King Abdullah City for Atomic and Renewable Energy

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Aedas R&D Computational Design & Research (CDR) was involved in providing a generative path and bridge system for The King Abdullah City for Atomic and Renewable Energy (KACARE) in Saudi Arabia. The project currently designed by LAVA architects is set in a dramatic landscape with valleys created by seasonal rivers.

The generative system is set up as a series of steps forming a workflow. The first step consists of simulation of how the water would move and concentrate in various places on site. In the second step a continuous path system is extracted depending on the relative water levels in the simulation. The third and final step locates and proposes a system of bridges that minimizes the amount and lengths of bridges and improves accessibility between different parts of the routes.

01. Drainage Simulation

01. Drainage Simulation

02. Water threshold paths in 3d

02. Water threshold paths in 3d

03. Visualisation of possible bridge positions of 250m maximum length

03. Visualisation of possible bridge positions of 250m maximum length

04. Possible bridge positions at step 1

04. Possible bridge positions at step 1

05. Possible bridge positions at step 50.

05. Possible bridge positions at step 50.

06. Proposed bridge positions at final step

06. Proposed bridge positions at final step