MUST READ:
- WORKSHOP-PLAN.md (for workshop structure)
- CONTENT_GUIDELINES.md (for style rules)
- HOW-TO-BUILD-WORKSHOPS.md (for methodology)

REFERENCE:
- modules/1-aura-setup/lessons/1-workshop-overview/lesson.adoc

Introduction
└── States THE GOAL immediately

What You'll Build
├── Concrete deliverable
└── What it demonstrates

Module Progression
├── Module 1: [Transformation]
├── Module 2: [Transformation]
├── Module 3: [Transformation]
└── Module N: [Final integration]

Prerequisites
└── Required knowledge/tools

Duration
├── Core path: X hours
└── With optional: Y hours

Why This Matters
└── Value proposition (factual, not sales)

Summary
└── Call to action: "Ready? Let's go →"

= Workshop Overview: [What They'll Build]
:type: lesson
:order: 1

// Source: Adapted from [course-name]/[lesson]


[.slide.discrete]
== Introduction

In this workshop, you will [concrete action and deliverable].


[.slide]
== The Goal

By the end of this workshop, you will have built [concrete deliverable].

[Explain what this demonstrates or enables]


[.slide]
== What You'll Learn

This workshop guides you through [X] modules:

**Module 1: [Name]**
* [What you'll do]
* [Building block completion]

**Module 2: [Name]**
* [What you'll do]
* [Building block completion]

**Module 3: [Name]**
* [What you'll do]
* [Building block completion]

**Module N: [Name]**
* [What you'll do]
* [Building block completion]


[.slide]
== Prerequisites

To complete this workshop, you should have:

* [Prerequisite 1]
* [Prerequisite 2]
* [Prerequisite 3]

**Tools needed:**
* [Tool 1] - [Why]
* [Tool 2] - [Why]


[.slide]
== Duration

**Core path:** [X] hours
* All required lessons
* Essential concepts and challenges

**With optional lessons:** [Y] hours
* Additional practice exercises
* Deeper exploration of concepts

**Pace yourself:**
* Take breaks between modules
* Optional lessons can be completed as homework


[.slide]
== Why [This Approach]?

[Factual value proposition - NOT sales language]

[Specific benefits:]
* [Benefit 1 with concrete example]
* [Benefit 2 with concrete example]
* [Benefit 3 with concrete example]


[.summary]
== Summary

In this workshop, you will:

* [Outcome 1]
* [Outcome 2]
* [Outcome 3]

**Time commitment:** [X] hours core, [Y] hours with optional lessons

Ready to get started?

read::Let's go![]

= Workshop Overview: Import and Query the Northwind Dataset
:type: lesson
:order: 1

// Source: Adapted from modeling-fundamentals and importing-fundamentals


[.slide.discrete]
== Introduction

In this workshop, you will import a business dataset into a graph database and build queries to answer business questions.


[.slide]
== The Goal

By the end of this workshop, you will have built **a complete recommendation query** that finds similar customers and suggests products they might like.

This demonstrates how graph databases excel at connected data queries that would require complex JOINs in SQL.


[.slide]
== What You'll Learn

This workshop guides you through 5 modules:

**Module 1: Aura Setup**
* Create a free Neo4j Aura instance
* Understand the tools you'll use
* Prepare your environment

**Module 2: Building Your Graph**
* Model business data as nodes and relationships
* Import products using Data Importer
* Query your graph with Cypher

**Module 3: Basic Relationships**
* Import customers and orders
* Create relationships between entities
* Traverse the Customer → Order path

**Module 4: Many-to-Many Relationships**
* Model order line items
* Create the full Customer → Order → Product path
* Write multi-hop traversal queries

**Module 5: Building Recommendations**
* Find similar customers
* Use collaborative filtering patterns
* Build the complete recommendation query


[.slide]
== Prerequisites

To complete this workshop, you should have:

* Basic understanding of databases (SQL helpful but not required)
* Familiarity with CSV files and data structures
* Comfort with reading and modifying query syntax

**Tools needed:**
* **Web browser** - Chrome, Firefox, or Safari
* **Neo4j Aura Free account** - We'll create this in Module 1


[.slide]
== Duration

**Core path:** 2 hours
* All required lessons
* Essential modeling, importing, and querying

**With optional lessons:** 3 hours
* Additional query practice
* Deeper exploration of patterns

**Pace yourself:**
* Each module takes 20-30 minutes
* Take breaks between modules
* Optional lessons can be completed as homework


[.slide]
== Why Graphs for Connected Data?

Graph databases are well-suited for connected data because relationships are stored as first-class citizens with direct pointers, not foreign keys requiring table scans.

**Concrete advantages:**
* **Simpler queries** - No JOIN operations for relationship traversals
* **Constant performance** - O(k) complexity based on connections, not table sizes (O(n×m))
* **Natural modeling** - Queries read like the questions you're asking

**Example:** Finding "what products did this customer buy" requires 3 JOINs in SQL (4 tables) vs a simple 2-hop traversal in Cypher.


[.summary]
== Summary

In this workshop, you will:

* Model business data as a graph
* Import CSV files using Data Importer
* Write Cypher queries to answer business questions
* Build a recommendation query using collaborative filtering

**Time commitment:** 2 hours core path, 3 hours with optional practice

Ready to get started?

read::Let's go![]

= [Module Title]
:order: N

[Brief description of what this module accomplishes - 1-2 sentences]


By the end of this module, you will:

* [Outcome 1]
* [Outcome 2]
* [Outcome 3]


link:./1-first-lesson/[Ready? Let's go →, role=btn]

= Aura Setup
:order: 1

In this module, you will create a free Neo4j Aura instance and familiarize yourself with the tools you'll use throughout the workshop.


By the end of this module, you will:

* Understand what Neo4j Aura is and how it works
* Have a running Aura Free instance
* Know how to use Data Importer and Query tools
* Be ready to import your first dataset


link:./1-workshop-overview/[Ready? Let's go →, role=btn]

= Building Your Graph
:order: 2

In this module, you will learn graph fundamentals and import your first dataset using Data Importer.


By the end of this module, you will:

* Understand nodes, relationships, and properties
* Know basic Cypher syntax for reading data
* Have Product nodes imported into your graph
* Be able to query products with simple patterns


link:./1-graph-elements/[Ready? Let's go →, role=btn]

= Many-to-Many Relationships
:order: 4

In this module, you will model the many-to-many relationship between orders and products, completing the full Customer → Order → Product path.


By the end of this module, you will:

* Understand how graphs eliminate pivot tables
* Create ORDERS relationships between Order and Product nodes
* Write multi-hop traversal queries
* Compare graph queries to their SQL equivalents


link:./1-graph-vs-pivot-tables/[Ready? Let's go →, role=btn]

= Module Title
:order: N