The Datum / Production
A simple image processing algorithm enabled rapid analysis of the overall proportions of a large number of tree forks harvested through the high pruning of beech trees. The average values derived from this data informed the cell size of the system. To accommodate the irregularity of natural geometries, an adjustable cutting jig was developed, allowing operators to fine-tune each cut manually. This approach removes the need for advanced technologies such as 3D scanning or robotic fabrication, instead promoting scalable workflows through more accessible tools.
4th slide video: @paofff
6th slide video: @sheetal_harish@aaschool@aadesignandmake@hookepark
The Datum / Assembly
The system is made from three main parts: Cedar top and bottom chords, forked Beech roundwood, and a rope tensioning system. With no fixed joint between dimensional timber and roundwood, the rope network holds it all together—pulling top and bottom layers towards each other.
The overlapping zig-zag pattern comes from existing nodes in the 3D truss, helping reduce bending stress in straight members and allowing for slimmer sections throughout.
@aaschool@aadesignandmake@hookepark
The Datum
A 15-meter-long elevated walkway serving as a demonstrator for a delicate and innovative structural floor system that utilizes discarded roundwood—specifically small-diameter forking branches.
@aaschool@aadesignandmake@hookepark
Throwback to 2019
Developed for a 5-day team exercise during an internal hackathon at an IT company, the idea was to create unique pieces that collectively form a whole while individually represent parts, pixels, or people within the organization. Participants took these pieces home as meaningful reminders of the event.
