Kelp
by Max Cottier
Project Description
Kelp is a stool designed to reduce the need for plastic seats at small events and markets. The material was developed by heating powdered Tasmanian bull kelp with cornflour in water to create a gel-like past that is then used to impregnate plant fibre matting to make it stiff and rigid, then laminated to reach a thickness strong enough to support an adult. Kelp is made to be completely biodegradable and be used as a fertiliser at its end of life, making the most of its nutrient richness for gardens. Using native materials allows for diversity in the product, depending on where it is made. Using kelps from other parts of the world will make for a slightly different colour and texture. This diversity will make for a unique and engaging experience at markets compared to using plastic counterparts. With its simple, tapered cylindrical shape, Kelp is stackable for storage and portability and light weight; weighing only 450g each, they can be easily carried around and still hold their ground in a breeze. The production of Kelp is very simple, with very little infostructure needed. The stools are made in a drying room and a mould is needed to heat up the kelp gel. Creating a unique seating experience with an alternate use for its end of life, Kelp aims to reduce the use of plastic seats that inevitably break and end up as waste.
Bio
I am an Integrated Product Design Graduate, moved to Sydney from Hobart to study at University of Technology Sydney, eager to test and develop my skills in the industry. From my studies, I have developed a keen eye for detail, and have learnt how to work and design as part of a team, as well as a wide range of practical skills. I am self-motivated and have good time management skills to start and finish tasks on time, and well-developed communication and presentation skills developed through the three years of university. I enjoy problem-solving through design. Outside of design, my interests are, sailing, fishing, and bush walking. These hobbies have given me a functional and practical perspective on my designs to complement my experience of working in high pressure situations.
previous project / next project
Copyright UTS Product Design 2020