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Mag.AI-S — Full curriculum (working outline)

Castalia Institute

This document is the working program reference for Magister of Artificial Intelligence in Science (Mag.AI-S). Course books under courses/AINS-S####/ are authoritative for cohort-specific faculty notes; this file tracks program-level structure, themes, and the AI literacy spine.


Executable articles & iNQspace (program-wide)

Mag.AI-S does not separate “theory slides” from “lab notebooks” as the primary delivery model. The curriculum is expressed through executable articles: Jupyter notebooks (and linked MyST prose) that are built into each course’s Jupyter Book and run in iNQspace for real data, tools, and lineage.

Read EXECUTABLE_ARTICLES.md for conventions. AINS-S6005 — Literate Computation & Experiment Logs makes this explicit in the title; every other module still uses notebooks as the default vehicle for artifacts unless the syllabus states otherwise.


AI literacy spine (program-wide)

Across all terms, every course engages with technical AI literacy as appropriate to the artifact:

This is not a separate “AI minor”; it is embedded in measurement, reproducibility, inference, and governance modules.


Term I — World models & integrity

CodeTitleTheme
AINS-S6001Scientific World Models & Executable HypothesesSmallest honest world: assumptions ↔ observables ↔ tests
AINS-S6002Measurement, Uncertainty & CalibrationError budgets and honest limits
AINS-S6003Computational Reproducibility & ProvenanceContainers, seeds, software bills of materials
AINS-S6004Data Systems, Documentation & LineageMetadata, schemas, audit trails
AINS-S6005Literate Computation & Experiment LogsNotebooks and logs as reviewable artifacts
AINS-S6006Ethics, Integrity & Responsible ConductAuthorship, misuse, and integrity boundaries

Term II — Evidence & systems at scale

CodeTitleTheme
AINS-S6101Experiment Design & Causal ReasoningIdentification and design for strong claims
AINS-S6102Statistical Learning & Model EvaluationGeneralization and evaluation discipline
AINS-S6103Simulation, Generative Models & Synthetic DataSynthetic data and simulators under constraints
AINS-S6104Literature Intelligence, RAG & Evidence SynthesisRetrieval and synthesis at scale
AINS-S6105Instruments, Signals & ML for MeasurementSignals, noise, and learned measurement
AINS-S6106Open Science, Collaboration & Review Stress TestsAdversarial review and collaboration risk

Term III — Strategic science

CodeTitleTheme
AINS-S6201Competing Hypotheses & Model ComparisonComparison and strategic model choice
AINS-S6202Research Strategy as Policy Under UncertaintyPolicies mapping states to actions
AINS-S6203Portfolio & Resource Allocation for Research ProgramsBudget and risk across initiatives
AINS-S6204Autonomous Lab & Instrumentation SystemsGoverned autonomy in lab workflows
AINS-S6205Safety, Governance & Control in Scientific AIOversight for scientific AI systems
AINS-S6206Magisterium Thesis (Science)Capstone deployment, validation, defense

Prerequisites

Default path is sequential within each term unless faculty publish an exception list. Cross-track recognition (e.g. from Mag.AI-Marketing) is not automatic—faculty review.


Artifacts

Each course expects a minimum viable artifact appropriate to the module (simulation, pipeline, benchmark report, or governed tool integration). The default delivery is an executable article (notebook + narrative) in the course’s Jupyter Book, with execution and lineage in iNQspace. Exact rubrics are cohort-specific; the constant requirement is inspectable lineage in iNQspace.

See EXECUTABLE_ARTICLES.md.