Multiphysics Modeling School
Advanced university degree programs about COMSOL Multiphysics and collaboration with industry and research centers on simulation-based projects
The Multiphysics Modeling School (MMS) is part of the University of Malaga (UMA). As the leading university institution for COMSOL Multiphysics training, MMS offers advanced master programs and collaborates with industry and research centers on simulation-based projects.
By joining our courses, you will benefit from the expertise of a team deeply involved in both education and applied research, acquiring practical skills highly valued in today’s scientific and engineering environments. You will learn from experts who are actively involved in both teaching and real-world applications of multiphysics modeling.
Why Multiphysics?
Multiphysics is a computational modeling tool that involves simulations in which multiple physical models or multiple simultaneous physical phenomena are present, and usually implies the resolution of coupled systems of partial differential equations.
For example, it should be used in the computational analysis of processes and systems dealing with coupled phenomena related to fluid dynamics, heat transfer, structural mechanics, acoustics, electromagnetism, optics, chemical kinetics, molecular dynamics, etc.
In our courses we use the currently most powerful and flexible software for multiphysics modeling, COMSOL Multiphysics, which is also perfectly well suited to work in single-physics mode.
Multiphysics modeling provides multiple and important benefits for companies, scientists and engineers, for basic research, applied research and product and process development.About COMSOL Multiphysics
COMSOL Multiphysics is a simulation platform that covers all steps of the modeling workflow, from the definition of geometries and material properties, through the establishment of the physical equations describing the specific phenomena, to the solution and post-processing to produce accurate and reliable results. It is a very powerful and recognized professional tool in the field of science and engineering and is used by engineers and scientists of any specialty, regardless of whether they work in industry or in public research organizations.
Numerical simulations are commonly used in many areas and problems, such as Heat Transfer (conduction, convection or radiation), Computational Fluid Dynamics (laminar and turbulent), Electromagnetism, Optics, Structural Mechanics (linear and nonlinear materials, vibrational analysis, shocks and impacts), Acoustics, Chemical Engineering, Electrochemistry, etc. These master’s programs will prepare the student to develop R&D simulation projects in a variety of industries and research centers.
Multiphysics Modeling School trains the student in the use of COMSOL Multiphysics, covering all points of view, both theoretical and practical. The master’s degree programs are an excellent training opportunity on this commonly used tool, and connects directly with current professional activity in Science and Engineering, while contributing with knowledge of undeniable value to the academic curriculum of any engineer or scientist.