VINE: Modular Lighting System

Lead Designers Kevin Brown

Entry Description

VINE is a surface-mount modular lighting system rooted in parametric design. The parametric model drives the customization process, enabling users to participate in a co-design experience through an online configurator. Customers define the area and layout for their fixture, and the configurator uses a nature-inspired growth algorithm to populate the desired space. Parameters can be adjusted seamlessly to modify the size and branching structure until users are satisfied with their design. Once finalized, the configurator calculates the number of modules required and provides a cost estimate. An AR tool allows users to preview and fine-tune their design in real-world spaces before confirming the configuration. After finalization, custom installation instructions are generated automatically, streamlining the assembly process.

The system consists of three main modules: rigid two-way and three-way connectors, and a lighting module with a rigid diffuser and flexible stem. VINE is mounted via the connectors using a single screw, simplifying installation. Its flexible architecture allows it to be easily mounted on both planar and complex non-planar surfaces, making it versatile for a wide range of environments. Additionally, the system's RGBW LED technology offers full control over color, brightness, and lighting scenes, accessible through smart home integration or an IR remote.

Sustainability Approach

The VINE modular lighting system emphasizes sustainability through its adaptable, energy-efficient design. Its modular structure allows for easy replacement and reconfiguration of parts, reducing waste and aligning with circular economy principles. VINE utilizes energy-efficient RGBW LED technology, which minimizes energy consumption and extends product life, reducing frequent replacements. The system’s smart home integration enables users to optimize energy use through remote control, brightness adjustments, and routines. Additionally, its flexible architecture allows installation on various surfaces without excessive material use, contributing to overall material efficiency. By offering a customizable solution, VINE reduces obsolescence and extends the product's lifespan.