Investigates how robotic fabrication can unlock the use of irregular timber offcuts - materials typically discarded due to non-standard forms. By combining computational design with robotic milling and placement, the project proposes an adaptable construction system that reclaims undervalued forestry resources and redefines their architectural potential.

Develops a workflow where robots segment, mill, and assemble raw timber into clustered modules, creating scalable architectural forms from non-standard lengths. The project explores aggregation logics, joinery, and assembly sequences to balance structural performance with fabrication efficiency. By treating irregularity as a design driver rather than a limitation, it demonstrates how robotics can shift sustainable construction practices in dense urban contexts.