Engineering solutions for the 21st century's increasingly complex challenges
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In the last 30 years there has been an extraordinary increase in simulation and modeling tools used by design engineers, decision makers
and public services. Research in mechanical and process engineering has provided a significant contribution to
progress in these areas.
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Today's scientific and technological challenges arise from new issues: sustainable development, alternative resource management, green technologies, environmental impact
reduction, risk management, health care...
Our ambition
Our ambition is to take a step further in the understanding of the complex mechanisms involved in materials, in industrial processes, in
environmental phenomena, as well as in living organisms, and contribute to the development of new engineering solutions for the 21st century increasingly complex
challenges"
Tec 21 in 2'10''
Our video presentation
Tec21 brings together 7 laboratories and research units in Grenoble.
With 250 permanent scientists and technicians specialised in fluid and solid mechanics, soft matter physics and process engineering, we
develop experimental and numerical tools to contribute to technological innovation in the fields of energy management and conservation, propulsion and aerospace, process engineering,
civil engineering, natural risks assessement, biorefinery, and health
Tec21 works to tighten the links between research, education and industry
We
contribute to the implementation of education programs with a multidisciplinary approach providing practical experience to
future engineers
STUDENTS
You'd like to study in Grenoble?
You're interested in research?
Registrations to the 3rd Winter School on multiscale approaches and multiphysic couplings in fluid and solid mechanics are now open.
Dead line for registration: December 1st, 2019
Researchers from the Laboratoire 3SR and their colleagues have released the first 3D high-resolution images of the human vocal
folds thanks to X-ray microtomography coupled with a phase retrieval technique. These images reveal the complex structure of larynx tissues and open the way towards a better understanding of
their virbo-mechanical properties...
We
contribute to the implementation of 
PI:
Lucie Bailly (3SR)
