Research Team:
Cory Olsen
Dylan Wood
Rowan Bullock
By developing furniture and other products using off-cut scraps from mass timber manufacturing, this project aims expand the potential product lines available to manufacturers, create further value, and decrease material waste. This work continues development of furniture using this concept and branches out into development of other modular products, with the hopes that manufacturers could integrate or partner with other craftsman to open secondary product lines using scrap pieces.
In order to increase the efficiency of a product line utilising inconsistently shaped pieces, the researchers are also exploring enabling technologies such as a linked catalogue of designs and nesting algorithms for use in component machining.
The team continues to design and fabricate parametric furniture pieces and architectural They have also started investigating mass timber’s potential use in architectural products such as stair treads.
In conjunction with KTM Research, they are also developing an automated process designed to assess available scrap pieces and find the optimal use case for them, based on a database of potential product component designs that is also being built out as part of the work.
Olsen, C., & Wood, D. (2025). Mass timber furniture designs for optimizing panel yield; an upcycling strategy to intercept mass timber drop concurrent in panel manufacturing production. World Conference on Timber Engineering 2025, 4206–4211. https://doi.org/10.52202/080513-0516
Olsen, C. (2025, October 24). Mass Timber Scrap Reclamation via Furniture Product Design. 2025 Mass Timber Research & Design Innovation Symposium. https://www.youtube.com/watch?v=LCMfhapem-Q
TDI ARS