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INNER CAUSTIC

Kinetic caustic wall installation

MY ROLE

Creative Director, Producer

COLLABORATORS

CNC, Rhino, Grasshopper, Digital Production, Computation Design

Bolade Elijah-Samuel Richardson, Qian Xiang, Yicheng Wang

TAGS

DESCIPRTION

This project aim create a kinetic wall installation featuring wave-shaped panels made from PMMA (acrylic) using CNC machining.  The design will utilize parametric modeling
in Rhino and Grasshopper, allowing for intricate and customizable shapes that mimic natural wave formations. 

PROJECT OBJECTIVES

> Develop a multi-functional kinetic wall
that reacts to environmental dynamics

> Create a visually engaging experience through nature and light interaction.

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#1 VORONOI ALGORITHM

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#2 LIGHTI PROJECTION

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#3 CAUSTICS

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Elements

SUSTAINBILITY

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The sustainability aspect is rooted in reusing broken drywall, demonstrating a commitment to circular design principles. By leveraging advanced parametric modeling and minimal waste CNC milling techniques, the project maximizes material efficiency while creatively repurposing construction debris. This approach highlights and promoting adaptive reuse in architectural systems. The design seamlessly integrates reclaimed materials into a functional and aesthetic cladding system, showcasing how sustainable practices can redefine both the process and outcome of construction. Through this, the project emphasizes environmental stewardship and innovative material use.

RECYCLED DRY WALL PARTS

> Develop a multi-functional kinetic wall
that reacts to environmental dynamics

> Create a visually engaging experience through nature and light interaction.

FRAME DESIGN

Voronoi Cell diagram
Grasshopper, Voronoi algorithm

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PATTERN

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STUD DESIGN

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CLADDIN DESIGN

The cladding panel design combines intricate parametric and wabe patterns with a kinetic modular system to adapt seamlessly to the irregular frame structure. Using advanced fabrication techniques, it balances functionality and aesthetics, offering a visually dynamic solution that enhances the façade's responsiveness and efficiency.

#1 VORONOI ALGORITHM

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#2 LIGHTING PROJECTION

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#3 CAUSTICS

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> Develop a multi-functional kinetic wall
that reacts to environmental dynamics

> Create a visually engaging experience through nature and light interaction.

#1 DRY WALL ZUND CUT

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#2 HOWICK ROLL-FORMING MACHINE

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#3 CNC MILLING

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#4 3D PRINTING

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FABRICATION PROCESS

ROBOT ASSEMBLY

COMPOSITION

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RESULT

Inner Caustic Installation is made for 3 Scenarios.

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