The Kul Kul Farm: The Latest Architecture and News

The Kul Kul Farm was born with the purpose of sharing knowledge of how to design, build, grow, make, and create with nature in mind. Promoting values that respect and care for the Earth while strengthening community bonds, the farm has become a beacon of sustainability and connection with the natural environment. In 2015, Maria and Orin started this project with the intention to inspire and empower both local Balinese and tourists to live a life more connected to the natural world. Although they initially promoted their values through permaculture, they soon realized the world was ready and hungry for the knowledge, skill, and inspiration to design homes and spaces connected to nature, and a whole new movement had started to grow in their own backyard—the bamboo movement.

"Bamboo is close to an ideal structural material." This statement by Neil Thomas during his talk at Bamboo U, which took place in November 2017 in Bali, really caught my attention. Neil is the founding director of atelier one, a London office of structural engineering, whose outstanding projects include stage and scenography for the Rolling Stones, Pink Floyd, and U2; art installations by Anish Kapoor and Marc Quinn; the Gardens by the Bay, in Singapore, among many others. From the last few years, the engineer has exhaustively studied about bamboo, its structural properties and its most diverse potential.

Each material has its own peculiarities and, when using it for building, the design and construction process must accommodate these characteristics. A steel-framed building, for example, must be designed with a certain level of accuracy so that components and parts, usually manufactured off-site, fit together during assembly. A wooden building can have its cross sections drastically modified according to the species and strength of the wood used, or even according to the direction of the loads in relation to their fibers. With bamboo, no pole is exactly the same and each one tapers and curves differently, which requires a different approach when designing and building.

But how is it possible to work with a material with so many challenges and possibilities?