Športové centrum FAST VUT, Brno

Project idea

Project proposes the development of a new sports center situated on the green roof of the underground parking structure within the campus of the Faculty of Civil Engineering at Brno University of Technology. The primary objective is to create a functional, modern structure that respects the existing architectural character of the university grounds while enhancing the campus environment and function.

Project description

The architectural concept is defined by two minimalist, rectangular volumes that harmonize with the site’s topography. The base is characterized by a clean, white aesthetic with horizontal ribbon windows, while the upper volume features rounded edges and a permeable façade of white aluminum louvers combined with vertical greenery. This design strategy aims to create a fluid transition between the built form and the surrounding landscape. Structurally, the proposal integrates seamlessly with the existing reinforced concrete skeleton of the parking garage. The gymnasium features a steel truss system, and the building envelope utilizes a combination of glazing, metal mesh, and an extensive green roof. By repurposing an underutilized campus space, the project establishes a sustainable, visually integrated addition that connects physically and conceptually with the surrounding academic infrastructure.

Technical information

The structural system has been carefully adapted to the original design to ensure optimal load-bearing capacity. The project utilizes a reinforced concrete skeleton frame, featuring a grid of 300 × 300 mm columns and beams dimensioned at 300 × 720 mm, supplemented by shear walls where necessary. The floor levels are separated by reinforced concrete slabs that are cantilevered 600 mm beyond the building’s façade line. The gymnasium structure is designed as a 1200 mm high steel truss system, supported by the reinforced concrete base. This system is braced with steel tension rods and roofed with trapezoidal metal decking. The façade consists of a combination of aluminum shading louvers and aluminum mesh systems. In sections covering the reinforced concrete structure, the roof is designed as an extensive green roof, contributing to the building’s thermal efficiency and environmental integration.

Documentation

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