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Our units participate in research and innovation missions. Often interdisciplinary, sometimes multi-campus, they contribute to the improvement of scientific knowledge in the earth, life, digital and environmental sciences, in the service of sustainable development.

AGHYLE (Agro-ecology, Hydrogeochemistry, Environments & Resources - UP 2018.C101)

The AGHYLE unit is interested in understanding the interrelationships between management practices / soil condition / plant diversity and the consequences of these interactions on the dynamics of elements and plant quality.

B2R (Bassins Réservoirs Ressources - URR 7511)

The B2R research unit (UniLaSalle - UPJV) studies the evolution of sedimentary basins, reservoirs and sources of fossil and renewable energy (hydrocarbons, geothermal energy, water).


The CYCLANN research and engineering cluster focuses on environmental engineering and science, water and effluent quality, effluent and waste treatment and environmental assessment.

INTERACT (Innovation, Territory, Agriculture & Agribusiness, Knowledge and Technology - UP 2018.C102)

The research unit's work aims to better understand the innovation processes of agriculture, agribusiness and agro-industry as well as their conditions for success.

Transformations & Agro-resources (ULR 7519)

The Transformations & Agro-resources unit works on the transformation and valorization of the whole plant in a sustainable development perspective. The work is based on an integrated scientific approach covering the entire agro-resource transformation chain, from the study of the mechanisms of their construction to the study of their properties and functionalities during their final use, whether for food and/or non-food purposes.

SYMADE (SYstèmes et MAîtrise de l'Energie)

The SYMADE team works on the design and optimization of multi-physics technological systems, including digital twins, for the use of energy (consumption, generation and storage) for the industry of the future, through 2 axes: the control of industrial systems with the Internet of Industrial Objects (IIoT) and electrical energy systems whose performance depends on the intrinsic characteristics of materials, control and environment.