neurodiversity (noun)

[noor-oh-di-vur-si-tee, -dahy-, nyoor-]

The variation and differences in neurological structure and function that exist among human beings, especially when viewed as being normal and natural rather than pathological.

- Dictionary.com

Neurodiversity recognizes that every person’s brain works uniquely. A common misconception is that this word only refers to individuals with labels like autism, dyslexia, or ADHD. The truth is that we are all a part of neurodiversity. Neurodiversity recognizes that brains are wired in many different ways—and that these differences are part of normal human diversity, not flaws or problems to be “fixed.” Just as we all have different personalities, talents, and interests, we also have different ways of thinking, learning, and experiencing the world.

A Sampling of Neurotypes

The graphic above offers a sampling of different neurotypes. Some of these neurotypes may surprise you, like being left-handed, for example. If you were left-handed and attended school in the 1960s - 1970s, you may have been forced to use your right hand. At that time many believed that left-handedness was a problem to be corrected.

Now we know better. We know that left-handedness is a neurodistinction, a neurological difference related to brain development and structure, one to be respected and valued. Left-handed individuals excel in fields like art, architecture, aeronautics, music, and mathematics. As we are curious about and embrace differing neurotypes, we create rich, engaging cultures that celebrate and value all kinds of thinking.

Did You Know?

  • Insight: We all have a unique way of thinking and engaging with the world - that's neurodiversity.  The unique thinking of neurodivergent students often conflicts with societal systems.  Supporting neurodivergent students isn’t about “fixing” them so they become neurotypical adults. It’s about removing barriers and nurturing cognitive strengths in environments where diverse ways of thinking can flourish.

  • Insight: Teacher-student relationships also significantly influence the effectiveness of any curriculum or program.

    Research repeatedly shows that student engagement and academic achievement improve when students believe that the teacher cares for them and makes decisions in their best interest.

  • Insight: Bottom-up thinkers need to understand the details and the “why” before they can grasp the big picture. This differs from many neurotypical learners, who naturally process information from the top down.

    When rushed past details and not given time to ask questions, bottom-up thinkers may feel disoriented or incomplete. When given time to explore structure, patterns, and logic, they often demonstrate exceptional depth, clarity, and innovation.

  • Insight: Beyond sight, smell, taste, hearing, and touch, internal sensory systems significantly impact regulation. They include:

    Proprioception (Body Awareness)

    Sensors in the muscles and joints tell us where our body is in space.
    A student who leans on walls, presses hard on their pencil, walks heavily, or fidgets intensely may do so because their brain is craving proprioceptive input.

    Vestibular (Balance and Movement)

    Located in the inner ear, this system tracks head position and movement.
    The student who rocks in their chair or struggles to sit still may actually require movement to activate attention. For some learners, motion is not distraction — it’s regulation.

    Interoception (Internal Signals)

    This system helps us interpret internal body signals like hunger, thirst, heart rate, temperature, pain, and the need to use the bathroom.
    Students with interoceptive challenges may not recognize frustration until it becomes overwhelming, or may not sense hunger, thirst, or urgency until it becomes an emergency.

  • Insight: Self-stimulatory behaviors, or stimming (done by many of us) refers to things like rocking, tapping, humming, or hand movements.  These are often vital tools for focused attention and nervous system regulation. 

    For many neurodivergent individuals, stimming helps manage sensory overload, anxiety, and emotional intensity. Understanding the value of a behavior allows us to move from suppression to support.on

  • Insight: For some neurodistinct students, the brain struggles to synthesize facial features into a recognizable whole.

    In a school setting, this can look like “social rudeness” if a student walks past a teacher or peer without saying hello — when in reality, they simply didn’t recognize them.  It can create anxiety when attempting to recognize individuals outside a given context.  Approximately 10% of people struggle with face blindness.

  • Insight: For many neurodivergent students, a “five-minute warning” may feel like five seconds, or five hours, depending on their level of focus.

    This isn’t irresponsibility or lack of motivation. It’s a difference in internal time regulation.