The Université Grenoble Alpes is a major player in higher education and research in France.
As the world is becoming more and more competitive, our institution aims to better respond to the challenges the world poses universities today and in the future, and to be more visible and attractive internationally.
The Université Grenoble Alpes already features in the top 100 and top 200 universities in major international rankings (Reuters, Shanghai, Times Higher Education and QS for example) for some of its scientific fields. The UGA rivals the best universities in the world thanks to the strength of its research and the numerous educational innovations it has implemented.
Medical Interventions (surgery, interventional radiology, radiotherapy) can provide a significant boost for progress in terms of patient-specific optimal planning and performance. To fulfill patient’s demand for Quality, Senior Operators demand to see beyond the immediately visible, to be assisted in their real-time vital decisions and to accede to enhanced dexterity, while junior operators request to “learn to fly” before being left alone, and Public Health Authorities and companies require demonstration of the Medical Benefit of innovations.
Computer Assisted Medical Interventions: A new perspective through the CAMI LABEX
The Computer Assisted Medical Interventions (CAMI) LABEX strategic vision is that an integrated approach of medical interventions will result in a breakthrough in terms of quality of medical interventions, demonstrated in terms of medical benefits and degree of penetration of CAMI technology in routine clinical practice.
PERSYVAL-lab federates 800 researchers and academics from 10 laboratories in Grenoble working on computer science, hardware architecture, signal processing, control and mathematics towards a common scientific goal: build secure, reliable and efficient cyber-physical systems combining "smart" devices interconnected and interactive virtual objects.
The primary objective of PRIMES (Physics, Radiobiology, Imaging and Simulation) is to develop new concepts and methods for the exploration, diagnosis and therapy of cancer and pathologies associated with aging. PRIMES covers a variety of areas ranging from basic physics to instrumentation, from radiobiology to data acquisition and processing, to image reconstruction, simulation and modeling using computer science.
The France Life Imaging – FLI – network was launched in 2012 to ensure high technological innovation in biomedical imaging and to offer an open access to the academic, clinician and industrial community to state-of-the-art in-vivo imaging technologies and integrated services. FLI’s mission is to increase the French visibility in Europe and worldwide. This infrastructure is coordinated by the CEA (French Alternative Energies and Atomic Energy Commission)
The National Center for Scientific Research, or CNRS, is a public organization under the responsibility of the French Ministry of Education and Research.
L’Université de Lyon est un site académique d’excellence à vocation mondiale. Labellisée IDEX en 2017, elle se situe au cœur de la Région Auvergne-Rhône-Alpes sur le bassin Lyon Saint-Étienne.
The TIMC-IMAG laboratory gathers scientists and clinicians towards the use of computer science and applied mathematics for understanding and controlling normal and pathological processes in biology and healthcare. This multi-disciplinary activity both contributes to the basic knowledge of those domains and to the development of systems for computer-assisted diagnosis and therapy.
TIMC-IMAG has more than 280 members in 12 research teams, including more than 160 permanent staff: researchers, teacher-researchers, engineers, technicians and administrative staff.
Its staff is made up of one-third doctoral students and post-docs.
CNRS UMR 5220 – INSERM U1206 – Université Lyon 1 – INSA Lyon - Université Jean Monnet Saint-Etienne.
Creatis is a biomedical imaging research laboratory, with about 200 persons, whose main areas of excellence and international influence are linked to two fundamental problems, namely:
Identification of major health issues that can be addressed by imaging
Identification of theoretical barriers in biomedical imaging related to signal and image processing, modelling and numerical simulation.
Creatis meets these challenges through a multidisciplinary approach, based on a matrix organisation which stimulates interaction between six research teams working in information and communication science and technology, engineering sciences and life sciences.
