The AMAC department gathers researchers who develop tools for numerical and symbolic computation.

 Director: Elise Arnaud

The department is structured in 7 teams:

AIRSEA modeling of oceanic and atmospheric flows, model reduction, uncertainty management, high performance computing.
CASC Computer algebra and Symbolic computations, Security, Complex systems, Coding theory and Cryptology.
EDP Mathematical and Numerical Modeling; Numerical Analysis and Scientific Computing; Calculus of Variations; Analysis of PDEs; Applications to Life Sciences, Material Sciences and Geometry.
ELAN Modeling and Simulation, Computer Graphics, Computational Mechanics.
NANO‑D Development of algorithms to model and simulate nano-systems.
STEEP Sustainability, Territory, Environment, Economy and Politics.
TRIPOP Modeling, Simulation and Control of Non-Regular Dynamical Systems; Non-smooth Optimization.