Our custom COMSOL Multiphysics training programs help companies, research centers, and academic institutions develop the simulation skills their teams need through tailored online courses, live expert instruction, and practical exercises.
We adapt every aspect of the program to your organization’s goals, technical profile, schedule and simulation challenges.
Live sessions can be recorded for later review.
From single-day workshops to multi-week programs.
COMSOL access can be included during the course.
Introductory, intermediate or advanced training.
Dates and time zones adapted to your team.
Issued upon successful completion.
Programs combine software access, tailored materials, expert instruction and applied exercises based on real-world problems.
Software access can be included during the training period.
Course notes, model files and exercises adapted to your context.
Online classes led by instructors with applied COMSOL experience.
Hands-on work based on real modeling challenges.
Issued by the Multiphysics Modeling School after completion.
Custom Programs are designed for research groups, companies, research centers and public institutions with technical training needs. No prior experience with COMSOL is required.
A basic understanding of physics and mathematics is recommended so participants can move quickly from fundamentals to practical modeling decisions.
We design the curriculum around your field of work and simulation challenges, from fundamentals to specialized COMSOL modules.
Geometry, materials, physics setup, studies and postprocessing.
Core equations and numerical concepts behind simulation models.
Multiphysics couplings adapted to your application area.
Stationary, time-dependent and parametric analyses.
Custom apps and interfaces for internal simulation workflows.
Parameter estimation, design exploration and model calibration.
Automation and scripting with MATLAB, Java, Python, and AI-assisted workflows.
CFD, heat transfer, MEMS, batteries, electromagnetics and more.
Necessary basic content on the fundamental concepts and methods to create and master simulations in any area of Science and Engineering.
Subjects related to the advanced creation of numerical simulations for specific application areas.
Advanced tools for expert control of multiphysics simulations that are applicable in any area of expertise.
Tell us about your goals, audience, and preferred format. We’ll recommend a tailored training plan for your team.
