Urbis Interview: Ravensbourne's Architecture and IDEAs lookbook URBIS 2017 GRADUATE BOOK | Page 15

Biomechatronica
Loss of human physiological functions or to enhance these functions
The project explores the
future possibilities of wearable
accessories. Using research of
computational designs, digital
fabrication and synthetic biology
that translates the knowledge
into design. 3D-printed wearable
accessories that are custom-made
to users’ tastes.
A retail experience for the user to get
their own bespoke accessory where
they are able to let their imagination
become reality. Everyone leaves the
building with an original piece
designed by themselves assisted
by the media lab.
The building also provides a medical
service for individuals who have
impaired mobility. 3D-printed
bespoke casts which have been
shown to heal broken bones 40%
faster than traditional casts are
produced on site.
01
Possibilities of custom-made
prosthetic body parts researched
by the Biomechatronics Group
who, develop technologies that
augment human performance
beyond what nature intends.
The interior spaces are inspired by
‘wearable skins’ designed by
Neri Oxman.
02
X 43 Wren House

Hatton Garden, Farringdon

London, EC1N 8EL
[01] Walkway into medical deliver and retail. Detail showing
walkway into medical delivery [02] Initial concept sketch.