How this course is built
Most AI courses teach the tools, which change every quarter. This one teaches a durable method for doing finance and accounting work you can defend, with the tools as an interchangeable layer on top. This page is the design: the method, the module architecture, the objectives and how they are assessed, and the sources every module is grounded in.
The problem it solves
The same AI tool produces defensible work for one professional and confident nonsense for another. The difference is not the tool; it is how the task is framed, what context the tool is given, and how the output is reviewed. Fluent output, in these systems, is a feature of how they write rather than a signal that the content is correct. A course that teaches button-clicking rots as the buttons change and never addresses that gap. This course addresses it directly.
The method: five moves
Every module runs on the same five moves, taught once and then drilled until they are reflex. They are the operating system the whole course is built on.
- 1Map it. Frame the task as a journey: where you are, where you are going (with a worked example of the destination), and how to get there.
- 2Split it. Separate deterministic work from non-deterministic. AI builds the formula or code for the deterministic parts and performs only the rest.
- 3Fuel it. Give the model the minimum necessary context, delivered as a clean folder, and nothing more.
- 4Guard it. Run the red-lines check: the right data in the right tool tier, scoped access, approvals on, and an audit trail.
- 5Review it. Close with the five-point human review: verify every source, own every conclusion, strip AI writing patterns, trace every number, and reconcile.
The module architecture
Each module has the same anatomy, so the method compounds rather than resets. The work comes first; the tool comes last.
- The work: a recap of the real finance or accounting task and its established best practices, anchored in authoritative sources.
- AI here: what the tools are genuinely good at for this task and what they are not, then how to run it.
- The pattern: the workflow drawn as inputs, an AI step, a human checkpoint, and a finished artifact, each step with its prompt and failure modes.
- The lab: a downloadable data folder the student runs in whatever AI they have, with a guided validation checklist.
- The rubric: a self-score mapped to the learning objectives, rolled up into a workflow-maturity dashboard.
- The debrief: an annotated worked example that reconciles to the data, and an honest account of where the workflow breaks.
The ten core modules cover the close and flux narrative, variance and driver trees, benchmarking, working capital and 13-week cash, cost takeout, anomaly detection, technical memos, contract review, valuation, and a capstone. Three appendix modules add financial due diligence, procurement, and the FP&A operating model.
Objectives, and how they are assessed
The course is built to eight learning objectives:
- LO1Model and tool literacy: explain key AI system types and select an appropriate approach for a finance task.
- LO2Safe and compliant use: apply a practical governance framework (data sensitivity, red lines, escalation, audit trail).
- LO3Finance workflow design: build repeatable end-to-end workflows (inputs, AI steps, human checks, final artifact).
- LO4Evidence-based output: produce deliverables with traceability to source data and authoritative references.
- LO5Validation and controls: apply structured validation (reconciliation, assumption ledger, cross-checking, error detection).
- LO6Decision quality and bias reduction: apply debiasing steps to improve recommendations.
- LO7Executive framing: communicate findings clearly with risks, uncertainties, and next actions tied to the numbers.
- LO8Evaluation and improvement: measure output quality against a rubric and iteratively improve the workflow.
Assessment is built in, not bolted on. Inline knowledge checks feed a spaced-review system. Every module carries a rubric mapped to the objectives above; a student self-scores each deliverable, and the scores roll up into a workflow-maturity dashboard that shows, at a glance, which objectives are becoming second nature and which still need reps. The capstone chains four workflows into one board package graded against a composite rubric covering all eight objectives. This structure maps cleanly onto accredited and continuing-education requirements.
Grounded in authoritative sources
A course that teaches “verify every source” has to model it. Each module opens with the real work and its established best practices, anchored in authoritative references: SEC Staff Accounting Bulletin No. 99 and FASB Concepts Statement No. 8 on materiality; ASC 606 on revenue recognition; Horngren on variance analysis; the AICPA guidance and AU-C 240 on journal-entry testing; Kraljic and CIPS on procurement; Damodaran and McKinsey on valuation; and the peer-reviewed studies on how AI actually behaves on knowledge work. Every citation in the course was checked; none were invented.
Two paths, one build
The same ten-module spine serves two audiences. The full path is the accredited experience: readings, knowledge checks, labs, graded rubrics, spaced review, and the capstone. The executive path is a focused route through each module, the brief, the pattern, and one lab, for a leader who wants the method in a couple of hours per module rather than the full treatment. The course is free, needs no account, and is tool-agnostic, so a corporate learner under an IT mandate can take it with whatever AI they are approved to use.
For institutions and programs
This course was built by a practitioner who teaches finance at a university, and it is designed to be adopted or adapted, not just consumed. The objectives, the assessment model, and the source grounding are structured for a curriculum committee to evaluate. Instructors interested in using, adapting, or white-labeling it for a program, or in the instructor's teaching record, can start here.