Free sample course

Adaptive Decision Systems Foundations

A short ungated path showing how DoOperator Education teaches: decision first, causal question second, optimization last.

A small taste of the full curriculum

Each lesson below mirrors the full courses: a mental model, a practical exercise, and a standard for what good judgment sounds like.

018 min

Start with the decision

A method is only useful after you know what decision it will inform. Before choosing an experiment, model, or policy optimizer, write the action you might take and the evidence that would change it.

Try it

Draft one sentence: If evidence shows X, we will do Y; if it shows Z, we will do W.

0210 min

Name the causal question

Replace vague claims like 'engagement improved' with a target comparison: what would have happened to this population under treatment versus control over a specific time horizon?

Try it

Convert a product idea into treatment, control, population, outcome, and time horizon.

039 min

Protect the decision with guardrails

Good systems do not optimize one number blindly. They track harm, validity, and operational failure: sample-ratio mismatch, support burden, complaints, latency, fairness, or escalation.

Try it

List one primary metric, two guardrails, and one condition that would stop launch.

048 min

Decide how learning will continue

Adaptive systems need a learning policy. Some decisions should use fixed experiments, some should use staged rollout, and some should wait for better logged data before automation.

Try it

Choose fixed experiment, staged rollout, observational analysis, or offline policy evaluation, then justify why.

One-page decision brief

By the end of the sample, a learner should be able to write a compact brief that names the decision, estimand, metrics, guardrails, and next learning step.

  1. Decision

    What action is on the table?

  2. Evidence

    What result would change the action?

  3. Validity

    What could make the evidence misleading?

  4. Learning

    What should the system learn next?

Move from sample to full course work

The full courses add notebooks, datasets, capstones, rubrics, worked examples, and certificates.

Recommended next step

Product Experimentation

Design randomized experiments with estimands, power, metrics, and launch review.

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Recommended next step

Causal Analyst

Turn observational product data into criticizable causal designs and sensitivity checks.

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Recommended next step

Adaptive AI Systems

Build logged-policy, off-policy evaluation, and safe rollout judgment.

View path →