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Conor McArthur

The Glasgow School of Art

I'm Conor, a designer from Scotland and a recent graduate of the Master of European Design programme, a five-year integrated course offering the opportunity to study at three leading design institutions across Europe. I studied at the Glasgow School of Art, ENSCI in Paris, and Politecnico di Milano. As a multidisciplinary designer with an engineering background, I take a practical and hands-on approach to design. I’m particularly passionate about environmentally friendly design and using regenerative materials. As Scotland is home to me, it made sense to explore the natural resources that are local, and I ended up focusing on kelp due to its abundance and versatility. Using kelp in my design, I’ve crafted seaweed-based leather textiles and developed a bio-composite for an eco-friendly kelp coffin. I've used the skills learned in studies to help demonstrate the potential of biomaterials, and how they could be used to drive innovative, sustainable design practices. With the design field shifting towards circularity, I’m inspired by nature’s cycles, Indigenous knowledge, and the possibilities of emerging technology. My goal is to create work that respects and renews our environment whilst making the most of modern ingenuity. If you’re interested in collaborating on a project, please don’t hesitate to get in touch.

Website

KelpWorks

Category: Furniture

Competitions: Home Competition 2025

KelpWorks investigates the potential of "seaweed leather," a biomaterial derived from Scottish kelp. I envisioned kelp to be used as a sustainable alternative to the synthetic textiles that are used for temporary event structures. Synthetic materials follow a “take-make-waste” path, where materials are discarded after a single use, ending up in a landfill, incinerated, or in the sea. Kelp on the other hand follows a circular model. The material has similar capabilities it provides shade and shelter, it can be printed on or laser engraved into to show custom designs, however it has a distinct natural aesthetic that reacts with natural light whilst being completely biodegradable and compostable enriching the soil with nutrients as it decomposes, a completely regenerative material. Temporary events, Temporary materials! In collaboration with seaweed experts and event organisers, I designed and built a section of a modular, scalable pavilion that serves as a multi-functional social space. This work showcases just one of seaweed’s many applications and demonstrates how temporary structures and events can benefit from biomaterials, reducing waste and advancing sustainable design. Material Research and Development: The KelpWorks project began with extensive material research, exploring indigenous knowledge and native relationships to kelp . Through hands-on experimentation, I discovered the unique qualities of seaweed and the challenges of working with it. Seaweed grows rapidly, sequesters carbon, absorbs pollutants, and produces oxygen. It thrives in oceans around the world, provides vital habitats for marine wildlife, and grows naturally without the need for fertilisers, pesticides, land use, or deforestation. Regenerative biomaterials like seaweed are sensitive to their environment and require specialised care, unique processes, and in-depth material knowledge to scale up for industrial use. Material Capabilities: Printable and laser-engravable for custom designs Sewable, like traditional textiles, allowing flexible applications Reactive to natural light creating a distinct natural experience Why Temporary Events Need Temporary Materials: “Outdoor events in the UK produce over 25,000 tonnes of waste annually.” During field research, conversations with event organisers revealed that while efforts are made to reduce consumer-related waste, little attention is given to the waste generated by construction materials. This project identified a clear opportunity to replace synthetic textiles, one of the largest waste streams at events, with seaweed-based alternatives. Key Takeaways: - KelpWorks highlights the potential of seaweed as a versatile biomaterial for sustainable design. - Seaweed leather offers a scalable, eco-friendly solution for temporary event structures, minimising synthetic waste. - The project showcases how circular systems and natural materials can redefine how we build, create, and sustain temporary event spaces.

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