THỦY LỢI SPORTS CENTER

Project idea

Inspired by the image of water waves and the traditional curved roof of Vietnamese communal houses – elements closely associated with the name "Thủy Lợi" (Water Resources) – the architectural form of the building is developed in a modern, expressive, and fluid language. The curved roof rises like a wave, symbolizing strength, motion, and resilience, while serving as a powerful architectural icon. The facade system echoes traditional structural columns and rooflines, reinterpreted through contemporary materials such as glass, aluminum panels, and metal mesh to balance heritage and modernity. At night, dynamic lighting solutions transform the building into a shimmering, radiant torch of sports spirit, acting as a landmark that draws attention and connects the wider community.

Project description

Located within the campus of Thuy Loi University – a school with a rich history and distinctive architectural identity – the proposed Thủy Lợi Sports Hall aims to become a central hub for student life. The project aspires to be a symbolic structure that bridges traditional values with contemporary trends, contributing to the enrichment of both the physical and spiritual well-being of students, while also establishing a remarkable architectural landmark in the heart of Hanoi.

The building is organized into five main levels (including a basement, three floors above ground, and a roof structure), with a clearly defined functional layout:
Basement: parking area and technical storage spaces.
Ground Floor (Level 1): main lobby, technical rooms, support functions including restrooms, medical room, and changing areas.
Level 2: main competition arena, spectator stands, and athlete facilities.
Level 3: specialized training rooms and fitness areas.
Roof Level: structural space truss system and roof covering, designed to optimize natural lighting and ventilation.

Vertical circulation is efficiently organized with clearly defined vertical cores (stairs and elevators), ensuring smooth and separate flows between spectators, athletes, and operations, supported by flexible horizontal corridors.

Technical information

The project applies a space frame steel structure for the roof system, significantly reducing the overall weight and enabling faster construction. Natural ventilation and daylighting solutions are integrated into the design to minimize energy consumption and lower operational costs over time. Environmentally friendly and sustainable materials are prioritized, such as Low-E glass, insulated panels, and sun-shading louvers, which contribute to both energy efficiency and long-term durability. The facility is designed to accommodate multiple types of indoor sports—including basketball, volleyball, and badminton—with a flexible grandstand system that can be adjusted to suit various event formats and audience capacities.

Documentation

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