Aidia Studio Designed a Perforated Roof Using Various Materials
Elena Rahman — June 29, 2021 — Art & Design
References: aidia-studio & dezeen
Aidia Studio designed a latticed roof for the Tren Maya railway line in Tulum, Mexico. The Mexican and English architecture office was constructed to perforated roof from structural steel and glass-reinforced concrete panels. This ensures the platforms and concourse are enclosed, protecting travelers from the elements.
The station was designed to respond to Tulum's tropical climate that shifts between high temperatures, humidity, and the rainy season. The latticed roof will illuminate the covered area while allowing a fresh breeze to flow through the station. Aside from acting as a convenient shelter, the structure's second level features shops and restaurants over the railway lines and platforms. Travelers can, therefore, relax and enjoy delicious treats before catching their train.
Image Credit: Dezeen
The station was designed to respond to Tulum's tropical climate that shifts between high temperatures, humidity, and the rainy season. The latticed roof will illuminate the covered area while allowing a fresh breeze to flow through the station. Aside from acting as a convenient shelter, the structure's second level features shops and restaurants over the railway lines and platforms. Travelers can, therefore, relax and enjoy delicious treats before catching their train.
Image Credit: Dezeen
Trend Themes
1. Latticed Roofs - The use of latticed roofs in public infrastructure projects presents an opportunity for architects and engineers to design structures that are both functional and aesthetically pleasing.
2. Multi-functional Infrastructure - Designing railway stations that serve multiple functions, such as housing shops and restaurants, can help generate more foot traffic and create new economic opportunities in the local area.
3. Tropical Climate Design Thinking - Adopting design thinking that specifically caters to the needs of tropical climate zones with high temperatures and humidity can enhance the user experience and create more sustainable infrastructure solutions.
Industry Implications
1. Architecture - Architects can leverage the use of unique materials and design aesthetics to create visually appealing and sustainable infrastructure projects like the Tren Maya railway line in Tulum, Mexico.
2. Engineering - Engineers can collaborate with architects to develop innovative and sustainable solutions, such as the perforated roof design, that can withstand extreme weather conditions and provide visitors with a comfortable experience.
3. Tourism - The Tren Maya railway line has created new opportunities for local businesses to attract tourists by building shops and restaurants in the station, making the railway station more than just a transit point but a destination in its own right.
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