@Mohammed VI Polytechnic University

Modeling Simulation and Data Analysis (MSDA)

You are here

Modeling Simulation and Data Analysis (MSDA)


Modeling Simulation and Data Analysis entity (MSDA) is a research and training program that aims to overcome the challenges arising in industries, services and society as they move towards digitalization. 
MSDA is interested in any domain that is likely to progress through mathematical modeling based on the classical approach of “I observe, and I build models I simulate after proving the validity of the approach”. It aims to develop solutions from the mathematical models building to their implementation in various fields including Statistical Analysis, Cyberphysics chemical processes and Data Mining.
MSDA calls on experts from both national and international networks to set up multidisciplinary team projects. 


  •     Train researchers to face the real-life digitalization challenges
  •     Excelling in collaborative research through the setup of interdisciplinary projects and long-term interaction with industrial and academic partners.
  •     Transferring of locally developed knowledge to industry and its incorporation into software for support in decision making.

Research Themes

  •     Ordinary Differential Equation (ODE) and Partial Differential Equation (PDE)
  •     Stochastic Modeling 
  •     Machine Learning
  •    Process System Engineering
  •    Climatology 
Lancement du Master « Green Building Engineering and Energy Efficiency» en partenariat entre SAP+D et GEP

SAP+D and GEP kick off the Master on « Green Building Engineering and Energy Efficiency»

Read more
UM6P prend part à Paris au PhDCareer Talent Fair 2019

UM6P takes part to PhDCareer Talent Fair 2019

Read more
Ouverture à Benguerir de la 5ème édition du SYMPHOS

5th edition of SYMPHOS kicks off at Benguerir

Read more

Startups accelerator

Read more

United Nations Expert Group Meeting at UM6P

Read more
 Summer School on Hydroinformatics.

ENPC-IWRI-UM6P 1st Summer School on Hydroiformatics

Read more