Deriving inspiration from 20th century orthopaedic braces, Topology of a Body is a series of body jewellery items that closely conform to the human anatomy and resemble the body’s structural elements.
Each piece is composed by solid geometrical shapes and organic curves that are created with silver or steel wire. The thickness of the wire is altered in a dynamic rhythm, highlighting the morphology of the body. The metal structure, which is carefully designed to envelop the human figure, ultimately takes on a sculptural form.
Just like orthopaedic braces, the pieces of jewellery are designed to allow the body to move, yet seem to keep it in a constant state of immobility. This paradox eventually raises a question: do these objects enable or restrain the body’s movements?
Diploma project (2023) by Charitini Gkritzali
BA INDUSTRIAL DESIGN
with Friederike Daumiller
In collaboration with ASA-Handicap mental and the Senior-lab, the Bachelor students, led by designer Friederike Daumiller, present a collection of closing and fastening systems for clothing, bags and wearable accessories that make them easier to use, helping to make them more universal and inclusive.
BA INDUSTRIAL DESIGN
with Stephane Halmai-Voisard, Christian Spiess, Carolien Niebling
Drawing inspiration from the IPCC’s most dire projections and from numerous reports, I envision a future where carbon concentration reaches a staggering 1000 ppm by the end of the century. What will this world look like? To capture this vision, I have designed three distinct objects, each drawing from unique narratives rooted in my hypothetical scenario. Firstly, a low-tech water bottle, ingeniously insulated to withstand the challenges of climatic migration. Secondly, a repair technique specifically designed to mend and waterproof worn-out tennis shoes, embodying resourcefulness in the face of the scarcity of certain resources. Lastly, a nasal device, boas- ting advanced technology capable of filtering and purifying polluted air, serving as a shield against the looming threat of atmospheric contamination.
MAS DESIGN FOR LUXURY & CRAFTSMANSHIP
with Nicolas Le Moigne, Alexis Georgacopoulos, Xavier Perrenoud, Basil Dénéréaz
For the Watches and Wonders Geneva 2024 trade show, ECAL/University of Art and DesignLausanne has teamed up with Alloyed, a company that specialises in metal printingtechnologies, to present an original collection of watch straps. Designed by students in theMaster of Advanced Studies in Design for Luxury and Craftsmanship programme, thesewristbands have been developed using 3D modelling software, resulting in unique pieces thatgo beyond the limits of traditional techniques. Five of the 15 concepts designed by the students were selected and 3D printed from a finepowder of TI6AI4V titanium—an alloy composed of titanium, aluminium, and vanadium—whosemelting point of around 1,600° Celsius is obtained using a laser beam. Regularly used in theaerospace, and medical industries, this printing technique, known as Laser Powder BedFusion (L-PBF), can be used to create objects with ultra-high-performance mechanicalproperties. Each project, presented in the form of a prototype or animation, finds its inspiration in thebeauty of nature, through organic structures, as much as in complex systems, closer toengineering. This collaboration brings together technology, craftsmanship, and design—withlinks to the world of fine watchmaking—by combining the expertise of engineers specialising inthe science of materials, the know-how of artisan jewellers and their finishing skills, and thecreativity and innovative spirit of up-and-coming designers.
BA INDUSTRIAL DESIGN
with Christophe Guberan
Second-year industrial design students collaborated with Zurich-based brand FREITAG Lab, leveraging their expertise in environmental awareness, material upcycling, and the circular economy. Using the FREITAG manifesto as a foundation, they developed new shared products centered on the principle of "access over ownership."
BA INDUSTRIAL DESIGN
with Alexis Georgacopoulos
The project was to design one pair of glasses that would fit into the product range of Visilab.