This advanced COMSOL Multiphysics course is an online university microcredential focused on application development, simulation automation, optimization, and custom physics.
Registration for the April–May 2027 edition is open until March 2027.
Live classes recorded for later viewing.
Distributed across the academic period.
Academic period from April to May.
Advanced training in automation, optimization and custom modeling.
Issued by University of Málaga.
COMSOL access included during the course.
Advanced Modeling, Automation & Optimization in COMSOL Multiphysics is a specialized online course offered by the Multiphysics Modeling School at the University of Málaga.
Designed for engineers, scientists and advanced users, the course develops practical skills for building simulation applications, automating workflows, optimizing models and creating custom physics interfaces.
The program connects COMSOL Application Builder, Python and surrogate modeling with particle tracing, MATLAB-based optimization and Physics Builder through four coordinated subjects.
Focused on advanced automation, optimization and extensibility in COMSOL Multiphysics.
Online live classes, recorded for later viewing.
From simulation applications and Python workflows to optimization and custom physics.
Certificate issued by the University of Málaga upon completion.
Application Builder interfaces, Python and COMSOL API automation, parametric workflows and fast surrogate-model predictions.
Mathematical and charged-particle tracing, fluid-flow trajectories, particle-field interactions and multiphysics couplings.
LiveLink for MATLAB, objective functions, design variables, sensitivity analysis, parameter estimation and optimization studies.
Graphical development of custom physics interfaces, expressions, coordinate systems, selections and reusable modeling tools.
A foundational course on COMSOL Multiphysics’ core physics and mathematics interfaces, from theoretical principles to flexible equation-based modeling.
Academic period: from April to May, 2027. On average, about 5 weekly hours of online classes will be scheduled, distributed from Monday to Friday.
All online classes will be recorded and available to students for later viewing. Use the time-zone selector to check the class times in your location.
The online classes will be held on weekdays (Monday to Friday) in two time slots:
| Period | Slot 1 | Slot 2 |
|---|---|---|
| 01 Apr 2027 – 31 May 2027 | 18:00–19:00 | 19:30–20:30 |
Enrollment deadline
Start date
End date
The course is intended for participants who want to extend COMSOL Multiphysics through automation, optimization, particle tracing, custom applications and custom physics interfaces.
Engineering and science students
Researchers and academic professionals
Industry engineers and technical staff
Professionals building automated, optimized or reusable simulation tools
Prior experience with COMSOL Multiphysics is recommended, together with a basic background in physics, mathematics or engineering.
PhD in Chemical Process Engineering from the Polytechnic University of Catalonia
Technical Engineer at Addlink Software Científico
BSc and PhD degree in Physics from the University of Granada
Department of Applied Physics II at the University of Malaga (UMA)
PhD in Mathematics from the University of Montpellier, France
Institute of Interdisciplinary Mathematics, Complutense University of Madrid
PhD in Advanced Technology from the National Polytechnic Institute, Mexico
Center for Research in Applied Science and Advanced Technology
Includes online classes, recordings, course materials, UMA certificate process and temporary COMSOL Multiphysics academic license access.
First installment
Second installment
Applications opening · COMSOL training
Receive a focused email when new course editions, application periods or available places are announced for the Multiphysics Modeling School.
Leave your details once and we will notify you when registration or places become available.
