NeuroToggle®

NeuroToggle Book #1 - The Context
NeuroToggle Book #2 - The Framework
NeuroToggle®

The NeuroToggle® System

Teaching Strategy Meets Neural Circuit Change

Neural circuits hold memories. Learning changes circuits. NeuroToggle® guides those changes through targeted teaching.

NeuroToggle®: X skill or behavior changes in Y way given Z teaching strategy. NeuroToggle® provides a system for educators and families to identify the skill or behavior, define the type of development needed, and apply matching teaching strategies.
TEACHING with INTENTION. CHANGING CIRCUITS with PRECISION.
Where to Start

Start With the NeuroToggle® Books

Learn the Principles. Apply the System.

The NeuroToggle® books explain the neuroplasticity principles, instructional categories, teaching strategies, and application model behind the system introduced here.

Cover of NeuroToggle Book 1 Book 1

Neuroplasticity Principles

Introduces the neuroplasticity concepts behind learning, memory, and neural circuit development.

View Book 1 →
Cover of NeuroToggle Book 2 Book 2

The NeuroToggle® System

Presents the full instructional system for building, strengthening, expanding, and timing skills and behaviors.

View Book 2 →
How NeuroToggle® Works

A System for Optimizing Learning Outcomes

The Same Skill Can Need Different Types of Support

Multiple learners may be working on the same skill or behavior but require different types of development. One learner may need to build the skill, another may need to strengthen it, while another may need help expanding it across people, environments, and contexts. NeuroToggle® provides a framework for organizing instruction around those developmental differences. Although learners may begin at different points, long-term outcomes are optimized through the coordinated development of building, strengthening, expanding, and timing working together as a system.

Same Goal

Multiple learners may be working toward the same skill or behavior.

Different Needs

Each learner may require a different type of developmental support.

Different Strategies

Different developmental goals often require different teaching approaches.

Better Outcomes

Instruction becomes more intentional, individualized, and targeted.

NeuroToggle® helps organize instruction around the type of development being supported. The framework is designed to help educators think beyond the skill itself and consider how that skill is developing.
Teaching Sequence

Identify, Define, Apply, Refine

A Practical Sequence for Instruction

NeuroToggle® turns skill and behavior development into an instructional sequence. Select the skill or behavior, define the kind of development that needs emphasis, apply matching teaching strategies, and refine instruction based on access, consistency, flexibility, and learner progress.

1
Identify

Select the skill or behavior you want to develop.

2
Define

Determine the type of development being targeted.

3
Apply

Use teaching strategies that match that developmental goal.

4
Refine

Adjust instruction based on learner response and outcomes.

Learning Sequence

Build, Strengthen, Expand, and Time Neural Connections

Four Categories of Skill and Behavior Development

Skills and behaviors develop through changes in neural circuits. NeuroToggle® organizes those changes into four categories: build, strengthen, expand, and time. Each category supports a different aspect of skill and behavior development.

Build

Develop New Skills

Supports the development of new skills and behaviors by creating new neural connections.

Strengthen

Improve Reliability

Supports consistency, stability, and reliable access to existing skills and behaviors.

Expand

Increase Flexibility

Supports generalization across people, environments, materials, demands, and contexts.

Time

Optimize Learning

Supports learning through developmental timing, spacing, pacing, retention, and recovery.

Different goals require different types of development. Building circuits supports the development of new skills and behaviors. Strengthening circuits supports reliability. Expanding circuits supports flexibility across contexts. Timing circuits supports learning through developmental timing, spacing, pacing, and retention.
Why It Matters

Skills and Behaviors Need Circuit Support

Skills and Behaviors Develop Through Neural Circuits

Skills and behaviors do not appear automatically. They develop through neural circuits that receive information, process information, and coordinate responses. These circuits hold information involved in the performance, execution, and expression of skills and behaviors.

Input

Sensory Circuits

Neural circuits receive information from the body and environment through sensory systems.

Processing

Cognitive Circuits

Neural circuits organize, interpret, store, and connect information used for learning and behavior.

Output

Motor Circuits

Neural circuits coordinate movement, speech, gestures, facial expression, and other behavioral responses.

A learner may understand more than they can show. Sensory, cognitive, and motor circuits do not always develop or function at the same level. What a learner can demonstrate may not always reflect what they know, understand, or are capable of learning.
Why It Works

Learning Changes Circuits

Teaching Guides That Change

Skills and behaviors are produced through networks of sensory, cognitive, and motor circuits working together. These networks hold the information involved in performing, executing, and expressing skills and behaviors. As learning changes these circuits, the skills and behaviors they support change too.

Skill or Behavior

Start with the skill or behavior the learner needs to develop.

Neural Circuits

Sensory, cognitive, and motor circuits work together to support that skill or behavior.

Teaching Strategy

Instruction is selected based on the type of development being emphasized.

Skill Development

The skill becomes stronger, more flexible, and more accessible over time.

Neurodivergent Learning

Why NeuroToggle® Is Especially Relevant for Neurodivergent Learners

Different Development Requires More Intentional Instruction

Because autism and many neurodivergent profiles involve differences in neural development and function, skills and behaviors may emerge, stabilize, generalize, and become accessible differently. NeuroToggle® is useful because it does not treat inconsistent performance as the endpoint. It asks how instruction can support the neural circuits involved in the skill or behavior.

Delayed

Skills May Emerge Later

Some skills may need more intentional building before they become accessible.

Inconsistent

Skills May Appear Uneven

A learner may demonstrate a skill sometimes but not reliably across demands, settings, or regulation states.

Hard to Access

Skills May Need More Support

When circuits are overloaded, unstable, underdeveloped, or poorly supported through timing, skills can become harder to access.

Relevant for all learners. Especially important for neurodivergent learners. All learning depends on neural circuit change. Neurodivergent learners often need more intentional support for building, strengthening, expanding, and timing the circuits involved in skills and behaviors.
Framework Structure

Why NeuroToggle® Is Organized as a System

Teaching strategies are often discussed as individual techniques. NeuroToggle® organizes them into a unified system based on the type of neural development they are intended to support. This creates a common structure for selecting, applying, and refining instruction across different skills, behaviors, and learners.

Teaching Strategies

Instructional strategies are selected to support learning and development.

Neural Development

Those strategies influence how sensory, cognitive, and motor circuits develop and function.

NeuroToggle®

NeuroToggle® organizes those changes into a practical system for skill and behavior development.

Application

The same system can be applied across different skills, behaviors, developmental profiles, and learners.

A system creates consistency without requiring the same strategy for every learner. NeuroToggle® provides a common structure for understanding how teaching strategies support skill and behavior development while allowing instructional decisions to remain individualized.
How Does NeuroToggle® Relate to Existing Frameworks? Explore how NeuroToggle® relates to existing skill and behavior development frameworks, where the approaches overlap, and how NeuroToggle® organizes them through a neuroplasticity-based lens focused on neural circuit development.
Learn More

Explore More Resources

Explore more resources from Kimberly's Educational Resources, including BioToggle®, nonverbal autism, autism and comorbid traits, speech access, and parent-friendly educational tools.

Parents

For Parents

Understand autism traits, comorbid traits, skill development, behavior, communication, and support options.

BioToggle®

Autism and Comorbid Traits

Explore how comorbid traits relate to regulatory system domains and body-system stress responses.

Nonverbal Autism

Speech Access

Learn about speech motor pathways, language deprivation syndrome, AAC, and the different types of nonverbality.

Advocacy

Change Petition

Support diagnostic, prognostic, and treatment or accommodation pathways for nonverbal individuals.

The application of NeuroToggle® to specifically target the skill of speech remains anecdotal and warrants further investigation. Help advance research into speech access and nonverbal autism by supporting the petition for diagnostic and prognostic pathways for nonverbal individuals.