2021 - 2022
At ILE, I contributed to the Mycelium project, initiated in 2016, where I worked on various aspects, including 3D visualization, and introduced the concept of a fully in-mold grown shoe. Envisioning a future where mycelium could replace traditionally tanned leather, I explored the use of 3D-printed molds shaped by the wearer's foot volume, leveraging Volumental scanner technology.
The resulting design seeks to merge sustainability and comfort, addressing the environmental impact of footwear on global pollution. This concept aims to revolutionize the industry by empowering users to periodically grow and upcycle their shoes, eliminating the need for a final product dependent on retail, logisticsĀ and disposal at the end of its lifecycle.
Modeled with Autodesk Maya 2021 textured with substance designer and s. painter
Modeled with Autodesk Maya 2021 textured with substance designer and s. painter
Modeled with Autodesk Maya 2021 textured with substance designer and s. painter
Modeled with Autodesk Maya 2021 textured with substance designer and s. painter
3 part mold with a nutrient injection point, enabling precise mycelium growth
3 part mold with a nutrient injection point, enabling precise mycelium growth
Wearable 3D print
Wearable 3D print

You may also like

Back to Top