The LIRMM is an Innovation forerunner, closely associating research excellence, transfers to the business world, and ICT skills and expertise. We support regional economic development by investing in partnership and business development projects.
The LIRMM has also gained considerable experience in disciplines bridging its core areas of expertise—contributing, for instance, to the development of new digital technologies for health and environmental applications.
Tapping our knowledge, know-how and resources, we strive to broaden industrial partnerships to develop open and accessible technology platforms, apply our expertise to create innovative businesses, in collaboration with companies, especially small businesses, on joint research projects.
Artificial intelligence, Bioinformatics, Software Engineering, Cryptography, Image Processing, Data Mining, Algorithmics
Mechanical Design, Modeling and Control Architecture of Robotic Systems in all the following areas: Industrial Production robots, Humanoid robots, Medical robots, Neuroprosthetics, Mobile Robots.
Integrated Circuits and Systems Analysis and Modeling for Design and Testing
MEMS Design and Testing, Adaptive circuits and systems, Biomedical circuits and systems
Last update on 09/12/2019
(National Coordination in Micro- and Nanoelectronics Training)
Providing the industrial and academic sector with tools for designing and industrial testing of integrated circuits and training of trainers and users.
(Regional Resource Center devoted to High Performance Computing)
Providing academic and private R&D projects with high performance computing resources, support services (auditing, optimization, code parallelization) and training.
(National Human Genome Research Institute)
Providing software tools for phylogenetic reconstruction and genomic analysis.
(Regional Technology Platform devoted to Robotics)
Robotic platform for advanced research with facilities for industrial applications
(Regional Technology Platform devoted to Digital Security)
Open platform to study, assess and support academic and industrial stakeholders (under specific conditions) to design secure circuits and systems.