017), students with ADHD experience numerous difficulties, such as attention and regulation problems and inefficient study skills, especially in classical teaching and assessment formats. Alternative evaluations can make things easier, but attention remains a challenge. During activating education (see also ECHO teaching tips, section 'Activating students'), these students typically experience the fewest functioning and participation problems (Baeyens & Jansen, 2017; Jansen et al., 2017).

Specific challenges for students with ADHD are (SIHO, n.d. b):

  • Difficulty with punctuality due to impulsiveness or problems with time management and planning.
  • Concentration problems and easily distracted by external stimuli or own thoughts. Periods of hyperfocus alternate with periods of high distractibility.
  • Due to attention problems, difficulty in grasping the essence of the lesson, often leading to incomplete or untidy notes. Instructions are also not always correctly understood, remembered or properly followed.
  • Impulsivity can cause thoughtless responses, sometimes leading to an answer being formulated before the teacher has even fully asked the question. It can also be difficult to wait for a turn or sit still for a long time.
  • Keeping a clear overview of all study activities can be difficult, as can creating and following up on a study schedule.
  • Meeting deadlines is hampered by setting the wrong priorities and poor time management.
  • Losing study materials, meaning, for example, additional time pressure.
  • Procrastination is common because students with ADHD cannot sufficiently motivate themselves to study.
  • Difficulty distinguishing main issues from side issues and understanding the core of the subject matter.
  • Difficulty holding attention for longer periods. Topics that match personal interests or seem new often get more focus at the expense of other learning material.
  • Self-testing strategies are often less well developed.
  • Correctly understanding a task or instruction can be difficult because the task is started impulsively or because of a greater likelihood of distraction. Completing assignments and exams on time and formulating well-structured answers can be difficult.
  • With larger tasks, it is often difficult to keep an overview, which regularly leads to procrastination and failure to meet deadlines.
  • The transfer from theory to practice can be difficult.
  • Instructions and feedback are sometimes less well understood, especially when they are vaguely worded.

6. Providing support to students with autism and ADHD

Neurodivergent students should be given maximum opportunities to learn and develop through flexible teaching and appropriate support. By removing barriers, they can fully participate in both academic and student life.

This requires a two-track approach: first, an inclusive campus culture that recognises and values neurodiversity, and second, a system that proactively responds to the needs of neurodivergent students (Van Hees et al., 2024 & 2025). The focus is on universally designed and inclusive measures for all. Where these are insufficient, additional reasonable accommodations and targeted support are provided.

6.1   University wide

Because education is often tailored to neurotypical students, neurodivergent students must make extra efforts, experiencing particular challenges. In higher education, neurodivergent students can be awarded supportive teaching and assessment measures based on documentation of their diagnosis (see also ECHO teaching tip 'Special facilities and examinations', 2019, in Dutch). Students can contact the care coordinators for this.

Partly because the number of requested/allowed reasonable accommodations is increasing every year, colleges and universities (including UAntwerp) are increasingly focusing on inclusive education and examination measures. Inclusive measures such as early access to accessible presentations, lecture recordings (ECHO teaching tip, 2023) and extra exam time for all (ECHO teaching tip, 2026), improve the learning process, sense of belonging and well-being of students with neurodivergent characteristics. They help students follow lessons more smoothly, take better notes, reduce stress and improve focus so they can concentrate more on the academic content.

6.2   As a teacher

By proactively addressing differences between students, through Universal Design for Learning (UDL) for example, you ensure that you remove barriers. In doing so, you cater to students who experience certain learning needs, but it also benefits other students.

Students with autism or ADHD have several shared needs, such as a need for clear communication and structure, which can be addressed with the same support (with UDL in mind) (SIHO, n.d. a and b):

Clear, explicit communication

Make sure students know what is expected and how to meet those expectations. This helps prevent numerous misunderstandings and misinterpretations.

  • Plain and transparent language.
  • Explicitly formulated feedback: clearly and concisely formulated points for learning help create greater learning opportunities.
  • Clear agreements on, for example, deadlines, submission of assignments, as well as teacher accessibility for questions.
  • Clear instructions on evaluation with explicit expectations. Providing example questions with answer keys in advance is a great advantage here.
  • Besides oral instructions for assignments, it makes sense to also provide a written version for students to reread in their own time.

Predictability and structure

Incorporating predictability and structure addresses the need for clarity regarding expectations and provides students with an overview of all study activities. This helps ensure good planning and efficient time management. 

  • Predictable lessons with a clear structure.
  • Making presentations and well-structured course material available in advance, allowing students to keep focus and follow the lessons smoothly.
  • Providing an overview of all assignments and study tasks, perhaps through a study guide. In lengthy assignments, intermediate deadlines are useful, and especially valuable if accompanied by a moment of feedback.
  • Regularly making the link between theory and practice (e.g. in preparation for practical applications or internships) in order to meet students' own difficulties with this, while demonstrating the expectations. 
  • Bringing along clearly formulated learning objectives and sample questions gives students insight into evaluation expectations.

An accessible learning environment

Ensure a predictable and low-stimulus/low-sensory-conscious learning environment. This lowers barriers, giving students every opportunity to participate in learning and demonstrate their capabilities without losing extra energy dealing with ambiguity or over-stimulation.

For example, you can consider:

A 'safe' learning environment

Regularly test whether things are going well, whether students are on board. By doing so, you show yourself to be involved and students feel respected. Moreover, you provide a learning environment where students can ask questions and mistakes are allowed to be made. 

Making a lesson recording available (ECHO teaching tip, 2023) gives students peace of mind. A recorded presentation or a knowledge clip can be a good alternative. Through an interactive way of teaching and the use of activating teaching methods (see also ECHO teaching tips, section 'Activating students) you meet the challenge of ADHD students to keep attention in the lesson. 

Referral

Refer to a study coach when the student has serious problems with making proper study plans or organising study time efficiently. This coach can help students learn study techniques and address fear of failure, procrastination and emotional problems.


Want to know more?

Screencasts & ECHO-session ‘Neurodiversity in practice: building inclusive higher education’ (2026) (in Dutch)

ECHO teaching tips

Special facilities and examinations, 2019 (in Dutch)

Estimating and making exam time inclusive: towards fair and feasible assessments, 2026

Relevant sources

Baeyens, D., & Jansen, D. (2017). Wanneer drukke kinderen groot worden en verder studeren. Caleidoscoop, Jg. 28, nr. 6 (17-24).

Bervoets, J. (2025). Autisme en neurodiversiteit. Een andere manier van zien. Kalmthout: Pelckmans.

Butcher, L., & Lane, S. (2025). Neurodivergent (Autism and ADHD) student experiences of access and inclusion in higher education: an ecological systems theory perspective. Higher Education, 90, 243–263. https://link.springer.com/article/10.1007/s10734-024-01319-6

De Troch, D. (2025). From the pathological model to the neurodiversity paradigm. Accessed on 17/02/2026 from https://www.bjien.be/en/articles/from-pathological-model-to-neurodiversity-paradigm/

Doyle N. (2020). Neurodiversity at work: a biopsychosocial model and the impact on working adults. British Medical Bulletin, 135(1), 108–125. https://doi.org/10.1093/bmb/ldaa021

Dwyer, P., Mineo, E., Mifsud, K., Lindholm, C., Gurba, A., & Waisman, T. C. (2023). Building Neurodiversity-Inclusive Postsecondary Campuses: Recommendations for Leaders in Higher Education. Autism in adulthood: Challenges and management, 5(1), 1–14. https://doi.org/10.1089/aut.2021.0042

Jansen, D., Petry, K., Ceulemans, E., Van Der Oord, S., Noens, I., & Baeyens, D. (2017). Functioning and participation problems of students with ADHD in higher education: which reasonable accommodations are effective? European Journal of Special Needs Education, 2017, Vol. 32, no. 1, 71–88.

Healthwatch Surrey. (2023). Neurodiversity – The hidden value of diagnosis. Accessed on 17/02/2026 from https://nds.healthwatch.co.uk/sites/default/files/reports_library/20230323_Surrey_Neurodiversity-%E2%80%93-the-hidden-value-of-diagnosis.pdf

National autistic society. (z.d.). The neurodiversity movement. Accessed on 17/02/2026 from https://www.autism.org.uk/advice-and-guidance/topics/identity/the-neurodiversity-movement

Rosenthal, E. A., Mitchell, J. T., Weisner, T. S., Silverstein, N., Yi, C., Arnold, L. E., Hechtman, L. T., Hinshaw, S. P., & Jensen, P. S. (2025). What Can Adults with ADHD Tell Us About Their Experiences? A Review of Qualitative Methods to Map a New Research Agenda. Journal of Attention Disorders, 29(13), 1190-1212. https://doi.org/10.1177/10870547251352589 (Original work published 2025)

SIHO.  (z.d.). Information sheets functional disabilities | Siho. Accessed on 16/03/2026  

SIHO.  (z.d. a). Autism Spectrum Disorder (1).pdf. Accessed on 16/03/2026

SIHO.  (z.d. b). Attention Deficit Hyperactivity Disorder (ADHD) (1).pdf. Accessed on 16/03/2026

Silvertant, E. (2019). The neurodiversity paradigm. Accessed on 17/02/2026 from https://embrace-autism.com/the-neurodiversity-paradigm/

Studenteninformatiepunt. (z.d.). https://www.uantwerpen.be/nl/studeren/hulp-bij-studentenvragen/stip/ Accessed on 16/03/2026

Tinto, T. (1993). Leaving College: Rethinking the Causes and Cures of Student Attrition. Chicago: University of Chicago Press.

Van Aken G.-J. (2025, 13 febr). Neurodiversiteit in het hoger onderwijs [Opname]. UAntwerpen. Accessed on 17/02/2026 from https://pintra.uantwerpen.be/webapps/ua-pintrasite-BBLEARN/module/index.jsp?course_id=_50_1&tid=_2672_1&lid=_67480_1|_66350_1&l=nl_PINTRA. Only available for UAntwerp colleagues after login

Vanaken, G.-J. (2024). Neurodiversiteit: een nieuwe blik op autisme en autismehulpverlening. Signaal, Vol. 2024 (1-14).

Van Hees, V., Stokx, R., & Willems, K. (2024). Inclusieve onderwijs en evaluatiemaatregelen: van beleid naar praktijk. Gent: Steunpunt Inclusief Hoger Onderwijs.

Van Hees, V., Vanaken, G.-J., Van keer, I., Stokx, R., Willems, K., & Noens, I. (2025). Leidraad neurodiversiteit in het hoger onderwijs: van beleid naar praktijk. Leuven: KU Leuven.

Vlaamse Vereniging Autisme. (z.d.). Autisme. Accessed on 17/02/2026 from https://autismevlaanderen.be/autisme

Wikipedia. (z.d.). Neurodiversity. Accessed on 17/02/2026 from https://en.wikipedia.org/wiki/Neurodiversity

ZitStil. (z.d.). Accessed on 17/02/2026 from https://zitstil.be/over-adhd/wat-is-adhd/#wat-is-adhd