İzmir University of Economics Güzelbahçe Campus

https://www.mimlab.co/kopyas%C4%B1-zonguldak-lavuar

The İzmir University of Economics Güzelbahçe Campus project, designed by MİMLAB & MAS, emerged from the need to establish a new campus that extends beyond the university’s existing spatial boundaries, bringing together education, research, and social life. Located in an area where the urban fabric meets the rural landscape, the project presents a multilayered design challenge that requires architecture, urban design, and landscape architecture to be considered collectively, across a site of approximately 162,000 sqm with an elevation difference of up to 45 metres.

The conceptual framework of the project, “Interface,” is based on rethinking the relationships between city and nature, built and open spaces, education and social life, and different topographical levels. Rather than being conceived as a collection of independent buildings, the campus is approached as an interface where different systems meet, interact, and transform one another. Within this approach, the focus of the design is not solely on the buildings themselves, but also on the relationships established between them and the shared spaces shaped by these interactions.

The spatial expression of this idea at the masterplan scale is the ‘void’ strategy. The design process begins by defining the natural areas to be preserved, ecological connections, and open-space system before determining the placement of buildings. Existing topography and natural thresholds are considered fundamental inputs that define the boundaries of development. Construction is avoided in areas with slopes exceeding certain gradients, preserving the continuity of the natural landscape. In this way, the void ceases to be merely the residual space between buildings and becomes a foundational design tool that guides the organisation and future development of the campus.

The ‘microcosms’ defined within this open-space system are distributed throughout the campus as focal points with distinct ecological and spatial characteristics. While supporting the continuity of natural habitats, these microcosms offer spatial opportunities at different scales for education, social interaction, recreation, and shared use. Green corridors established throughout the campus connect these focal points, creating ecological and social continuity between building clusters. In this sense, the landscape is not an additional layer introduced after the architectural organisation, but a fundamental system that evolves alongside it.

The site’s elevation difference of up to 45 metres constitutes another significant design input shaping the spatial character of the campus. Rather than radically transforming the topography, the buildings are positioned to work in harmony with the existing terrain. Terraces, open spaces, and circulation connections formed at different elevations create a spatial experience that is distributed across the site and interconnected, rather than concentrated on a single plane. Thus, topography becomes a design opportunity that enables the formation of diverse spatial interfaces, rather than a technical obstacle to be overcome.

The design process has evolved in response to the university’s changing needs over time. Initiated through a competition, the masterplan was reassessed through eight different alternatives in line with changes in the academic programme and emerging requirements. Throughout this process, the fundamental ecological and spatial principles were maintained, while the building programme, layout decisions, and phasing strategies were reconsidered. As a result, the masterplan has evolved not as a fixed composition completed at a single point in time, but as an open and flexible system capable of adapting to changing conditions.

Planned to be implemented in three phases, the campus considers educational buildings, social spaces, open areas, and circulation systems not as independent components, but as integral parts of a holistic campus environment. The phasing strategy allows the campus to expand over time while ensuring that buildings completed in different periods maintain their relationship with the shared open-space system.

The İzmir University of Economics Güzelbahçe Campus is based on the idea that architecture can be shaped not only through the design of buildings, but also through defining the boundaries of development, the quality of open spaces, and the relationships between different systems. Rather than establishing rigid boundaries between the urban and rural environments, architecture and landscape, or natural and built environments, the “Interface” approach transforms these encounters into productive fields of design.

Ultimately, the Güzelbahçe Campus proposes a model of campus planning in which architecture is shaped as much by what remains unbuilt as by what is constructed. Through the interaction of topography, landscape, architecture, and everyday campus life, the project establishes a flexible framework that can evolve over time while maintaining its ecological and spatial continuity.