Kassandra Lora
Design MA
Konstfack - University Of Arts Crafts and Design
Graduates: 2025
Specialisms: Industrial Design / Design Research / Sustainable Design
My location: Stockholm, Sweden
Kassandra Lora
First Name: Kassandra
Last Name: Lora
University / College: Konstfack - University Of Arts Crafts and Design
Course / Program: Design MA
Graduates: 2025
Specialisms: Industrial Design / Design Research / Sustainable Design
My Location: Stockholm, Sweden
Website: Click To See Website
About
Industrial designer and 3D technician with an MA in Design Ecologies from Konstfack University of Arts, Crafts and Design in Stockholm, Sweden.My practice integrates advanced digital tools and mixes with explorations of innovative biomaterials, where I focus on their potential applications in diverse manufacturing processes. My work often carries an avant-garde aesthetic but remaines grounded in sustainability. By designing with methods such as 3D printing, I can resource efficiency and minimize material waste, combining experimental objects and forms with ecological responsibility.
A biomaterial solution to help reduce plastic pollution in the ocean Plastic waste in the oceans, especially from the fishing industry, is a major environmental threat. Ropes and lobster traps made of plastic often wear down, becoming microplastic pollution, entangling marine life, and creating ghost gear. At the same time, the European wine industry produces around 5 million tons of grape residues each year, much of which remains unused. Research shows that these byproducts can even support gut health in fish and shrimp, opening new opportunities for sustainable applications in marine environments. From Wine to Gear transforms grape residues into biodegradable fishing equipment designed for both commercial and private use. By replacing plastic ropes and traps with new bio-materials, the project helps to reduce marine pollution and offers a responsible, future-oriented perspective to the fishing industry . With hydrodynamic design optimized for stability and low resistance in water, grape-based composites can be shaped through methods such as 3D printing and heat pressing.
Competitions
