Final Critique_Olivier Roth_Michael Dietrich_Made in Kampung Melayu

The River shall become a source of economic and physical wellbeing for the inhabitants of Kampung. On its Riverbank, a terraced agricultural belt containing productive tree plantations will be developed. The steps will in case of flooding provide a water retention area for the Kampung. The area of the old train depot will be activated as a craft and trade hub. The depot will be converted into a cargo station. The built fabric will be reorganized in new sub blocks based on the current structure. This allows an incremental implementation and at the same time maintains the character of the Kampung. One building consists of up to three units whereas the unit will have two floors. The lower levels of flood endangered buildings will be made out of concrete or bricks. The upper floors will have a bamboo framework structure. The inhabitants will be asked to take part and can fill in the empty structures themselves.

Workshop final presentation_Gradients

Oliver Roth, Anna Gebhardt, Benedikt Kowalewski, Ronnie Mak, Meidesta Pitria, Arkham de Lounge

We want the ground floor and its activity to adjust to the dynamic topography (including flood surface). On the Kampung level that means that buildings, street live and vegetation adapt to the topological properties of their location. A first intervention will therefore be to clear the river edge of buildings according to the very low topography and to create a buffer zone for the flood. The inner of the kampung will be cleared according to the adaptability of the buildings to the topography. Some of them will be replaced by public open space, some by pekarangans and some by new buildings. The new building clusters will be connected and accessed by balconies. During flood the balconies become the level of the public space where live happens and the goods are traded.


Oliver Roth & Michael Dietrich_first review

The structural concept is a concrete table on the ground floor. The upper floors consist of a lightweight bamboo framework construction and a concrete core with the infrastructure inside. Rainwater is collected and stored on the top floor and in central water tanks. Black water is treated by ultrafiltration stations. Garbage is collected in-house.The riverbed is enlarged the river edge will be lowered for a riverside-park, which in case of flooding can take 2.5 meters of water. The street network in the northern block will be extended and interconnected. The density shall be lowered in the northern and enhanced in the southern block. On the level of the first floor, a balcony interconnecting all buildings provides a safe traffic zone during flood time and connects the two blocks with a bridge. In each of the blocks, a new public square is implemented.

Michael Dietrich & Oliver Roth_Block

The riverbed is meant to be enlarged. The topography at the river edge will be lowered and a riverside park will be developed. In case of flooding, the riverside park can swallow a water rise of up to two meters. The street network in the northern block will be extended and connected to the neighboring blocks. The density in the lower block shall be reduced at the cost of enhancing the density in the southern block. The two blocks will be connected by pedestrian bridges which in case of flooding serve as means of escape from the incoming waters. Along the ridge of the southern block another linear park will be created. In each of the blocks, a new public square will be implemented serving as a community center and as a strategic hub in case of flooding.