Module 14 · Week 15 synthesis & peer review · Reproducibility & AI Audit · adaptive competency DV22
Make every result rebuildable.
No new concepts: synthesize and peer-review methods already learned across Modules 1–13. Trace the evidence, repair fragile analyses, regenerate every artifact, preserve the AI decision record, and discover which conclusions survive reasonable specifications.
9module steps
5interactive audits
1evidence package
70+minutes
Mission progress0%
Begin by reconstructing the evidence lineage.
By the end of this module, you will be able to
- Trace an analysis from its claim back to the raw evidence behind it.
- Reproduce and regenerate every artifact: data, code, figures, and numbers.
- Repair fragile analyses that break on a fresh run.
- Preserve the AI decision record: what was suggested, accepted, rejected, and corrected.
- Stress-test conclusions across reasonable specifications and report which ones survive.
- Apply all of this to Project 7: your DV22 Reproducibility Evidence Studio, due the date on Canvas.
Your evidence map
0 XPDV22
Student learning outcomes
By the end of Module 14, students can…
- Trace evidence lineage from source versions through transformations to every final artifact.
- Control the environment — packages, paths, execution order, seeds — and prove regeneration in a clean run.
- Preserve the complete AI decision record: prompt, raw output, independent check, correction, and human decision.
- Compare defensible analytic specifications and disclose sensitivity honestly.
- Defend a reproducibility package under independent peer review.
Module 14 step by step
Each step below is its own short page, so nothing runs on for screens at a time. Work through them in order — your progress is saved as you go, and the numbered bar at the top of every page jumps straight to any step.
- 1TraceTrace the evidence lineage
- 2ReproduceRepair the reproducibility failures
- 3RegenerateRegenerate and verify the artifact
- 4AuditPreserve the AI decision record
- 5Stress-testStress-test reasonable specifications
- 6Verify in RVerify the seeded regeneration in browser R
- 7DefendDefend a reproducible evidence package
- 8SubmitSubmit the Module 14 graded assignment
- 9Prove masteryPass the mastery check and record the module