agi-app-learning-assessment

The app is displayed as Learning & Assessment. The original TeSciA diagnostic collection remains available. The former agi-app-tescia-diagnostic package installs this distribution; both legacy project discovery aliases resolve to learning_assessment_project. Existing user workspace data and settings remain in place.

agi-app-learning-assessment packages the learning_assessment_project AGILAB app. It is a diagnostic-method example that turns weak assumptions, evidence, candidate fixes, and regression plans into structured artifacts. It can also be used as a student self-evaluation exercise: cases expose student-facing metadata and optional submitted answers that are graded with a deterministic rubric. For classroom use, a submission batch can reference exercise ids and expand into independent scoring rows for local or cluster execution. The example teaches evidence-based diagnostic reasoning; it does not process acoustic, vibration, or telemetry signals.

Purpose

Use this package to test a TeSciA-style engineering diagnostic workflow. The default path scores bundled cases deterministically; optional local AI engines can draft new cases, but validated scoring remains explicit and reproducible. When a case contains student_answer, the exported student_score reflects the learner response while case_quality_score keeps the reference exercise score. Bundled cases also carry a 2026 French mathematics-program coverage matrix at top-level domain granularity for the 2026-2027 rollout, with at least two exercises required per declared curriculum id. The bundled catalog now also includes a 12-case 2026 data-scientist interview evaluation inspired by a legacy QCM and current AI-engineering interview practice: modern Python/pandas workflows, leakage-free model evaluation, scaling decisions, RAG retrieval design, agent memory, LLM evaluation, uncertainty and drift, data-centric limited-label strategy, open-weight model review, and inference or token-cost optimization are scored with the same evidence-backed rubric.

The bundled catalog is organized into three explicit learner paths:

• AGILAB diagnostics: 2 support and workflow cases.
• Mathematics 2026: 10 curriculum-audit and practice cases.
• Data science 2026: 12 modern ML and AI-engineering cases.

ANALYSIS uses the selected path for its catalog and self-check. Custom or locally generated cases fall back to General diagnostics when they do not declare a supported path. Classroom batches export anonymized teacher artifacts: progress, heatmap, needs-attention, per-student, curriculum-level, intervention-plan CSV files, and a printable teacher summary.

Installed Project

The distribution name is agi-app-learning-assessment; the AGILAB project name is learning_assessment_project. The package exposes both learning_assessment and learning_assessment_project through the agilab.apps entry point group, so AgiEnv(app="learning_assessment_project") resolves the project without a monorepo checkout.

Install

pip install agi-app-learning-assessment

The agi-apps umbrella pulls this package on Python 3.13+ because the TeSciA diagnostic app uses the same Python floor as its packaged worker environment. Install it directly when validating the diagnostic app package from an index or a locally built wheel.

Run In AGILAB

Select learning_assessment_project, open ORCHESTRATE, then run Deploy scheduler & workers and RUN with bundled cases. Inspect the exported reports under ANALYSIS or the project output directory. The argument form includes the student-answer JSON contract used for self-evaluation. For a classroom batch, select Bundled classroom sample in ORCHESTRATE, or place a agilab.tescia_diagnostic.classroom.v1 JSON file in the input directory and set the file glob to that payload.

Expected Inputs

The default input is a bundled JSON case file with exercise metadata. Optional local-AI generation requires a configured local endpoint and fails closed if the generated JSON does not match the expected schema. Student submissions can be added through a student_answer object in the case JSON. Data-scientist cases use topic tags such as data-science-2026, pandas, model-evaluation, rag, agent, llm-judge, conformal-prediction, token-efficiency, and quantization. Mathematics cases can also include curriculum_ids; unknown ids are rejected by the coverage helper. Classroom submission files contain classroom metadata plus a submissions list of student_id, case_id, and answer objects. Student ids are anonymized by default in teacher artifacts.

Expected Outputs

The app writes diagnostic reports, summary CSV files, reducer summaries, and a student_score field that records whether the diagnosis, better fix, and regression plan are supported by evidence. With a submitted answer, the report also exports a score band and targeted feedback for missing evidence, fix, or regression-test selections. Cases can also declare a versioned deterministic decision policy. The bundled uncertainty-and-drift exercise records observed drift and coverage, thresholds, the selected action, and the triggers that force abstention to human review. The worker also writes printable correction sheets and math_program_2026_coverage.json so a catalog can prove whether every declared 2026 top-level mathematics curriculum id meets the minimum exercise count. For classroom batches it also writes:

• classroom/classroom_run_report.json
• classroom/classroom_teacher_summary.md
• classroom/classroom_progress.csv
• classroom/classroom_heatmap.csv
• classroom/classroom_needs_attention.csv
• classroom/classroom_students.csv
• classroom/classroom_curriculum.csv
• classroom/classroom_learning_tracks.csv
• classroom/classroom_interventions.csv

During live or distributed runs, workers can also publish partial progress under classroom/partials/ as classroom_partial_worker_<id>_<source>.json and classroom_partial_worker_<id>_<source>_progress.csv. The ANALYSIS classroom tab reads the latest completed run artifact when present, merges partial worker artifacts while a run is still progressing, falls back to the bundled preview otherwise, and includes manual plus optional live refresh.

Change One Thing

Add one diagnostic case with a deliberately weak proposed fix and two candidate regression tests. The app should keep the stronger fix only when the evidence and tests support it.

For data-scientist evaluation, filter the catalog to data-scientist candidate and change one answer selection. The score should fall when the answer keeps a stale pandas API, leaks test data, ships a RAG or agent-memory demo without goldens, trusts a leaderboard without task-specific evaluation, ignores uncertainty and drift, or accepts token/inference savings without a target quality and latency gate.

In the uncertainty-and-drift case, move drift_score and empirical_coverage across their thresholds. The report must select serve_prediction_with_monitoring only when both gates pass and otherwise use abstain_and_route_to_human_review.

For mathematics-program coverage, add or remove a curriculum_ids entry and run the focused TeSciA tests. Missing required ids, undercovered ids, and invented ids fail the coverage contract.

For classroom mode, upload/drop a classroom JSON batch into learning_assessment/submissions, or add a second submission for the same exercise with a different student_id; the exported heatmap should add a new row without changing the exercise definition. Inbox files are scored before the bundled sample when Read submission inbox is enabled.

Scope

This is a repeatable diagnostic example. It does not execute remediation commands, replace incident management, or silently trust model-generated content.

It is not an acoustic, vibration, or telemetry signal-processing application.

The mathematics-program coverage is a domain-level audit contract, not a full official exercise bank.