international - Bergische Universität Wuppertal
international - Bergische Universität Wuppertal
international - Bergische Universität Wuppertal
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
32<br />
LUFo helps children get to grips with their bronchial asthma – safely and independently.<br />
meDiCal Design<br />
Industrial design at UW<br />
(uwid) combines innovative<br />
thinking with technical<br />
and design know-how. Situated<br />
at the interface of technology<br />
and art, the program<br />
focuses on technical products<br />
and product systems, as well<br />
as strategic design. uwid students<br />
may choose to work on<br />
the development and design<br />
of innovative medical equipment<br />
in their final examination<br />
thesis.<br />
LuFo suPPorts<br />
CHiLdren LeArninG<br />
to CoPe WitH<br />
AstHMA sAFeLy And<br />
seLF-reLiAntLy.<br />
Cornelia Einicke<br />
“A particularly important aspect<br />
of asthma management<br />
with children is closing the<br />
gap between the theoretical<br />
possibilities of available therapies<br />
and the actual success<br />
of the children applying them.<br />
My research brought me into<br />
intensive contact with doctors,<br />
parents and the children<br />
themselves, and on the basis<br />
of this knowledge I could de-<br />
velop new reality-based userconcepts<br />
for chronic illness.<br />
The result is a user-friendly<br />
future-oriented medical product<br />
with low technological<br />
input.”<br />
Prof. Gert Trauernicht k uwid<br />
“Asthma management with<br />
children demonstrates the<br />
quality of uwid’s innovation<br />
and development facilities in<br />
rethinking complex processes.<br />
Putting herself in the<br />
position of the child productuser,<br />
Cornelia Einicke developed<br />
an adequate product<br />
architecture that overcame<br />
the stigma associated with<br />
conventional products. Her<br />
solution is not only a pharmaceutical<br />
breakthrough but<br />
also substantially improves<br />
the psychological situation of<br />
young patients in the context<br />
of their everyday lives.”<br />
Medical head-mounted display – Red Dot Concept Award prizewinner 2010.<br />
sono – MobiLe<br />
uLtrAsound<br />
A MobiLe WireLess<br />
sonoGrAPHy systeM<br />
For A Wide rAnGe<br />
oF APPLiCAtions.<br />
Hannes Harms<br />
“I chose mobile sonography<br />
because the increasing quality<br />
of modern ultrasonic systems<br />
makes them the noninvasive<br />
diagnostic tool of the<br />
future.<br />
Analysis of modern ultrasound<br />
diagnostic processes<br />
involved a great deal of research,<br />
and I learned a lot<br />
about the optimization of process<br />
flow and ergonomics.<br />
overall I am pleased with the<br />
results and happy about the<br />
competent supervision I received<br />
from my professors.”<br />
Prof. Gert Trauernicht k uwid<br />
“Hannes Harms’ ultrasound<br />
study is a future-oriented design<br />
concept taking special<br />
account of increasing mobility<br />
in ultrasound diagnostics.<br />
The device shows impressively<br />
how right and lefthandedness,<br />
user-intuition<br />
and high performance can be<br />
communicated by adequate<br />
design. All components are<br />
immediately recognizable as<br />
part of a diagnostic system,<br />
and user processes are ideally<br />
supported by design ergonomics.”<br />
AuGMented<br />
interVention<br />
AssistAnt – MediCAL<br />
HeAd-Mounted disPLAy<br />
A system based on a headmounted<br />
display will soon<br />
enable surgeons to access<br />
information in the course of<br />
an operation in a way hitherto<br />
impossible.<br />
The successful project received<br />
a Red Dot Concept<br />
Award 2010.<br />
Kilian Kreiser<br />
“It was important for me to<br />
undertake a visionary project<br />
in the medical sector, where<br />
there has been enormous<br />
technological progress. The<br />
SoNo mobile wireless ultrasound system.<br />
sector combines immense<br />
potential with a lack of ergonomic<br />
solutions incorporating<br />
high-level design. The project<br />
was realized in collaboration<br />
with Munich’s Pilotfish agency.”<br />
Marc Nagel k Pilotfish<br />
This Pilotfish application<br />
takes an innovative step toward<br />
achieving an augmented<br />
reality in the world of<br />
medicine. Centered on the<br />
operating surgeon, it aims<br />
to reduce contact problems<br />
with new technologies. The<br />
project opens interesting<br />
vistas for future applicationoriented<br />
innovations.<br />
kwww.uwid.uni-wuppertal.de<br />
02_UW_ACADEMICS<br />
33