Jahresbericht 2006 - Biba - Universität Bremen

ECOLEAD
European Collaborative Networked
Organizations Leadership Initiative
The project deals with the analysis, evaluation
and design of collaborative networks.
Altogether 20 partners from Europe
and South America collaborate with each
other. BIBA is especially involved in the
analysis of virtual breeding environments
and virtual organisation management.
(www.ecolead.org)
EVIGeM
European Virtual Institute of Geometry
Measurement
EVIGeM is a commercial net of European
partner organisations, supplier, vendor
and manufacturer of metrology instruments,
users, research institutes, calibration
centres and individual experts. EVIGeM
assists and helps members and any external
interested party, provides knowledge
transfer, services requiring instrumentation,
FAST Ramp-Up
Technical Product Change Management
during the FAST Ramp-Up
– Increasing Efficiency and Effectiveness
of the Management of
Technical Product Changes
This is a project in cooperation with DaimlerChrysler
AG, Bremen, where methods
and concepts for an integrated evaluation
and coordination of technical product
changes are developed. Referring to this,
Projects
(EU, 04/2004-03/2008)
support of commercial activities, scientific
the series ramp-up is of special interest.
EmPoR
Applications and Potentials of RFID
in the Logistics of small- and
medium-sized Enterprises
and technical assistance, direct activities.
The main goal of EVIGeM is to recover,
maintain and advance Europe‘s position
in geometry measurements, comprising
instrumentation (hardware and software),
Shorter product life cycles force industry
companies to reduce development time
as well as the expected time-to-market.
Therefore, an efficient Product Change
Management is of particular importance.
The global competition forces particularly
scientific knowledge and methodology.
FAST Ramp-Up addresses innovative me-
small and medium sized enterprises to
(EU, 07/2002-02/2007)
thods for an advanced and systematic
constantly innovate and rationalise. A
new and innovative approach is the use
of the radio frequency identification (RFID)
technology for the optimization of in-plant
FasTEr
Vehicle Control by Mobile Transponder
Detection
implementation of product changes
as well as a knowledge management
for a forward displacement of product
changes prior to the ramp-up phase.
processes. The presented project conten-
Subject of this R&D-project between
Optimised internal product change
ted on the one hand a study over the sta-
E.H.Harms Automobile-Logistics and the
processes are followed by the optimisa-
tus quo, the increase in value as well as
BIBA was the development of a decen-
tion of product change processes in the
existing obstacles with the application of
tralised vehicle control method in logistic
development network.
RFID. Beyond that a catalogue of require-
networks using RFID technology. The main
(SfWH, 12/2004-11/2007)
ment for the successful application of the
technology within the ranges of storage
and production logistics was developed,
which shall be used globally. This form of
objective of this project was the improvement
of relevant business processes, and
here particularly vehicle identification,
locating and control. For this purpose, va-
GlauPhon
Non-contact tonometry by acoustic
stimulation
decision support was supplemented by
rious options of utilizing transponders were
The objective of the project GlauPhon is
an economy calculation, which did a
developed as well as verified and evalua-
to develop and to assess a non-contact
comparison with existing ident systems (e.
ted by dint of field tests at the automobile
tonometry method. For diagnosis and
g. bar code). (s. page 5-7)
terminal E.H.H. Autotec GmbH & Co. KG
therapy of various eye diseases it is essen-
(Stiftung Industrieforschung, 06/2005-
in Bremerhaven.
tial to precisely measure the intra-ocular
05/2006)
(bremen in t.i.m.e., 12/2004-05/2006)
pressure. The tonometers on the market
have certain disadvantages (e. g. contacting
measurement, self measurement
FÖJ
Volunteer Ecological Year (FÖJ)
by the patient is impossible, position-dependant
measurement). The tonometer
to be developed should be easy to use
The FÖJ is for young people between
so that self measurements by patients
the ages 16 and 27. It gives them the
can be performed with ample precision.
opportunity to develop their personality as
(BMBF, 06/2005-03/2007)
well as their environmental awareness. It
also gives them the opportunity to make
first hand experiences in environment
Hanserob
Main focuses of the project are transfer
friendly behaviour. The participants have
of technology, further development and
a normal working day in predominantly
piloting for the scheduled introduction to
practical fields of activity. In 2004 the BIBA
the market of the Parcel Robot. The target
was accepted as an employer for FÖJ by
is, to advance the consisting prototype of
the Senator for Building, Environment and
the Parcel Robot in a first phase, so that a
Traffic (SBUV) of the Free Hanseatic City of
widespread piloting under real conditi-
Bremen. Since 2004 BIBA attends to two
ons can be realised. For this purpose a
FÖJ participants. They carry out concrete
complete transfer of technology from
work for the protection of the environment
BIBA to the ThyssenKrupp Krause group is
and are involved in educating emplo-
essential. By targeted appropriate puplic
yees as well as students. The emphasis
activities and media communication
lies in the continuation of the environmen-
the intention should be displayed as an
tal management system of the BIBA.
example for transfer projecting in Bremen.
(SBUV, since 10/2004)
(BIG, 11/2006-05/2007)
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