Paula Molina
MA Biodesign
Central Saint Martins UAL
Graduates: 2023
Specialisms: Sustainable Fashion/Textiles / Design Research / Textile Innovation/Textile Art
My location: London, United Kingdom
Paula Molina
First Name: Paula
Last Name: Molina
University / College: Central Saint Martins UAL
Course / Program: MA Biodesign
Graduates: 2023
Specialisms: Sustainable Fashion/Textiles / Design Research / Textile Innovation/Textile Art
My Location: London, United Kingdom
Website: Click To See Website
About
Paula Molina is an insightful Colombian designer specializing at the intersection of textile/surface design and science. with a profound fascination for the botanical world, paula works towards the integration of plants and textiles, expanding the boundaries of traditional printing techniques. Her innovative project, Rootknit, was recognized as a finalist in the biodesign challenge of 2017. Paula is currently actively engaged in co-creating with moss, integrating their natural textures into different surfaces by adapting traditional screen-printing techniques.
Printing Herbarium
Screen printing is one of the most popular contemporary printing methods, is highly versatile, and has a lot of experimentation possibilities. Unfortunately, the process is very water demanding and produces a lot of waste. Flocking is one of the techniques used in screen printing where small fibres (usually synthetic) are applied to create a soft, velvet-like texture on the printed surface. Following a phytocentric approach, this "Printing Herbarium" challenges traditional methods of adding textures and embellishments to surfaces. It explores new ways of printing through the incorporation of living organisms, specifically moss. This research project aims to co-create a collection of living textures that embraces nature's rhythms and processes and combines these with traditional printing techniques. Additionally, it hacks conventional tools to create an ideal environment for the samples to grow, allowing for the exploration of new creative possibilities for living materials.
Competitions
