Digital design and fabrication for lightweight structures
Designing with low-grade, reclaimed, and under-utilised timber
Temporary House Prototype 2024-25
Exhibition and Research Pavilion 2023-24
Bio-based sandwich panels for lightweight housing
A Python package to support research and design of Australian steel structures
Using open data to better understand the timber resources required for Australia's current and future housing ambitions
Curved surfaces and structures from elastic bending
Modular curved-crease origami with the University of Tokyo
A Python package to support research and design of Australian timber structures
Point cloud, LiDAR, and image data for structures
Design automation for timber and steel structures
Rapid assembly of shelters and spaces
Hybrid timber-concrete and FRP-reinforced timber panels
Lightweight thin-walled structural members
Rapid assembly (and disassembly) of lightweight timber building systems
Curved folding and elastic bending
Rapid assembly for timber sway-frame structures
Future Timber Research Pavilion 2019-20
Curved Crease Origami Face Shield
Structural characterisation of folded building components
Computational design-to-fabrication methods
Digital fabrication of plywood transitional shelters
Novel connection systems for temporary timber structures
Future Timber Research Pavilion 2017-18
Digital fabrication of FRP-timber transitional shelters
Parametric methods for origami and kirigami
Grasshopper tools for thin-walled digitally-fabricated structures
Future Timber Research Pavilion 2016
Folded core sandwich panels
A Matlab toolbox to support research and design of origami-inspired structures
Folding approaches for deployable shelters and infrastructure
Folded sandwich transitional shelters
