Not wrong in general — wrong for your sport, your training, your recovery. Every activity demands a specific respiratory strategy. Most people use one approach for everything. That gap costs performance.
Box breathing. Deep breaths. Slow down. These are not wrong — they are just not enough.
Your respiratory system is not a single dial you turn up or down. It is a set of distinct neurological circuits, each activated by a specific breathing pattern, each producing a different physiological outcome. The right pattern at the right moment is the difference between optimising your nervous system and working against it.
A breathing strategy that works perfectly before a heavy lift will actively work against you if you use it to fall asleep. The protocol that gives you maximum recovery after a hard session is not the same one that keeps you sharp and alert during competition.
This is not about breathing more or less, slower or faster. It is about knowing which circuit you need to engage — and having the tools to engage it on demand.
"Dose the stimulus.— Dr. Kenneth Jay, PhD
Measure the response."
There is an optimal breathing strategy for each context below. Most people use the same approach for all of them. The workshop teaches you exactly what to use — and why.
"What's the right breathing protocol for my sport, my training, my recovery — and what happens if I get it wrong?"
All of the above are covered in the workshop.
The workshop doesn't hand you a list of protocols. It gives you the framework to understand why each one works — so you can apply it to any situation, any athlete, any training context.
Each breathing pattern activates a distinct circuit in the nervous system. These five have been characterised in peer-reviewed research — and each serves a purpose that none of the others can replicate.
A dedicated neural circuit in the brainstem — engaged by a specific double-inhalation pattern — that can reduce acute stress within minutes. Not accessible through ordinary deep breathing.
A rhythmic pattern that entrains cardiac rhythm and nervous system oscillations into stable, coherent balance — reducing stress without impairing alertness or physical output.
Breathing at the cardiovascular system's resonance frequency optimises a key regulatory mechanism and — with consistent daily practice — produces lasting changes in how your nervous system handles pressure.
A specific ratio between inhalation and exhalation that maximises parasympathetic activation via a precisely timed neural gating mechanism. The most effective recovery-inducing pattern available.
The foundation every other protocol runs on. A simple, continuous practice that improves gas exchange efficiency, normalises CO₂ levels, and amplifies the effect of all other techniques.
These five pathways form the evidence base for The Breathing Blueprint, grounded in a peer-reviewed narrative review co-authored with Matthew Antonucci DC, DACNB. The workshop translates this framework into practical tools you can apply immediately — to your own training and to the athletes and people you work with.
A three-day intensive workshop for athletes, coaches, and practitioners who want a complete, mechanistic foundation for every breathing decision they make — in training, recovery, competition and daily life. Each day builds on the last, moving from fundamental mechanisms through applied protocols to full integration and mastery.
Not a generic breathwork seminar. A structured, protocol-based curriculum built on the neuroscience of human performance — with hands-on practice in every module.
Every participant leaves with the complete workshop manual — 100+ pages of protocol specifications, the neuroscience behind each one, and a decision framework built for real-world use. Designed to be used in the field, not filed away.
"I see myself as an architect of order — someone who seeks to embody fortitude, clarity, and responsibility. Not merely as thought, but carried and lived."
I have always been drawn to the same question: why do good intentions so often fail when body and brain are under pressure? Not as an abstract idea — as a pattern that repeats itself in every training room, on every competition day, wherever preparation meets pressure.
My work sits at the intersection of science and practice — translating the neuroscience of performance into tools that hold up under real conditions, with real people, when the stakes are real.
I am interested in evidence. I am even more interested in what actually works.
The Breathing Blueprint is grounded in a peer-reviewed narrative review co-authored with Matthew Antonucci DC, DACNB, synthesising the neurophysiological evidence base for mechanism-informed respiratory training.
This is not a framework built in theory. It is a decision architecture tested against the demands of performance coaching, high-load training, and the messy reality of human physiology under pressure.
Questions about the workshop, group bookings, or in-house delivery — use the form below and we'll get back to you.