Interactive examples
Delivery dynamics & feedback
How does the project change as work happens?
Explore learning, rework, reviews and site occupancy through deliberately small models.
Each example makes a limited idea inspectable. Read its assumptions, try a change, and ask what would be needed before using it on a real project.
A project review changes the next move
Walk through a scripted project narrative using prediction error and active-inference language as an analogy.
What to try & what it leaves out
Try. Advance through the reviews and compare the beliefs, progress, recorded decisions and later outcomes.
Limits. Scripted teaching values, not variational or expected free-energy calculations, inferred policies or a validated Active Inference model.
Earlier example, repaired and reviewed 2 October 2026. This review checks the stated model and interactions; it does not establish usefulness in practice.
Editable source
A software team learns and reworks
Explore assumed feedback between delivery, learning, debt, reviews, scope and morale.
What to try & what it leaves out
Try. Advance a week, switch effects off and on, then run and reset. Read the event log alongside the trajectory.
Limits. Invented stochastic rules and coefficients, not calibrated project forecasts. Reset keeps your effect choices.
Earlier example, repaired and reviewed 2 October 2026. This review checks the stated model and interactions; it does not establish usefulness in practice.
Editable source
A day on the pool-and-gym site
Read and run a downloadable NetLogo model of workers and deliveries over one day.
What to try & what it leaves out
Try. Download the model, load it into NetLogo Web, set worker count, then run setup and go.
Limits. A small occupancy illustration with fixed schedules. It cannot establish safe staffing, site capacity or construction logistics.
Earlier example, repaired and reviewed 2 October 2026. This review checks the stated model and interactions; it does not establish usefulness in practice.
Editable sourceRelated reading: Project data models · Frameworks · Information & methods.