University Arts Building — Daylight as Organising Principle

The University Arts Building is conceived as an environment in which light, structure and exhibition space are developed as a single architectural system. Designed to accommodate sculpture and large-scale artistic works, the project explores how daylight can become a primary generator of spatial experience while supporting environmental performance and curatorial flexibility.

A regular structural framework establishes the primary order of the building, defining spans, floor plates and the organisation of exhibition spaces. Columns and beams are arranged to provide clear load paths while supporting the environmental systems integrated within the façade and roof. This structural order provides a stable framework within which different qualities of light and environmental conditions can be carefully introduced and controlled.

Daylight is the principal organising element of the project. Rather than relying exclusively on conventional rooflights, natural light is introduced through a series of carefully positioned openings integrated within the roof and façade system. Structural joints and façade seams become opportunities for controlled daylight admission, allowing illumination to enter the galleries without disrupting the clarity of the architectural form. The result is a more varied and responsive relationship between light, structure and exhibition space.

The building is organised as a series of interconnected gallery volumes, each receiving daylight in a different manner. Elevated galleries are illuminated through high-level openings that provide diffuse and even light, while lower galleries admit light laterally to create more directional and dynamic conditions. These variations allow different forms of artwork to be displayed within environments tailored to their spatial and visual requirements. Sculpture in particular benefits from changing patterns of light and shadow that reveal form, texture and materiality throughout the day.

Environmental performance is integrated directly within the architecture. Façade depth, louvre spacing and roof geometry are calibrated according to orientation, reducing solar gain while maximising the admission of useful daylight. Shading devices and environmental control elements are fixed directly to the structural framework, allowing environmental performance to emerge from the organisation of the building rather than from separate applied systems.

Cantilevered gallery volumes create sheltered courts and semi-external exhibition spaces at ground level. These shaded environments provide opportunities for outdoor sculpture display while acting as environmental buffer zones between interior and exterior conditions. The resulting sequence of enclosed, transitional and open spaces enriches the visitor experience while contributing to passive environmental moderation.

Ventilation is organised through a mixed-mode strategy that combines natural airflow with mechanical assistance where required. Environmental systems are integrated within façade and roof zones, allowing air, light and services to operate together as part of a coordinated architectural framework. This approach reduces energy demand while maintaining the environmental stability necessary for exhibition spaces.

The building is designed to accommodate changing curatorial and environmental requirements over time. Daylight levels, ventilation strategies and environmental controls can be adjusted in response to different exhibitions, patterns of use and future operational needs. Adaptability is therefore embedded within the architecture itself rather than relying solely on technological upgrades.

The architectural character of the project emerges from the interaction of structure, light and environmental control. Variations in façade depth, shading devices and roof geometry reveal differences in orientation and performance, while internally the changing qualities of daylight define the atmosphere of each gallery. Expression arises not from applied form but from the careful calibration of environmental conditions through construction.

The result is a university arts building in which daylight becomes both an environmental resource and a spatial medium. By integrating structure, enclosure and environmental performance into a coherent architectural system, the project creates a flexible and responsive setting for artistic production, exhibition and education.