A climate-resilient infrastructure solution that transforms unsuitable land into stable ground for construction.
left->right: Jeewoo Jang, Naiara Wuisan, Gracelyn Atmadja
Based in Jakarta, we feel a responsibility to help our neighboring region recover and rebuild towards a better and safer future. By aligning our technical solution with ongoing, community-centered approach, we hope to contribute meaningfully to the displaced community of Cianjur's future resilience and later expand to help other areas in need.
Our goal is to bring back a sense of place to people who have suffered greatly from the disaster; so that not only is the community able to physically rebuild in the form of housing, but will also feel connected again to the environment surrounding them.To residents who feel that their environment has caused them harm—physically, economically, and mentally—we hope that HiveFondasi can reaffirm trust in the beautiful landscape in which they live by assuring them that their homes will have steady ground to be built on.
Our Creation
A honeycomb-inspired hexagonal foundation structure placed under unstable topsoilUtilizes discarded plastic bottles as 3D printer filament to transform previously unusable land into compacted stable ground for housing
draft of 3d print model
Our Process
1. Collecting discarded plastic bottles, which are shredded and converted into 3D printer filament.
2. The hexagonal structures are 3D printed and lightly dip-coated in resin to create a durable, soil-resistant exterior.
3. Excavating the top two layers of soil to position HiveFondasi between the topsoil and subsoil layers, then refilling and compacting the holes using the original excavated soil.
Why Honeycomb?
The honeycomb or hexagon pattern allows for the least amount of material used to hold the most weightThe hexagonal design maintains a low material density while withstanding significant pressure, making it ideal for high-pressure earthquake-prone environments
Sustainability Commitment
HiveFondasi contains a resin-coated exterior layer to prevent degradation and stability for up to 1,000 years. Once installed, the structure continues to strengthen the soil without the need for constant maintenance. Since our base material consists of recycled plastic waste, it is a greener solution—especially in Indonesia, where plastic waste is an underlying issue—providing a sustainable approach that mitigates pollution.
Target Location
The Cianjur region of West Java, Indonesia, was severely impacted by a 5.6-magnitude earthquake in November 2022 that damaged over 60,000 households (YAKKUM).While the immediate aftermath brought emergency relief by the government and disaster relief organizations, many families today are still living in temporary shelters or unstable housing, unable to safely rebuild due to the earthquake’s lasting impact on soil conditions, amidst other pressing issues.
Soil CharacteristicsThe soil is composed predominantly of clay and clay loam—over 68.3% of the region's soil type—which is highly porous and prone to damage during seismic events.The earthquake caused soil beneath the ground to shift, increasing risks of cracking and subsidence due to its weakened ability to hold weight. These conditions not only make rebuilding especially difficult without substantial structural support at the foundation level but also decrease the amount of land suitable for housing developmen
