Story Mapping

A collaborative technique that visually lays out a product's workflow and major elements on a map. Originating from Jeff Patton in 2005, it is frequently used to shape product roadmaps by organizing features across planned releases. The map shows the order of development slices and clarifies which capabilities will ship in the first, second, third, and subsequent iterations.

Key Points

  • Visual hierarchy from user activities to tasks to user stories, showing the end-to-end experience.
  • Enables release planning by slicing the map vertically to identify MVP and subsequent increments.
  • Builds shared understanding, exposing gaps, dependencies, and priorities across the team.
  • Continuously refined with feedback to guide incremental delivery and roadmap updates.

Example

An agile team building a mobile banking app creates a story map with top-level activities such as Sign In, View Balance, and Transfer Funds. They slice the map to plan releases: Release 1 includes basic sign-in and balance view; Release 2 adds transaction history and domestic transfers; Release 3 introduces biometric login and international transfers.

PMP Example Question

Which practice best helps an agile team visualize the user journey and plan releases by slicing features into incremental deliveries?

  1. Backlog refinement focused only on ranking by business value
  2. Network diagramming to map cross-team technical dependencies
  3. Story mapping to outline activities and slice features across releases
  4. Creating a work breakdown structure (WBS) by component

Correct Answer: C — Story mapping

Explanation: Story mapping visualizes the workflow and groups stories to plan MVP and subsequent releases. It is not the same as WBS, dependency diagrams, or simple backlog ranking.

AI for Project Managers — Build Plans Faster, Lead Better

Turn messy inputs into structured project plans in minutes. If you are a project manager tired of spending hours on documentation, this course shows you how to use AI to work faster while staying fully in control.

This is not a generic AI course. You will learn how to use AI as a practical co-pilot to build real project artifacts—charters, WBS, schedules, risk registers, and executive reports—using structured, reliable prompt frameworks.

You will also learn how to keep your project aligned across scope, schedule, cost, and risk, and how to interpret performance data like Earned Value Management to support better decisions and communication.

Everything is designed for immediate use. You get ready-to-use prompt templates and workflows you can apply right away in your projects. Watch the video to see how it works and start building your first AI-supported project plan.

Explore the Course


Build an ICS/OT cybersecurity foundation that fits the real environment

Standard IT controls can disrupt the industrial systems they are meant to protect. Learn how to assess OT risk, design zones and conduits, apply IEC 62443 security levels, use MITRE ATT&CK for ICS, and establish passive asset visibility without risking production. Eight reconstructed incidents connect attacker techniques to the controls that failed, giving you the vocabulary and judgment to make credible security decisions from day one.

Explore the Course