Pierre Azalbert
MA work
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A working Arduino board made with Stroom, Pierre Azalbert 2019
Photo paper, silver conductive ink
50mm x 50 mm | Photographer: Ben ChampanA working Arduino board made with Stroom, Pierre Azalbert 2019
Photo paper, silver conductive ink
50mm x 50 mm | Photographer: Ben Champan -
The Stroom recycling process is non-destructive, safe and easy to perform, Pierre Azalbert 2019
50mm x 50 mm (circuit board) | Photographer: Ben ChapmanThe Stroom recycling process is non-destructive, safe and easy to perform, Pierre Azalbert 2019
50mm x 50 mm (circuit board) | Photographer: Ben Chapman -
Stroom circuit boards can be built on paper, card, plastic, glass, ceramic..., Pierre Azalbert 2019
Photo paper, ceramic, glass, acetate film, FR4, plastic
50mm x 50mm (each sample) | Photographer: Ben ChapmanStroom circuit boards can be built on paper, card, plastic, glass, ceramic..., Pierre Azalbert 2019
Photo paper, ceramic, glass, acetate film, FR4, plastic
50mm x 50mm (each sample) | Photographer: Ben Chapman
Stroom
Stroom is a new approach to designing and manufacturing electrical and electronic devices, in a visionary yet sustainable way.
Stroom makes it possible to build circuit boards on all kinds of materials, such as surfaces around the house, or even textiles for clothing. This opens a world of opportunities for new aesthetics and innovative interactions with digital technology.
More importantly, electrical and electronic products designed and manufactured using the Stroom process are extremely easy to rip up and take apart. When the time comes, materials are easily separated, valuable elements are extracted, and working components can be recovered for re-use.
Info
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MA Degree
School
School of Design
Programme
MA Innovation Design Engineering, 2019
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Contact
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+44 (0)7922044401
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As a designer with an electrical engineering background, I have a passion for experimenting and thinking through making. I am particularly interested in the way people interact with material, whether they are new or existing; the same applies to digital technology.
My final year projects re:flex and stroom are at the intersection of these two fields, exploring how we can bring smart materials into our everyday lives, and how digital technology can exist outside of black boxes; in order to blend itself with the materials in our environment.
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Degrees
- MEng Electrical and Electronic Engineering, Imperial College London, 2017
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Experience
- Student engineer, BBOXX Ltd, London, 2016
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Awards
- Mayor Entrepreneur Competition, Tech Category, Finalist with group project re:flex, 2019