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Aggregated Work Incubator
Project details
Programme
Aggregated Work Incubator aims to explore applications of the wave function collapse algorithm (WFC) in architectural aggregation. WFC includes both basic tiles and aggregation rules. For the tile set, the project uses robotic wire cutting (RWC) as a form-finding method to generate architectural components. The rigid body simulation method is also adopted to ensure the stability of the architecture that is generated. For aggregation rules, the project extends the original WFC rules with the graph path finding method. The optimised WFC considers not only the compatibility between neighbours, but also the influence between non-adjacent tiles. Finally, the project is able to generate reasonable and unique work incubators through the optimised WFC.
Students
Project Goal
Using robotic cutting technology to create spatial modules as tiles; then using wave function collapse to automatically generate a myriad of spatial configurations that allow the designer and client to jointly select the ideal office incubators.
Design Freedom
Design Freedom
By combining different cutting objects, the user can obtain an abundance of different modules.
Design Cutting Objects
Designing cutting objects according to human scale and spatial properties.
Compatable
Compatable
Each type of cutting object has a corresponding index. The index of the cutting objects on the two modules' interfaces is checked to determine if they are compatible.
Possibility of Working Space
Possibility of Working Space
The combination of different workspace modules allows for the creation of working halls, private offices and model rooms.
Possibility of Circulation Space
Possibility of Circulation Space
The combination of different workspace modules allows for the creation of circulation areas such as walkways, lounges and exhibition aisles.
Possibility of Public Space
Possibility of Public Space
Open public spaces can be created by combining public space modules, which can be used for lobbies, cafes, large meeting rooms and other purposes.
Force Graph
Force Graph
Simulation before and after using the function graph.
Rules of Function Graph
Rules of Function Graph
In the function graph, the key points of each functional space are set as a starting point. Each functional space has its domain which decides how far it can reach.
Layout of Output
Function graph corresponds to the generated building plan.
Medium Scale Output
Medium Scale Output
The medium-scale working incubator consists of modules. These have a rich variety of interior forms to meet the functional needs of the user.
On-site Fabrication
The stone and the robot arm are transported to the site for on-site fabrication. One module, which will be divided into eight parts, is cut separately. The parts are then lifted by the crane to the assembly position for rapid assembly.
Cutting Simulation
Cutting Simulation
Robotic cutting is possible for each module. Due to the size limitation of the machine, the module will be divided into eight parts and cut separately.
Architects
The architect has the power to write the individual steps of the method and can therefore assist them in their design.
User Interface
User Interface
The Bartlett
B-Pro Show 2022
27 September – 7 October
B-Pro Show 2022
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