Healthcare campuses are becoming larger, denser, and more complex. New buildings are added over time with departments being relocated, and routes intended to be temporary becoming permanent. For patients and their visitors, simply finding the right destination can feel overwhelming. The result is more than frustration as navigation challenges contribute to late arrivals, missed appointments, increased stress, and a growing burden on frontline staff who are frequently interrupted to give directions.
Research conducted along with our healthcare clients demonstrates the scale of these wayfinding challenges: 23% of patients ask for directions, 30% of patients have been lost, and “confusing” is the most common descriptor of the experience. Research published recently in HERD: Health Environments Research & Design Journal highlights that of 301 U.S. hospital staff interviewed, each spent about 30 minutes per week helping patients and their visitors find their way (Jamshidi, Hashemi & Tran, 2025). This represents massive inefficiencies, with the equivalent of 51,000 full-time roles devoted to wayfinding assistance rather than caregiving nationwide. Another study found that, in a 604-bed tertiary-care hospital, direction-giving consumed more than 4,500 staff hours annually, costing over $220,000 per year (equivalent to approximately $564,094 in 2026 dollars) (Zimring, 1990).
As healthcare leaders focus on improving patient experience and operational efficiency, navigation can no longer be treated as a secondary concern. Wayfinding is a core part of how people experience care. When designed well, it can significantly reduce friction across the entire campus.
Cognitive Overload and Stress
Hospital environments place significant cognitive demands on patients, families, and visitors. Care journeys often involve complex processes, unfamiliar terminology, multiple destinations, and time-sensitive decisions, all of which must be navigated during moments of heightened emotional stress. Research consistently shows that stress reduces attention, memory, and problem-solving ability, directly impairing a person’s capacity to process information and make sense of their surroundings (Starcke & Brand, 2012).
These challenges are compounded in busy healthcare spaces that have grown and expanded organically over time. Additions made without an overarching planning framework often result in visual clutter, inconsistent cues, competing messages, and unclear hierarchies. Instead of supporting navigation, the environment contributes to cognitive overload.
When stress and visual complexity intersect, wayfinding performance declines. People miss information, make incorrect decisions, rely heavily on staff for help, or avoid asking altogether. This combination creates a high-risk environment where confusion, anxiety, and inefficiency reinforce one another, a clear recipe for negative experiences and operational strain.
Wayfinding as a System, Not a Layer
Effective hospital wayfinding relies on multiple cues working together: information architecture, spatial planning, architectural landmarks, signage, colour, lighting, and digital tools such as mobile navigation and kiosks. When these elements operate in isolation, people are left to interpret conflicting information, having to translate information from one source into another. When they are aligned, and wayfinding systems are designed with data, navigation becomes intuitive.
Large hospital campuses benefit from a clear hierarchy of navigation cues. At the highest level, primary wayfinding elements should be immediately recognisable. Colour can support this by reinforcing campus structure and helping users understand where they are in relation to their destination.
Secondary cues, such as graphic and thematic elements, can then support departments or sub-areas within specific wings or zones. When layered thoughtfully, this approach allows users to move from a broad understanding of the campus to more precise navigation without cognitive overload.
Aligning Physical and Digital Wayfinding
As hospitals introduce mobile wayfinding, digital kiosks, and real-time navigation tools, alignment between physical and digital environments becomes critical. A patient who receives directions on their phone should encounter the same logic, terminology, and visual cues when they arrive on campus. Consistency across information sources is critical to ensuring a seamless user experience.
When physical signage, colour zones, and architectural cues align with digital directions, users gain confidence, making navigation predictable rather than stressful. This integration also reduces reliance on staff for wayfinding assistance, freeing teams to focus on care delivery.
Conversely, when digital tools introduce routes or naming conventions that are not reinforced physically, confusion increases. The most effective systems treat physical and digital wayfinding as two expressions of the same underlying strategy. To succeed, digital wayfinding must be intuitive, interoperable with existing hospital systems, and easily accessible across devices and abilities. It should reinforce, not replace, the core spatial logic of the campus, functioning as one coordinated layer within a cohesive and user-centred navigation strategy.
Using Data to Identify Navigation Pain Points
One of the most powerful shifts in modern wayfinding is the ability to use data to understand how people actually move through hospital campuses. Analytics from digital wayfinding tools, appointment data, and predicted circulation patterns can reveal where users hesitate, backtrack, or arrive late.
Advanced technologies and AI are make a big impact on health care campuses to audit validate design decisions. These include eye-tracking and user flow analysis, space syntax, and, the monitoring of physiological arousal (e.g. stress). These insights allow healthcare leaders to identify hidden navigation pain points that may not be obvious during design or planning. They also provide a foundation for continuous improvement by establishing performance metrics which we can work to improve.
As part of a comprehensive initiative to improve the patient wayfinding experience at Sunnybrook Health Sciences Centre applied eye-tracking analysis to evaluate two alternative wayfinding design solutions that differed in their use of colour and environmental cues. Using eye-tracking to measure visual attention and search behaviour, the study demonstrated that one option reduced visual searching by 19% and enabled users to identify a critical wayfinding landmark 39% faster. This evidence-based approach moves wayfinding decisions beyond preference alone, helping healthcare organizations create environments that are easier to navigate, less stressful, and more supportive for patients, visitors, and staff. Future research will include a longitudinal validation study, comparing baseline and post-implementation eye-tracking results to quantify the impact of the new wayfinding and signage program on attention, navigation, and user experience.
Designing for Confidence and Care
Wayfinding is not simply about helping people get from point A to point B. In healthcare environments, it shapes how people feel the moment they arrive. A clear, predictable navigation experience builds confidence, reduces anxiety, and communicates that the organisation has anticipated patients’ needs.
By integrating design, technology, and data into a cohesive wayfinding strategy, hospitals can create environments that are easier to navigate, more inclusive, and more efficient. Patients, families, and staff are supported at every step of their health care visit.
As healthcare campuses continue to evolve, now is the time to invest in navigation as a strategic asset for delivering better experiences and better outcomes.
