Le groupe Grenoble INP développe des partenariats forts avec le Vietnam, le Japon, la Chine et le Mexique. Ces accords interviennent dans le cadre d'unités mixtes internationales (UMI) ou de laboratoires internationaux associés (LIA), dont voici la liste complète :



Grenoble INP has built major partnerships with laboratories in Vietnam, Japan, China, and Mexico. These partnerships take the form of mixed international units (UMI) or international associate laboratories (LIA). Below is a full list of Grenoble INP's international laboratories.
 

FV-PPL
Nuclear Physics Particule physics, astrophysics, astroparticle physics
Grid technologies and applications
Web

ICCMS
The first International Centre for materials science modeling (ICCM) has been launched in Hanoi, Vietnam, in 2010. This is a partnership between the HPI and INP Grenoble. The creation of this international laboratory is the consequence of a strong partnership between two universities, and gives both a strong international visibility in materials science.

LAFMIA
LAboratoire Franco-Mexicain en Informatique is specialised in building prototype software. It is backed by two coordinating centres - one in Grenoble (Fédération IMAG-Institut d'Informatique et de Mathématiques Appliquées de Grenoble) and one in Jalapa, the capital of Veracruz (Laboratorio Nacional de Informatica Aplicada) - as well as a network of laboratories in both France and Mexico.    Web

LAS2M
Superconductors for electrotechnical applications
Fundamental aspects of surface superconductivity
Web

LITAP
Technologies plasma. LITAP (Laboratoire International de Technologies et Applications des Plasmas) is a partnership among institutions in France (CNRS, UJF, and Grenoble INP) and Quebec (INRS-EMT and the University of Montreal). It combines their strengths and skills so as to better face increasing global competition for new plasma technology applications.

LN2
Nanomaterials & nano-optoelectronics, Nanobiotechnologies & Health, Solar cell
Web

MAXWELL
Numerical methods applied to electrical engineering:
- Numerical modeling for electromagnetic
- Optimization, design
- Magnetic materials, biological materials: methods
- Characterization and homogenization
- Electromagnetic compatibility
- health, bio-electromagnetics
Web

MICA
Software engineering
Signal and image processing
Web

ReaDiLab
Modelling, Mathematic analysis, numerical simulation of reaction-diffusion systems
Biology, biomimetic systems and medicine
Web