The process of using spatial and environmental information to navigate to a destination.

Whether navigating a college campus, the wilds of a forest, or a Web site, the basic process of wayfinding involves the same four stages: Orientation, Route Decision, Route Monitoring, and Destination Recognition.


Refers to determining one’s location relative to nearby objects and the destination. To improve orientation, divide a space into distinct small parts, using landmarks and signage to create unique subspaces. Landmarks provide strong orientation cues and provide locations with memorable identities. Signage is one of the easiest ways to tell a person where they are and where they can go.

Route Decision

Refers to choosing a route to get to the destination. To improve route decision-making, minimize the number of navigational choices, and provide signs or prompts at decision points. People prefer shorter routes to longer routes (even if the shorter route is more complex), so indicate the shortest route to a destination. Simple routes can be followed most efficiently with the use of clear narrative directions or signs. Maps provide more robust mental representations of the space and are superior to other strategies when the space is very large, complex, or poorly designed. This is especially true in times of stress, where the wayfinding may need to be adaptive (e.g., escaping a burning building).

Route Monitoring

Refers to monitoring the chosen route to confirm that it is leading to the destination. To improve route monitoring, connect locations with paths that have clear beginnings, middles, and ends. The paths should enable a person to easily gauge their progress along their lengths using clear lines of sight to the next location, or signage indicating relative location. In cases where paths are particularly lengthy or the traffic in the slow-moving, consider augmenting the sight lines with visual lures, such as pictures, to help pull people through. Breadcrumbs—visual cues highlighting the path taken—can aid route monitoring, particularly when a wayfinding mistake has been made and backtracking is necessary.

Destination Recognition

Refers to recognizing the destination. To improve destination recognition, enclose destinations such that they form dead-ends, or use barriers to disrupt the flow of movement through space. Give destinations clear and consistent identities.


The wayfinding design of the Pittsburgh Zoo and PPG Aquarium is divided into unique subspaces based on the type of animal and environment. Navigational choices are minimal and destinations are clearly marked by signage and dead ends.

The visitor map further aids wayfinding by featuring visible and recognizable landmarks, clear and consistent labeling of important locations and subspaces, and flow lines to assist in route decision making.

Further Readings,

More Readings,

This is used to document observable human activities and personal characteristics, interactions, time spent at fixed locations or in transit, and details of environmental context. A sketch map or architectural floor plan is used as the underla...

Dieter Rams, is a German industrial designer and retired academic closely associated with the consumer products company Braun and the functionalist school of industrial design. According to Dieter Rams, good design: Is innovative Makes...

The User-centered design (UCD) process outlines the phases throughout a design and development life-cycle all while focusing on gaining a deep understanding of who will be using the product. The international standard 13407  is the basis for many U...

The sprint is a five-day process for answering critical business questions through design, prototyping and testing ideas with customers. Developed at GV, it’s a “greatest hits” of business strategy, innovation, behavior science, design thinking...

Weighted Decision Matrix. A weighted decision matrix is a tool used to compare alternatives with respect to multiple criteria of different levels of importance. It can be used to rank all the alternatives relative to a “fixed” reference and thus ...

Task analysis is the analysis of how a task is accomplished, including a detailed description of both manual and mental activities, task and element durations, task frequency, task allocation, task complexity, environmental conditions, necessary clot...