Create a learner profile first so Aristotle can tailor the path.

Definition of done scorecard

Readiness

This page is an honest implementation audit against the 12 dimensions in the definition of done. It is not a declaration that Aristotle is finished.

38/60 readiness points
63% implementation readiness
126 stage-subject entries
768 starter concepts
0 curriculum metadata gaps
768 concepts awaiting expert review
0 live expert approvals
768 live review queue
0 open operational errors
0/6 external gates met
0 accepted beta learners

Gate status

MVP and production signals

MVP signal

This is an implementation-readiness signal, not proof that the full definition of done is complete.

Currently passes implementation signal

Production signal

Production requires no dimension below 3 and critical dimensions at 4 or above.

Production signal not passed

Dimensions

Evidence and gaps

Student onboarding

4/5

Evidence: Learner profiles capture stage, subject, pathway, age band, confidence, goal, style, pace, practice pattern, support notes and accessibility preferences.

Gap: Needs richer age-specific copy, dynamic reading-level adjustment and usability testing with learners across access needs.

Learner model

3/5

Evidence: Profiles track concepts, mastery states, evidence counts, scores, confidence, misconceptions, review timing, difficulty, emotion signals, reflections, frustration and confidence calibration.

Gap: Needs stronger psychometric validation and multi-session calibration.

Subject concept map

3/5

Evidence: EYFS to A-Level coverage includes starter concepts, prerequisites, problems, mastery signals, remediation, extension paths, validation markers, structural audit coverage and a live curriculum review queue.

Gap: Needs completed expert-reviewed depth for each subject, exam board and nation-specific variant before production trust.

Diagnostic assessment

3/5

Evidence: Subject diagnostics update concept-level evidence and progress states using rotating recall, explanation and application rubric dimensions.

Gap: Needs larger item banks, adaptive branching and externally validated rubrics.

Adaptive lesson generation

3/5

Evidence: Lessons adapt by stage, concept metadata, prior evidence, hints and remediation outcomes.

Gap: Needs stronger generation control, content review and multiple lesson formats per concept.

Comprehension measurement

3/5

Evidence: Checks classify unsupported, misconception, partial and correct evidence with scores, confidence, scaffolding and explicit evidence dimensions: recall, procedural fluency, explanation, application, transfer, error correction, teach-back and confidence calibration.

Gap: Needs subject-specific rubric validation, calibrated item difficulty and delayed retention evidence across real learners.

Feedback and remediation

3/5

Evidence: Misconceptions trigger targeted next actions; concepts expose remediation strategies.

Gap: Needs more nuanced misconception taxonomies per subject and worked-example remediation.

Progress tracking

4/5

Evidence: Dashboards, learner model, educator view, aggregate analytics and records page expose progress, scores, learning gain, misconception hotspots and evidence.

Gap: Needs charts, cohort trends and longitudinal reporting.

Memory and continuity

3/5

Evidence: Accounts persist learner profiles; share codes allow controlled adult access.

Gap: Needs password reset, multi-learner account management polish and production session policies.

Safety and accuracy

3/5

Evidence: High-risk learner inputs create safety audit events, stay open for review, require no mastery advancement; younger learner profiles can record guardian acknowledgement; curriculum concepts can be blocked or sent for revision by reviewers.

Gap: Needs external safeguarding review, operational ownership, moderation tooling and expert content accuracy review before production.

User experience

3/5

Evidence: Core flows are navigable in browser across desktop and mobile-sized viewport.

Gap: Needs usability testing with real learners across age ranges and assistive needs.

Technical reliability

3/5

Evidence: Django tests cover coverage, learning flows, safety, account persistence, privacy, adult access and operations; CI runs checks, migration drift detection and tests; server exceptions are captured into an operational event trail; backup, smoke and learning-load commands can record operational evidence.

Gap: Needs deployment config, external monitoring, alerting, production database setup and high-volume load testing.