The objects are made of recycled tires, a material that is usually burned and not reused as no one knows how to reuse it. It helps protect the bike and the existing furniture.
In the summer, many people use bicycles, and the space to park them quickly becomes saturated. LL Rack is an alternative system that helps create parking spots for bikes on urban furniture, such as poles or lampposts. This series of three objects can be used on larger or smaller diameters.
The tires slip like a sock into a stainless-steel piece to make it difficult to steal the bike.
Diploma project (2022) by Timothée Lehmann
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.
BA MEDIA & INTERACTION DESIGN
with Angelo Benedetto
Beyond the screen - is a series of interactive machines developed by students in their first year of Bachelor Media & Interaction Design. These systems are inspired by the relationship between instructions and execution within a computer system. These machines create text through a modular typographic system.
BA MEDIA & INTERACTION DESIGN
with Alain Bellet
Talk To Me is a series of interactive objects designed by 1st-year Bachelor Media & Interaction Design students. These objects use dialogue as a playground and draw inspiration from conversational interfaces to create new interactions.
BA INDUSTRIAL DESIGN
with Christophe Guberan
Under the direction of Christophe Guberan, the students used their design talents to rethink an everyday object that consumes more energy than it should, using their powers of observation to choose a type of contemporary object that consumes energy and reduce its dependence on energy during use.
with Stéphane Halmaï-Voisard, Younès Klouche, Frederik Mahler-Andersen , Pietro Alberti, Maxwell Ashford, Alain Bellet, Laurent Soldini
Arboricrop is a research project conducted by a multidisciplinary consortium bringing together Vivent Biosignals, Changins – University of Viticulture and Oenology, and ECAL/Ecole cantonale d’art de Lausanne (HES-SO), with the support of Innosuisse. Its objective is to develop a miniaturized plant electrophysiology sensor designed for use in real agricultural conditions: the VITA Mini Sensor.