REVIEW - Inside the Updated Fundamentals of Applied Neurology

This past weekend we covered a new seven-part framework for helping therapists and coaches assess the nervous system, improve client results, and integrate applied neurology into the work they already do

The Fundamentals of Applied Neurology course has some big additions. 

Not because the core principles stopped working, but because our understanding of how to teach and apply them has continued to evolve.

The updated live course now moves through seven connected sessions, beginning with the foundations of assessment and nervous system regulation, then progressing through breathing, proprioception, vision, and the vestibular system.

The final session may be the most important addition.

It shows practitioners how to bring everything back together.

Because learning a breathing drill, an eye exercise, or a vestibular assessment is only the beginning. The real challenge is knowing which input to use, how much to apply, whether the client responded positively, and how to integrate that information into the therapy, training, or coaching session already taking place.

That is what the updated Fundamentals course was designed to solve.

It is not simply a collection of neurological tools.

It is a practical framework for helping therapists and coaches make better decisions, create more individualized sessions, and understand why certain clients respond while others remain stuck.

The new live course moves through seven connected sessions. Each module adds another part of the nervous system, but the real value comes from the framework underneath them:

Assess. Apply one input. Reassess. 

By the end, practitioners are not simply left with breathing drills, eye exercises, vestibular tools, and movement inputs.

They learn how to put the entire system back together.

The Question This Article Answers

What do therapists and coaches learn inside the new live Fundamentals of Applied Neurology course, and how can the seven-part framework improve client outcomes and strengthen their practice?

The Direct Answer

The new Fundamentals course teaches practitioners how to place a neurological lens over their existing education. It does not ask them to abandon biomechanics, strength training, rehabilitation, manual therapy, Pilates, mobility, or corrective exercise.

Instead, it teaches them how to determine:

• Why one client responds while another does not
• Which nervous system input may be contributing to the output
• Whether a drill reduced or increased threat
• How much stimulus the client can tolerate
• When to regulate before adding complexity
• How vision, balance, breathing, and proprioception influence movement
• Which tools create the highest payoff for the individual
• How to combine neurological inputs with existing therapy or coaching
• How to turn separate drills into integrated, real-world movement

Applied neurology is introduced as an overlay or lens that helps practitioners individualize the programs and protocols they already use.

Five people may arrive with the same complaint, yet each person may need a different input because their nervous system is interpreting the situation differently.

Instead of assuming the interventions they have learned should work, they learn to test whether it worked.

Why We Started With a Framework Instead of a Drill Library

Applied neurology can look overwhelming from the outside.

Practitioners see eye drills, balance exercises, breathing tools, sensory stimulation, cranial nerves, and brain-based terminology. It is easy to assume they need to memorize dozens of exercises before they can use any of it.

That is the wrong place to begin.

The most important skill is not knowing the largest number of drills.

It is knowing how to assess the person, choose one input, and interpret the response.

The nervous system is constantly moving through a loop…

1. It receives information.
2. It interprets and integrates that information.
3. It creates an output.
4. That output creates new sensory information.

The response it chooses is not always optimal. It is often the response the system predicts will create the greatest short-term safety.

That output may appear as…

• Pain
• Guarding
• Restricted movement
• Poor balance
• Altered posture
• Reduced force production
• Breathing changes
• Fatigue
• Anxiety
• Avoidance

The Fundamentals course teaches practitioners to stop viewing those outputs as isolated failures.

They are responses.

Once we understand that, the question changes from:

“How do I correct what I see?” 

to:

“What information is the nervous system using to create what I see?” 

Session 1: Introduction to Applied Neurology

The first session establishes the lens that supports everything else in the course.

Participants learn:

• The input, interpretation, and output model
• How the nervous system predicts safety and threat
• Why pain and movement restrictions can be protective outputs
• The threat bucket model
• How to choose a meaningful baseline
• How to assess and reassess
• Why a neurological response may differ from a traditional warm-up effect
• How to distinguish positive, neutral, and negative responses

This session is critical because a drill has very little value without a process for evaluating it.

A range-of-motion improvement may be useful.

A balance change may be useful.

A client feeling calmer may be useful.

However, the practitioner needs to know whether the input created a supportive global response, a local response, no response, or an increase in protection.

Participants also learn to use safe, repeatable proxy assessments rather than repeatedly provoking pain. The painful movement may be established at the beginning and revisited after several supportive changes, while a nonpainful assessment tracks how the nervous system responds throughout the session.

This gives practitioners a framework to test their work without constantly asking clients to search for the symptom.

Session 2: Nervous System Regulation

Many practitioners are trained to begin with the area that looks most restricted.

The new Fundamentals course introduces a different possibility.

The client may not yet have the capacity to respond to the intervention.

A therapist can have the right technique.

A trainer can have the right program.

A coach can understand the client’s movement problem.

None of that guarantees the nervous system is ready to receive the input.

When the system is dysregulated or lacks sufficient resources, it may not respond well to corrective exercise, strength work, therapy, or movement coaching. Many practitioners unknowingly jump directly into sensory and movement work without first asking whether the client is regulated and resourced enough to adapt.

This module covers:

• The Ladder Framework
• Why regulation comes before greater complexity
• Minimal effective dose
• Insufficient, useful, and excessive stimulus
• Hyper-responsive and slow-adapting nervous systems
• How to identify high-payoff regulation tools
• How to recover from a negative reassessment
• Regulation inputs involving smell, touch, the foot, tongue, face, ears, humming, and other sensory pathways

One of the most important additions to the live material is a focus on minimal effective dose.

The question is not, “How many repetitions does this drill require?”

The question we our students to understand is…

“What is the smallest amount of this input that creates a useful response for this person?”

…and how do you know it worked?”

Intensity, duration, speed, range, complexity, frequency, and repetitions can all be adjusted.

A drill may be helpful in theory and still produce a poor result because the dose exceeded the client’s capacity.

That changes how practitioners interpret a negative response.

It is no longer automatically..

“This drill does not work.” 

It may mean..

“This dose was too much.”

We go much further in depth with this during the session and how you can implement this with training.

Session 3: Respiration and Breathing

Breathing has really made its way through training centers across the world and is often reduced to a relaxation strategy.

In Fundamentals, respiration is examined through a broader applied neurological lens.

Breathing influences..

• Oxygen and carbon dioxide balance
• Nervous system state
• Rib cage mechanics
• The diaphragm
• The spine and pelvic floor
• Posture
• Movement
• Interoception
• The nervous system’s ongoing perception of safety and threat

The course teaches participants to observe before they intervene.

They learn to look at three major categories:

•  Habits and control 
•  Biomechanics 
•  Biochemistry 

From there, practitioners use assessments and choose between breathing expansion, extended exhale or straw-based control work, and air-hunger drills based on what the person presents.

This is not about assigning the same breathing drill to every stressed client.

Breathing can be both an input and an output. Threat changes the breath, while inefficient breathing may continue sending information that reinforces threat.

The assess-and-reassess process remains in place.

Participants test the breathing input, return to the baseline, and determine whether it actually improved movement, balance, ease, or another meaningful output.

Session 4: Movement and Proprioception

Movement professionals usually feel most comfortable in this module because it connects directly to biomechanics.

The difference is that we examine movement through the brain’s representation of the body.

The proprioceptive system is taught as a continuously updated three-dimensional map that tells the brain:

• Where the limbs are
• What the joints are doing
• How the muscles are acting
• Where the body is located in space

These maps become clearer in areas moved regularly and intentionally. They may become blurrier around injured, neglected, or poorly sensed regions.

Participants learn a foundational principle..

The brain can only move what it can accurately feel. 

The sensory cortex maps the body, while the motor cortex uses that information to organize voluntary movement. Poor sensory clarity can therefore show up as reduced control, compensation, tension, or restricted movement.

The practical work includes a series of mobility and proprioceptive drills, supported by separate training videos in the member area.

This section helps therapists and coaches see familiar movement work differently.

Rather than only trying to stretch a tight area or activate a weak muscle, they begin asking whether the brain has a clear enough map to organize the movement.

Session 5: The Neurology of Vision

Vision is not simply the ability to read letters on an eye chart.

It is one of the primary systems the brain uses to determine..

• Where the body is
• What is happening in the environment
• How fast something is moving
• Which direction the person is traveling
• Whether the environment feels predictable
• How movement should be organized

The course begins by helping practitioners connect vision to the reason a client came to see them.

A client who arrives with low-back pain may not immediately understand why a therapist is looking at their eyes. Without a clear bridge, neurological work can feel unrelated or even like a bait and switch.

Practitioners learn how to explain that vision, vestibular processing, proprioception, and respiration are major inputs controlling movement, posture, and balance.

The vision module covers…

• Binocular vision
• Basic screening for visual suppression
• Smooth pursuits
• Saccades
• Near-far work
• Convergence and pencil push-ups
• Visual processing
• Coordination and spatial mapping
• Attention and focus
• Modifying the environment, background, lighting, speed, range, and repetitions

Both eyes need to work together before more complex binocular drills are introduced. Asking the system to perform a task it cannot currently process may increase threat rather than reduce it.

Participants also learn that vision work can be highly demanding.

A poor reassessment may mean the drill exceeded the visual system’s current capacity. The answer may be fewer repetitions, a slower speed, a more stable posture, a simpler target, different lighting, or a less distracting environment.

Session 6: The Neurology of the Vestibular System

Many practitioners think they are training the vestibular system whenever they place a client on an unstable surface.

Often, they are primarily increasing proprioceptive demand.

The vestibular system is the inner-ear system that senses gravity, head position, linear movement, and rotation.

Balance is not produced by the vestibular system alone.

It is an integrated output created through:

• Vision
• Vestibular information
• Proprioception

The nervous system weights these inputs differently based on accuracy, experience, injury, and current capacity.

This module gives therapists and coaches a missing connection between vestibular function and the musculoskeletal patterns they see every day.

Poor vestibular processing may contribute to:

• Ongoing threat
• Excessive tension
• Movement compensations
• Altered postural strategies
• Balance problems
• Difficulties orienting to gravity
• Reduced confidence during movement

The session includes:

• Balance progressions
• Vestibulo-ocular reflex work
• Head rotation with a visual target
• Lateral glides for the utricle
• Bouncing inputs for the saccule
• Side-specific vestibular assessment
• Dose adjustment and reassessment

One of the strongest lessons is that clinical perfection is not the primary goal.

The client did not come to have a perfect vestibular system.

They came to move better, feel less pain, improve performance, regain strength, or function more confidently.

The best drill is the one that improves the reassessment, even when the movement is not initially textbook-perfect.

Session 7: The Neurology of Integration

This is where the new live course becomes more than a collection of separate modules.

Practitioners often finish an introductory neurological course with several useful tools but no clear answer to the question…

“How do I put all of this into an actual client session?” 

The final module addresses that directly.

It teaches participants how to:

• Choose an appropriate starting point
• Determine whether the client responds better to bottom-up or top-down work
• Identify high-payoff drills
• Combine vision, vestibular, and proprioceptive inputs
• Stack multiple inputs when one is not enough
• Integrate neurological work into therapy, strength, Pilates, rehabilitation, or coaching
• Create short, realistic homework programs
• Progress drills as the nervous system adapts
• Return the client to meaningful, integrated movement

The nervous system does not experience life in isolated systems.

Walking is visual, vestibular, and proprioceptive.

Sport is visual, vestibular, proprioceptive, cognitive, and respiratory.

Even a basic movement drill involves multiple systems at once.

The integration session teaches practitioners to stop asking only:

“Which system is weak?” 

and begin asking:

“How do I get the systems working together?” 

You Cannot Always Start With the Biggest Deficit

A practitioner may recognize a significant visual or vestibular issue and want to address it immediately.

The client’s nervous system may not permit that work yet.

Going directly into the most challenged system can increase threat, produce a negative reassessment, and make the client less willing to continue.

The course teaches participants to begin with the area the nervous system will allow them to work on, then build toward the larger deficit.

Sometimes that means beginning with breathing or proprioception.

Another client may tolerate complexity and respond better when visual work is combined with movement.

The framework is individualized.

Integration Can Make an Isolated Drill Tolerable

One of the most important examples from the final session involved a client who could not tolerate visual drills while sitting or standing still.

Within seconds, she became dizzy and nauseous.

Progress had stalled for months.

When the same visual work was combined with walking, the response changed dramatically. Movement made the visual input less threatening, opening the door to drills that had previously produced poor results.

That example captures the purpose of integration.

The answer was not another isolated visual drill.

It was putting the visual system back into a movement context the nervous system could understand.

Life Is an Integrated Activity

The final session repeatedly returns to a simple idea:

Life is integrated.

Training should eventually become integrated too.

A client may benefit from an isolated vision or vestibular input, but the nervous system still needs to learn how to use that information while walking, stepping, sitting, standing, lifting, turning, or playing a sport.

Participants learn to follow isolated drills with integrated movement.

That may include…

• Walking for 30 to 60 seconds
• Compass lunges
• Infinity walks
• Stepping and turning
• Visual targeting during movement
• Head movement during gait
• Stacking vision, vestibular, and proprioceptive inputs

The course encourages practitioners to ask:

“Have I put the body back together?” 

After training one system, the client needs an opportunity to use the new information in a real-world task.

Programming That Clients Will Actually Do

Integration also means creating a realistic plan.

The goal is not to give the client 25 minutes of strange drills they will never complete.

Participants learn to build a short list of approximately five to ten high-payoff tools that can be completed in about six or seven minutes. The program is reassessed regularly and adjusted as drills become too easy or lose their effect.

Novelty matters because the nervous system adapts.

A drill that originally created a large positive response may eventually produce no change, not because it stopped working, but because the client became skilled enough that the stimulus no longer creates an adaptation.

The program should evolve with the person.

What This Changes for Client Results

The course gives practitioners more places to look when clients are not responding.

Instead of immediately replacing the program, blaming compliance, or assuming the client is unusually difficult, they can assess:

• Regulation
• Fuel and breathing
• Sensory clarity
• Proprioceptive maps
• Visual processing
• Vestibular function
• Sensory integration
• Dose
• Side and direction
• Environmental complexity

This creates a more precise process.

The practitioner can identify what improves the client’s state, discard what does not, and build the session around the highest-payoff inputs.

The likely practical advantages include:

• Faster feedback during sessions
• More individualized programming
• Fewer unnecessary drills
• Better explanations for clients
• More confidence when familiar tools stop working
• A clearer progression from regulation to performance
• A way to connect apparently unrelated symptoms and movement patterns
• More opportunities to create meaningful change without forcing the painful area

The reassessment does not require the practitioner to guess whether the intervention helped.

The client’s response provides the answer.

What This Changes for the Practitioner’s Business

Better clinical reasoning is not separate from business growth.

It affects the client experience.

When practitioners can assess and reassess clearly, clients can see and feel that something changed.

They are less likely to leave the session believing:

• Their body is broken
• Their pain is mysterious
• They simply need to stretch harder
• They failed the previous program
• The practitioner is guessing

Instead, the client receives a clearer explanation.

They understand that the nervous system is using information to protect them and that the goal is to identify the inputs that make movement feel safer and more predictable.

That can improve:

• Client confidence
• Trust in the practitioner
• Perceived value of the session
• Adherence to homework
• Retention
• Referrals
• Professional differentiation
• The practitioner’s ability to explain their work

Applied neurology also gives therapists and coaches a way to stand out without abandoning the identity or services they have already built.

A strength coach remains a strength coach.

A physical therapist remains a physical therapist.

A Pilates instructor still teaches Pilates.

The neurological framework makes those services more individualized.

It gives practitioners more ways to explain why they are testing something, why a drill changed, and why the next step is different for this client than it was for the previous one.

The Real Goal of Fundamentals

The goal is not to leave the course with a folder full of drills.

It is to leave with a process.

A process for knowing:

• Where to start
• What to assess
• Which system may be contributing
• How to choose an input
• How much of that input to use
• Whether the client accepted it
• When to simplify
• When to add complexity
• How to integrate the result into real movement

The final module matters because it answers the question that often gets missed in introductory education:

“What do I do with all of this on Monday morning?” 

You assess.

You find the input the nervous system is willing to work with.

You reassess.

You build from regulation toward greater sensory and movement complexity.

Then you put the systems back together and connect the work to what the client actually wants to do.

That is a far better model than collecting more tools and hoping one of them works.

Join the New Live Fundamentals of Applied Neurology

The new live Fundamentals course is for practitioners who know their current tools are valuable but also recognize that biomechanics alone does not always explain what they see.

Across seven connected sessions, you will learn:

1.  Introduction to Applied Neurology
   Build the lens, understand input–interpretation–output, and learn the assess-and-reassess process.
2.  Nervous System Regulation
   Identify high-payoff regulation tools and learn how to use minimal effective dose.
3.  Respiration and Breathing
   Assess breathing through habits, biomechanics, and biochemistry before choosing the appropriate drill.
4.  Movement and Proprioception
   Understand how the brain maps the body and how sensory clarity influences movement and strength.
5.  The Neurology of Vision
   Screen and train foundational visual skills while adjusting the drill to the client’s capacity.
6.  The Vestibular System
   Assess balance, gravity, head movement, and side-specific vestibular responses.
7.  The Neurology of Integration
   Combine the systems, stack inputs, build practical programs, and integrate applied neurology into the work you already do.

You will not be asked to throw away your current education.

You will learn how to make better decisions with it.

When a client does not respond, you will have more than another exercise to try.

You will have a framework for understanding why.

 To learn more about the Fundamentals of Neurology, click here.

Frequently Asked Questions

Is Fundamentals a collection of neurological drills?

No.

The course includes assessments and drills, but the foundation is the assess-and-reassess framework.

The goal is to teach practitioners how to select, dose, test, and integrate an input rather than memorize a universal protocol.

Does this replace biomechanics?

No.

Applied neurology places another lens over biomechanics, movement, strength, rehabilitation, and manual therapy.

The course helps practitioners determine whether the nervous system is prepared to use the physical capacity they are developing.

Who is the course designed for?

The material is designed for therapists, physical therapists, physiotherapists, chiropractors, trainers, strength coaches, Pilates instructors, movement professionals, bodyworkers, and other practitioners working with pain, movement, balance, rehabilitation, or performance.

Do participants need a neuroscience background?

No.

The course begins with practical foundational models and builds progressively through regulation, breathing, proprioception, vision, vestibular work, and integration.

The goal is not to turn participants into neurologists.

It is to help them apply a neurological lens safely and practically within their existing scope.

Why is reassessment emphasized so heavily?

Because the same input can produce different responses in different people.

One client may improve.

Another may show no change.

Someone else may become less stable or more restricted.

Reassessment helps the practitioner determine whether the input was supportive and whether the dose should be increased, reduced, modified, or removed.

What is a high-payoff drill?

A high-payoff drill creates a broader positive response.

Instead of improving one isolated movement while other assessments worsen, it may improve rotation, balance, breathing, stability, and perceived effort together.

These tools are often useful for preparing the nervous system for the rest of the session.

Why does the course end with integration?

Because clients do not live in isolated sensory systems.

They walk, turn, lift, work, play, and perform using vision, vestibular information, proprioception, breathing, and cognition together.

The final session teaches practitioners how to combine the systems and connect neurological drills back to meaningful movement.

How much time does neurological work need to take during a normal session?

It may take only a few minutes.

The integration module explains how practitioners can assess, test one or two inputs, reassess, and then return to the therapy, training, Pilates, or coaching session the client expected.

The neurological work should support the main service, not become an unrelated bait and switch.

Will the same drills work forever?

Usually not.

As the nervous system adapts, a drill may become too easy and stop creating a meaningful change.

Programs need to be reassessed and progressed so the client continues receiving an appropriate challenge.