Researcher, Concept Designer, Computational Designer, Industrial Designer, Manufacturing Engineer
COLLABORATORS
MJ Mayo, Ian Backstrom, Greg Reeseman
This project explores the generation of 2D and 3D geometries through algorithmic simulations inspired by natural aggregation patterns.
Key Insights
That assertion does not demote it to a byproduct or feature, but rather an essential quality. Complexity provides mechanical properties while serving as a device for communication.
Complexity is free, in additive manufacturing, as with natural growth processes.
That assertion does not demote it to a byproduct or feature, but rather an essential quality. Complexity provides mechanical properties while serving as a device for communication.
application
Starting with a primitive ‘seed,’ I used an algorithmic model to simulate fractal growth, inspired by natural forms such as lichens, roots systems, estuaries, etc. Adjustable constraints guided the evolution of these shapes, producing unique forms that echo natural growth patterns. This 2D growth process was extrapolated into 3D objects optimized for additive manufacturing.
The process shows the potential of computational design to surpass traditional methods.
impact
By embracing the intersection of nature and technology, this project demonstrates the ability of algorithmic design to generate structurally sound and visually striking objects.
The results highlight the unmatched potential of additive manufacturing to realize complex, organic geometries.
learnings + next steps
Computational design can be a useful tool, however, without proper optimization, the outputs can lack the refinement of traditional tools. Having a more comprehensive understanding of the algorithms driving the process can dramatically expand the applications.
Computational design can be a useful tool, however, without proper optimization, the outputs can lack the refinement of traditional tools. Having a more comprehensive understanding of the algorithms driving the process can dramatically expand the applications.