RIDE-I: from theory to deployed practice, with evidence at every gate.
RIDE-I is the Centre's operating model — a disciplined pipeline that carries an idea from theoretical
claim to classroom deployment, insisting on independent evaluation before implementation.
It is why ERTC ships working systems, not slideware.
RIDE-I is not a line but a lattice. Every stage is interrogated along two orthogonal axes —
four commitments it must honor, and four components it acts upon — so a single learning system is
resolved into a grid of questions that must each be answered with evidence. The stages are how the
work moves; the axes are what the work is accountable to.
Axis I · four commitments every stage must honor — the cube's rows
Θ
Theory
Advanced theories of learning — adaptive, personalized, engaging. A standing commitment to pedagogy that keeps evolving with the evidence, not a fixed method.
⚙
Technology
State-of-the-art enabling technologies — treated not as tools but as enablers that make learning more interactive, accessible, and efficient.
⊕
Application
Strategic, appropriate application — the right method in the right context, so technology integration is purposeful and beneficial rather than merely novel.
✓
Efficacy
Proven efficacy of learning — continuous, evidence-based validation. Novel is not enough; only what is measurably impactful is allowed to survive.
Axis II · four components every stage acts upon — the cube's columns
L
Learners
Human learners — the agents whose growth the whole system exists to serve.
E
Environments
Learning environments — physical, digital, and hybrid settings in which learning takes place.
P
Processes
Learning processes — the interactions and trajectories that carry a learner forward over time.
R
Resources
Learning resources — human, physical, and digital; static content, and dynamic content (games, ITS).
Axis III · five stages, from claim to classroom — the cube's depth
STAGE 01
Research
R
Theory first. AA/HAA/SAA, psychometrics (GPT models, SATA, LCC, BKT extensions), and the learning-science evidence base define what a system must respect before a line of code exists.
STAGE 02
Innovation
I
New mechanisms derived from the theory: dual O×A scoring, learner-as-questioner (Q2L), authorship-by-defensibility, self-critiquing AI markers.
STAGE 03
Development
D
Cloud-native builds — Cloud Run, GCS, xAPI/LRS instrumentation — so every learner interaction becomes analyzable evidence from day one.
STAGE 04
Evaluation
E
Independent, rubric-governed review of pedagogical effectiveness — an FDA-analogous stance toward AI-enabled educational products (PERP).
STAGE 05
Implementation
I
Deployment into real courses, grants, and institutional practice — with longitudinal analytics feeding back into Stage 01.
The loop closes. Implementation data — xAPI streams from live courses — re-enters Research,
so the framework improves the systems and the systems test the framework.
The formal core
The Symmetry Theorem: a learner and a dynamic resource are the same mathematical object.
Human Learner⇄Dynamic Learning Resource
Assumption
For every human learner there exist individualized dynamic resources, environments, and processes that optimize that learner's learning. Adaptivity is not a feature added on top; it is the framework's founding premise.
Symmetry
Human learners and dynamic learning resources are mathematically symmetric — the same duality psychometrics draws between persons and items. A resource has estimable "behavior"; it can be modeled, measured, and located on a scale exactly as a learner can. This is where the Centre's measurement heritage — the GPT models, item-response theory — becomes structural, not decorative.
Consequence
Every method for studying learners therefore applies to studying resources — and resources can be tutored, refined, and made to improve themselves. This is SIAIS: Self-Improving Adaptive Instructional Systems, and it is the formal warrant for the loop above: deployment data does not merely inform the framework, it is the same kind of evidence the framework was built to read.
The framework is a real cube — 4 commitments × 4 components × 4 stages (R·I·D·E) = 64 cells, and
the final I, Implementation, puts the whole cube into practice. Drag to rotate; the red axis
is commitments, blue is components, grey is stages. Click any cell and the assistant reasons about that
commitment × component × stage triple, anchored in the Centre's theory.
Drag to rotate · click a cell to drill in
Select a cell to begin.
Rotate the cube and click any cell — the assistant will reason about that commitment × component × stage triple.Reasoning about this cell…The assistant is offline — here is the static reading of this cell.