The writing of my dissertation, devised as a creative anthropology of the curtain, drove me to make one myself. As an architectural object, the curtain has different ceiling heights, depending on the space in which it is located. With the support of Elitis, I developed several solutions to tighten, raise, crease or relax the curtain – in short, to adjust it without ever having to cut it. The excess length affects its shape and volume. The system offers a new flexibility of adjustment and suspension.
Diploma project (2021) by Margaux Mandrou
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BA INDUSTRIAL DESIGN
with Tomas Kral
For this project the students were asked to create and design an object by two materials of their choice. Analysing, questioning, observing, testing, and assembling materials. The resulted objects from this project are products where the function of the product was mainly guided by the two chosen characteristic materials.
BA INDUSTRIAL DESIGN
with Chris Kabel, Elric Petit, Stéphane Halmaï-Voisard
Bachelor Industrial Design diploma's projects, 2019
BA INDUSTRIAL DESIGN
with Stéphane Halmaï-Voisard
For this project, the students had to design a seat, or rather requalify and rehabilitate a chair or armchair using existing models such as the monobloc, aluminium bistro chair, or deck chair, as the base structure. Employing Kvadrat upholstery textiles, the designs had to be reversible, meaning it should not alter the existing structure. While the original function of the chair could be maintained or altered, the proposals aimed to improved the comfort and aesthetic character of the seats.
BA INDUSTRIAL DESIGN
with Maddalena Casadei, Stéphane Halmaï-Voisard
Every year more than 30 million mattresses are thrown away in Europe. Despite the establishment of dismantling centres, only half of these mattresses are recycled. Those whose materials cannot be separated end up incinerated. This is due to the excessive use of glue and the mixing of different materials. Matalàs offers an alternative to this problem by taking into account its recycling from the design stage. Designed in three parts, it facilitates the extraction of wool and springs, thus becoming part of a circular economy.
with Maxwell Ashford
This project develops design for recycling textile-based goods, one of the most damaging waste streams, using contemporary toolsets to dismantle products into pure fractions.