The Biosciences Research Building by Lyons Boasts Compiled Complexity
Alexandra Serrano — October 31, 2012 — Art & Design
References: lyonsarch.au & dezeen
A part of the Australian National University, the biosciences research building by Lyons features an x-shaped facade.
Two wooden staircases intersect in this campus construction to create the saltire shape of the building's look. These are meant to join two existing university facilities so as to merge its two corresponding programmes. Though the aim in this conjoining is to unite the research centers, there was intent of retaining individuality that inspired the architect.
"The building’s two wings provide the separate identities, while the cross-stair with its meeting rooms binds them together,” says architect Carey Lyons. This biosciences research building facility by Lyons boasts a complex look with prismatic windows with a pine palette. It perfectly reflects the University's intellectually joined diversity.
Two wooden staircases intersect in this campus construction to create the saltire shape of the building's look. These are meant to join two existing university facilities so as to merge its two corresponding programmes. Though the aim in this conjoining is to unite the research centers, there was intent of retaining individuality that inspired the architect.
"The building’s two wings provide the separate identities, while the cross-stair with its meeting rooms binds them together,” says architect Carey Lyons. This biosciences research building facility by Lyons boasts a complex look with prismatic windows with a pine palette. It perfectly reflects the University's intellectually joined diversity.
Trend Themes
1. Complex Architectural Design - The saltire-shaped design of the biosciences research building by Lyons showcases the trend of complex and visually striking architectural designs.
2. Integration of Research Centers - The biosciences research building's aim to unite separate research centers highlights the trend of integrating different programs for enhanced collaboration and knowledge exchange.
3. Prismatic Window Designs - The use of prismatic windows with a pine palette in the biosciences research building reflects the trend of incorporating unique and visually appealing window designs in modern architecture.
Industry Implications
1. Architecture - The saltire-shaped design trend offers disruptive innovation opportunities for architects to explore unconventional building shapes and create visually striking structures.
2. Research and Development - The integration of research centers trend presents disruptive innovation opportunities for organizations and institutions to create collaborative spaces that foster interdisciplinary research and development.
3. Building Materials - The trend of incorporating unique window designs and natural materials like pine in architecture creates disruptive innovation opportunities for the building materials industry to experiment with sustainable and visually appealing products.
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