The strategy organised the campus around major components, thresholds, connections and destination relationships. This cognitive framework established a clearer hierarchy for movement and decision-making, allowing orientation to be supported by the spatial structure of the campus rather than relying on individual signs alone.

Landscape, mapping and existing architectural cues were considered as part of the same navigation system. Distinctive environmental features could operate as landmarks, while the ground plane provided another layer for reinforcing direction, continuity and arrival across the external realm.

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The system extends from campus-scale orientation and zoning to maps, directories, room identification and detailed information points. LIMAH’s approach was to maintain a consistent navigational logic while adapting individual components to the operational requirements of each environment.

The resulting framework connects spatial planning, information, architecture, technology and physical signage as parts of one wider Wayfinding & Navigation system.

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Within the interiors, the navigation strategy incorporated operational and technological interfaces, including IoT-enabled systems, smart booking interfaces and technology panels. These elements were considered alongside room identity, access, statutory information and changing spatial conditions.

The laboratory environment demonstrates this integration at a smaller scale. A custom technology-panel niche brings together identity, statutory warning, access control and dynamic digital information within a single interface. The auditorium was treated differently, with its navigation requirements considered across changing event scenarios, occupancies and modes of use.

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