Balsa wood, a lightweight and versatile material traditionally used for creating F1 car miniatures, has long been a staple in Yas in Schools’ design curriculum. However, as the school sought to modernize its educational methods, a surplus of unused balsa wood accumulated. Recognizing the potential for repurposing this material, Yas in Schools approached Greenlight Events, a sustainability-focused event company.

In 2024, Greenlight Events embarked on a project to transform the unused balsa wood into unique wall art. The team’s creative vision involved preserving the recognizable texture of the material while incorporating innovative lighting elements to enhance its visual appeal. The resulting artwork not only showcases the school’s commitment to sustainability but also adds a striking aesthetic element to the campus.

Greenlight Events began by carefully analyzing the balsa wood pieces, assessing their condition and potential for repurposing. The team then developed intricate designs that would highlight the material’s natural characteristics while creating visually engaging pieces.

The construction process involved intricate cutting, shaping, and assembly techniques. Despite the challenges posed by working with balsa wood, Greenlight Events’ skilled artisans successfully crafted the wall art pieces. The team incorporated lighting elements to enhance the artwork’s depth and dimension, creating a captivating visual experience.

The completed wall art pieces not only transformed the school’s aesthetic but also demonstrated the power of sustainable design. By repurposing waste material, Greenlight Events helped Yas in Schools reduce their environmental footprint and promote a more circular economy.

The project also had economic benefits. Using recycled balsa wood saved the school money on material costs, and the efficient construction process minimized project timelines. Greenlight Events’ innovative approach serves as an inspiration for other organizations seeking to find creative solutions for waste reduction and sustainability.