Digital workflows for Factory-In-A-Box (FIAB) Timber Robotic Fabrication on green retrofits

Retrofitting the existing building stock is a key field of action for architecture to move towards a sustainable future. This research proposal focuses on developing data collection digital workflows and communication protocols between different design and machine software for timber fabrication in an onsite / near-site condition enabled by a Factory in a Box (FIAB). This research proposal is the second stage of a three-year project on developing and fabricating high-performance facade panels that address the existing building stock for retrofitting. The fabrication machines inside the FIAB are designed and specifically configured to fabricate the façade panels. They include robot arms, a range of robot end effectors, milling and other shop tools. However, the FIAB is based on the idea of allowing maximum reconfigurability and adaptability as opposed to the maximum efficiency sought by a fixed production line. As a result of the second stage, the FIAB will be equipped with data collection tools in addition to the digital fabrication tools for timber-based façade panels from the first stage. Additionally, communication protocols will be designed and enabled to ease file transfer between the different design and fabrication platforms.

Faculty Supervisor:

Alicia Nahmad Vazquez

Student:

Partner:

DIALOG

Discipline:

Sociology

Sector:

Advanced Manufacturing; Manufacturing and Construction; Construction

University:

University of Calgary

Program: