Lecture Library

RevealJS Slide Decks — Data InDeed

All slide deck series for Data InDeed. 29 lectures across six series covering applied statistics, causal inference, experimental design, trauma registry analytics, OMOP, and clinical AI ethics.
Modified

June 9, 2026

All lecture slide decks for the Data InDeed curriculum — built in RevealJS with live R visualizations, speaker notes, and chalkboard mode. Each deck links back to the corresponding blog series for deeper reading.

How to use: Open any slide deck in your browser. Press S for speaker view, B for chalkboard, F for fullscreen.


Series

Applied Statistics for AI & Clinical Decision-Making

10 lectures · Posts 01–30 · ~8.5 hours

The foundational series — probability, inference, regression, Bayesian methods, model evaluation, and the mathematical foundations of modern AI. Grounded throughout in trauma systems and clinical decision-making.

Browse lectures → Master Speaker Notes


Advanced Statistics for AI & Clinical Decision-Making

4 lectures · Posts 01–10 · ~3.5 hours

Missing data mechanisms and imputation, causal inference frameworks, identification strategies (IV, RD, DiD), and evidence synthesis. Prerequisite: Applied Statistics series.

Browse lectures → Master Speaker Notes


Design of Experiments for AI & Clinical Decision-Making

4 lectures · Posts 01–10 · ~3.5 hours

Study design from first principles — RCT anatomy, longitudinal design and power, trial integrity and blinding, quasi-experimental methods and synthesis. For analysts who design or appraise clinical studies.

Browse lectures → Master Speaker Notes


Trauma Registry Analytics

5 lectures · Posts 01–15 · ~4.5 hours

Registry data fundamentals, Bayesian modeling philosophy, missing data in hierarchical models, prediction of rare outcomes, and production governance. Focused on DoDTR and military trauma system contexts.

Browse lectures → Master Speaker Notes


OMOP & Interoperability

2 lectures · Posts 01–05 · ~2 hours

OMOP CDM architecture and its limits for trauma data, interoperability governance, value-level metadata, trauma-ready CDM extensions, and the translation layer model.

Browse lectures → Master Speaker Notes


Ethics of Clinical AI

4 lectures · Posts 01–12 · ~3.5 hours

Opacity and accountability failures, prediction vs. responsibility, fairness and algorithmic monitoring, semantic infrastructure and responsible AI governance — with a focus on military trauma and the DoDTR modernization agenda.

Browse lectures → Master Speaker Notes


Quick Reference

Series Lectures Hours Status
Applied Statistics 10 ~8.5 ✅ Complete
Advanced Statistics 4 ~3.5 ✅ Complete
Design of Experiments 4 ~3.5 ✅ Complete
Trauma Registry Analytics 5 ~4.5 ✅ Complete
OMOP & Interoperability 2 ~2.0 ✅ Complete
Ethics of Clinical AI 4 ~3.5 ✅ Complete
Total 29 ~25.5