(Page Update 5/18/25)
During the Vertical & Systemic Coaching epoch, practitioners began to treat growth as a shift in meaning-making orders nested inside multi-level feedback structures. Drawing on constructive developmental theory, complexity science, and Perceptual Control Theory (PCT), coaches locate persistent errors where reference signals from higher-order purposes conflict with lower-order behaviors. Interventions, therefore, target the relationship among control loops—personal, team, organizational, and ecological—rather than any single technique in isolation.
Robert Kegan’s In Over Our Heads (1994) and later work with Lisa Lahey framed adult development as a progression through qualitatively different ways of organizing experience. Simultaneously, systems thinkers (Peter Senge and Donella Meadows) highlighted how actions reverberate through interdependent structures. PCT provides micro-mechanism: individuals act to reduce perceptual error, while higher-level systems set the reference values that define error.
The workplace shifted toward knowledge networks and rapid innovation; sport expanded from individual contests to data-driven franchise ecosystems; education saw project-based learning aimed at “systems literacy.” Digital connectivity exposed how local improvements could trigger remote disturbances—supply-chain delays, social-media backlash, and climate externalities. Coaches and consultants needed methods recognizing nested feedback and vertical meaning without abandoning deliberate-practice rigor.
Technology matured in parallel. Cloud dashboards aggregated real-time metrics across departments; social-sensing tools captured sentiment; motion-capture and force-plate labs offered physiological precision. Yet information abundance intensified reference conflicts: quarterly revenue targets versus long-term brand integrity, personal wellness versus around-the-clock availability. Vertical & Systemic Coaching emerged to arbitrate those conflicts by aligning reference frames rather than prescribing isolated fixes.
Engagements begin with a diagram of control loops: individual habits, dyadic dynamics, team cadences, organizational policies, societal norms, and biospheric limits. Each loop is labeled with its controlled perception, reference value, and dominant disturbance. The map surfaces conflict (e.g., “fastest delivery” vs. “lowest carbon footprint”) before action planning.
Each developmental plane corresponds to a PCT level that supplies reference signals for the level below:
Vertical growth occurs when a person shifts attention to a higher control level, notices persistent errors, and negotiates new reference values. Systemic coaching facilitates that shift, ensuring lower loops recalibrate without creating instability elsewhere.
All three planes receive explicit attention:
The distinctive feature is synchronization. Coaches monitor phase alignment so improvements on one plane do not degrade stability on another.
Performance as The Way of PIE (Purpose, Integrity, Experience) functions here as a Coach-Play dialectic in motion:
Vertical & Systemic Coaching choreographs this motion: a clear purpose is set, practice (play) disturbs the system, feedback tests integrity, and results inform the next purpose iteration. Alignment among nested loops ensures the dialectic scales from individual to institution.
Purpose is negotiated and periodically re-examined, recognizing that higher-order references may evolve. Integrity includes data hygiene, feedback latency, and cross-loop coherence. Experience ranges from micro-skills sessions to whole-system simulations. The triad operates at every scale, but systemic coaching ensures no element dominates to the detriment of the others.
Ongoing challenges include diagnostic overhead, potential analysis paralysis, and the temptation to treat systemic mapping as an end rather than a guide for iterative practice.
Sketch three control loops that shape your current project: one personal habit, one team norm, and one organizational policy. For each loop, list its controlled perception and reference value. Identify any conflict among the references. Draft one small experiment (change a reference or disturbance) and schedule a review date to evaluate system stability.
See Next: Augmented Meta-Reflexivity
Back To: Cognitive–Deliberate Practice
See Related: Researching Perceptual Control
See Related: The Purposeful PIE