The Stade de Soccer de Montreal Opts for a Geometric Glass Aesthetic
M — April 8, 2016 — Art & Design
References: saucierperrotte & dezeen
The Stade de Soccer de Montreal is a sport stadium located in Quebec that opts for a geometric aesthetic that mimics the shape of a crystal. The outside roof facade is made entirely out of glass by the design team at HCMA and Saucier + Perrotte.
The inspiration behind the Stade de Soccer de Montreal crystalline roof shape is derived from the mining culture that was founded in the region that is embodied in the geological and modular shape of the overall space. The stadium features a modern design that mixes a variety of materials such as glass and cross-laminated timber to create an enclosed stadium for soccer players to enjoy year round. The modular shape of the roof leaves the inside ceiling with a similar abstract collection of triangular patterns that adds an element of contemporary design to the stadium.
The inspiration behind the Stade de Soccer de Montreal crystalline roof shape is derived from the mining culture that was founded in the region that is embodied in the geological and modular shape of the overall space. The stadium features a modern design that mixes a variety of materials such as glass and cross-laminated timber to create an enclosed stadium for soccer players to enjoy year round. The modular shape of the roof leaves the inside ceiling with a similar abstract collection of triangular patterns that adds an element of contemporary design to the stadium.
Trend Themes
1. Geometric Architecture - Exploring the impact of geometric shapes and patterns on modern architecture and infrastructure design.
2. Sustainable Stadium Design - Researching environmentally-friendly materials and engineering methods for stadium construction and renovation.
3. Smart Sports Stadiums - Developing technologies to enhance the fan experience and optimize stadium operations, from seating to concessions to transportation.
Industry Implications
1. Sports Stadiums - Innovating creative designs and materials for stadiums and arenas, incorporating geometric patterns and eco-friendly options.
2. Architecture - Designing modern and innovative buildings and infrastructure that incorporate geometric shapes and patterns.
3. Engineering - Applying principles of sustainable design and developing technologies to improve stadium infrastructure and operations.
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