directory of the spanish nanotechnology community - Fundación ...

Capacities
ANDALUSIAN INSTITUTE OF TECHNOLOGY
University Technology Centre Public Centre SME Large Company
characterization nanocomposites nanosensors synthesis/funct nanophotonics
nanobiotechnology nanoadditives nanometrology nanosimulation knowledge mng.
Address
IAT (Instituto Andaluz de Tecnología)
Parque Tecnológico "Cartuja 93"
c/ Leonardo da Vinci, 2 - 41092 Seville, Spain
Tel..: +34 95-4468010
Contact information
Carmen Baena Sánchez
R+D Director
mcbaena@iat.es
Fax: +34 95-4460407
Webpage: http://www.iat.es/
Organization profile
IAT, the Andalusian Institute of Technology is a Technological Center constituted in 1989 as a private
foundation, of non profit character, recognized as being of public interest. We have wide experience in the
Technology Development, New Technologies companies assimilation, studying new means to finance R +
TD, designing Regional Innovation Systems, promoting R+TD in Europe or marketing the results of
technological projects, counting on the support of the Regional Government for most of these activities and
services, due to our close relation with governmental and public bodies .
In addition, IAT is the co-ordinator of the ANDALUSIAN INNOVATION NETWORK, a network of 100
Andalusian Enterprises (SMEs), and takes part of the CESEAND (Southern Europe Innovation Relay Center
- Andalusia). Because of its regional dimension, IAT is related to Public Regional Authorities, Agencies and
Universities.
Furthermore, IAT has high experience in the participation in European projects in the 5th, 6th 7th
FP , standing out INTERREG III B ( MEDOCC, AA and SUDOE) and INTERREG III C projects.
The R+D work areas for IAT are the following:
Sustainable management models for the organizations
Human Resourches Development.
Models and tools for the improvement and development of products and services.
Regional systems of innovation. Business competitiveness factors.
Main capacities in nanotechnology / nanoscience
IAT can perform simulation at micro and nanoscale. We perform simulation (preprocessing, calculation and
postprocessing) at nanoscale of the following particles and their dynamics and model types: atoms; coarsegrained
particles (e.g. bead-spring polymers); united-atom polymers or organic molecules; all-atom
polymers, organic molecules, proteins, DNA; metals, granular materials; coarse-grained meso-scale models;
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