·
5 to 6 hours
HD·ID·03 Basic → Advanced

Wayfinding & Signage Systems

Helping strangers navigate spaces they've never seen.

Wayfinding design guides people through unfamiliar physical spaces using consistent visual systems. This course covers signage hierarchy, decision-point placement, and the cognitive science of how people build mental maps of buildings, transit systems, and campuses.

In Development

This course's full module content is being written. The outline below is final, subscribe for updates when it publishes.

LEARNING OUTCOMES

  1. 01 Explain the cognitive process of building a mental map in an unfamiliar space
  2. 02 Place signage at genuine decision points rather than arbitrarily
  3. 03 Design a consistent signage hierarchy across a multi-level or multi-building site
  4. 04 Apply colour and symbol coding for zone differentiation
  5. 05 Evaluate an existing wayfinding system for gaps and inconsistencies
01

How People Build Mental Maps

Wayfinding succeeds or fails based on whether it helps a stranger build an accurate mental model of the space, not just whether individual signs are legible.
01 ▶ present
02

Decision Points

Signage belongs at genuine decision points, where a path splits or a choice must be made, not scattered evenly regardless of need.
02 ▶ present
03

Signage Hierarchy

A consistent hierarchy, primary, secondary, identification signage, lets a visitor know how much attention a given sign deserves at a glance.
03 ▶ present
04

Colour & Symbol Coding for Zones

Coding zones by colour or symbol lets visitors self-navigate at a glance, provided the code is taught early and applied with total consistency.
04 ▶ present
05

Multi-Level & Multi-Building Systems

Vertical navigation (floors) and horizontal navigation (buildings, campuses) each introduce distinct wayfinding challenges that flat signage often fails to address.
05 ▶ present
06

Auditing an Existing Wayfinding System

A wayfinding audit walks the actual paths a first-time visitor would take, testing whether the mental map forms correctly at each decision point.
06 ▶ present