Subject: A Neuroplasticity-Based Framework for Supporting Neurodivergent Learners
Dear [Educator / Team],
I wanted to share a framework that may be helpful when supporting neurodivergent learners whose performance, communication, behavior, or skill development does not always appear consistent in traditional instructional settings.
NeuroToggle® is a neuroplasticity-based instructional framework built around a simple but important principle: every skill and behavior is stored in the brain as neural circuitry.
That matters because students do not perform skills from understanding alone. They perform skills through the neural connections that hold the information for how to carry them out.
This includes academic skills, communication, motor actions, self-regulation, classroom routines, and behavioral responses. If the circuitry for a skill is not yet fully built, not yet strong enough, poorly timed, or not accessible across settings, the skill may appear inconsistent even when the learner has underlying understanding.
This is one reason neuroplasticity is so relevant in education. Neuroplasticity is the brain’s ability to build, strengthen, reorganize, and refine neural connections over time. It is the mechanism through which learning is physically encoded.
NeuroToggle® applies that understanding directly to instruction.
Rather than focusing only on the visible outcome, it focuses on the neural pathways that make the outcome possible. In other words, it helps explain why a learner may not yet be able to do a skill reliably, and what type of instruction is needed to support the development of that skill more effectively.
This is especially relevant for neurodivergent learners because neurodivergence reflects variation in patterns of neural development and function. When neural circuitry develops along a different pattern, the ability to reliably store and access information for how to perform skills and behaviors is affected. As a result, these learners benefit from intentional support to help those pathways form, stabilize, coordinate, and generalize.
NeuroToggle® organizes instruction around four core neuroplastic processes by structuring well-established teaching practices in a way that directly supports how the brain builds and uses neural connections.
These strategies are intentionally applied to support four processes:
Build the neural connections required for a skill to begin forming through:
• explicit instruction and modeling
• scaffolding and guided practice
• task breakdown and skill acquisition
Strengthen those connections so the skill becomes more stable and reliable through:
• repetition with accuracy
• immediate and specific feedback
• multisensory reinforcement
Time those connections so the skill can be activated more smoothly and efficiently through:
• pacing and wait time
• spaced practice and review
• structured routines and consistency
Expand those connections so the skill can transfer across settings, tasks, and demands through:
• generalization across environments
• application to new tasks and contexts
• integration with prior knowledge
This makes NeuroToggle® useful for educators because it provides a way to think about instruction that goes deeper than surface performance. It helps connect what is seen in the classroom to the underlying development of the skill itself.
For learners who struggle with inconsistent output, delayed skill development, uneven regulation, communication barriers, or difficulty generalizing learned skills, this framework offers a more targeted way to understand what instruction should be doing.
NeuroToggle® does not start from the assumption that the learner simply needs more exposure, more compliance, or more correction. It starts from the question of whether the neural pathway required for that skill has been sufficiently developed and supported.
That shift is important because if the circuitry behind a skill is not being directly supported, the visible skill or behavior may continue to remain inconsistent.
NeuroToggle® was designed to help educators align instruction with how learning is actually built in the brain, especially for learners whose developmental pattern may not fit standard assumptions about how skills emerge.
You can learn more here:
https://www.kimberlyedu.org/neurotoggle
Thank you for the work you do to support learners and for taking the time to consider this framework.
Sincerely,
[Your Name]
