STEAMpop Signature Projects
Lumifold focuses on a mathematical paper folding pattern using the Origami Sekkei technique.
The Lumifold experience results in the creation of a stunning lamp which is an expression of
biomimicry, elementary symmetries and iteration. Instructions.
The Binary Bugs experience involves makers engaging in a range of surface patterning and folding based on the
mathematical concepts of binary, probability and symmetry. The bug construction demonstrates expression of
biomimicry in the creation of physical beetle or bug-like forms. Depending on the making context,
Binary Bugs can be illuminated via LED paper circuitry or simple LED units.
They can be displayed individually or in a swarm!
Hungry Birds is where paper engineering meets mechanical movement, electronics and coding.
Hungry Birds enters the world of math-making interactive illumination! STEAMpop continues the flat to form experience,
encouraging your thinking hands to create a sensor activated nest of bird-like forms that glow and move.
Lumifold focuses on a mathematical paper folding pattern using the Origami Sekkei technique.
The Lumifold experience results in the creation of a stunning lamp which is an expression of
biomimicry, elementary symmetries and iteration. Instructions.
The Binary Bugs experience involves makers engaging in a range of surface patterning and folding based on the
mathematical concepts of binary, probability and symmetry. The bug construction demonstrates expression of
biomimicry in the creation of physical beetle or bug-like forms. Depending on the making context,
Binary Bugs can be illuminated via LED paper circuitry or simple LED units.
They can be displayed individually or in a swarm!
Hungry Birds is where paper engineering meets mechanical movement, electronics and coding.
Hungry Birds enters the world of math-making interactive illumination! STEAMpop continues the flat to form experience,
encouraging your thinking hands to create a sensor activated nest of bird-like forms that glow and move.
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