SHAU has earned a solid reputation for their micro-libraries, a series of small buildings designed as community nodes and situated in urban settings or parks. These simple structures are a test bed for solutions tailored to their tropical settings.
One of their earliest, the Microlibrary Bima at Taman Bima in Bandung, Indonesia, is an elevated reading room, a box on stilts that delineates a community space underneath. The envelope of this box is a clever use of discarded ice cream containers, a repurposed material, lined up to let natural breezes and daylight in while keeping the rain out.
The Microlibrary Bima at Taman Bima in Bandung, Indonesia, uses discarded ice cream containers as the facade of its reading room, which is elevated on stilts to create a community space.
© SANROK Studio
Another well-known micro-library, the Warak Kayu in Semarang, experiments with timber to great effect. Even though it takes after a vernacular Indonesian house, it boasts an intricate construction technique that borrows from a German facade design.
The Microlibrary Warak Kayu in Semarang, Indonesia, is a contemporary timber building with a facade made of diagonal timber struts.
© KIE
SHAU has tackled tropical conditions in larger contexts as well. For instance, for the second phase of the Banjarejo Market in the city of Bojonegoro, they created a canopy roof out of modular umbrella-shaped structures, made up of light-directing lamellas.
The roof of the Banjarejo Market (Phase 2) in Bojonegoro, Indonesia, distributes daylight across this deep-plan building.
© SHAU
Their most progressive project to date is Huma Betang Umai — or ‘Mother Long House’ — a vice-presidential palace in the new capital city of Nusantara, Kalimantan. Their concept outdoes the Indonesian government’s ambitions and put a modern twist on the premises’ architecture by reinterpreting the indigenous Dayak long house.
An ecological palace in Nusantara, a new city in Kalimantan, Indonesia, the Huma Betang Umai is an arrangement of cascading blocks around a central longhouse.
© SHAU
The main building will generate all energy and water needed by the palace. It will also intensify greenery within the boundaries and enhance the wider area’s ecosystems.
The Huma Betang Umai in Nusantara (Kalimantan, Indonesia) has onsite greenery that augments the wider ecosystems in the area.
© KIE
The work of SHAU is noteworthy because it bridges soft and hard precepts about performance in the Indonesian context, principles which could just as easily be applied to other parts of the tropical belt. This is of significance to architecture at large, the conversation on sustainability, and design thinking within the developing world.