Master's Degrees in COMSOL Multiphysics Modeling

Online and advanced university master’s degrees in COMSOL Multiphysics Modeling, with four specialized versions

Registration for the 2025 edition is open until September 19, 2025.

Secure your spot before the deadline!

The Master’s Degrees in COMSOL Multiphysics Modeling are advanced online master’s degrees offered by the School of Multiphysics Modeling at the University of Malaga (UMA). Designed for engineers, scientists and students, this master’s degree provides in-depth knowledge and advanced skills in the use of COMSOL Multiphysics to simulate and analyze real-world physical systems in different areas.

There are four specialized versions of the Master Degree in COMSOL Multiphysics Modeling:

All of them share the Basic Courses, the Transversal Courses and the Master’s Thesis, but they differ in the Specialized Courses.

100% online
Entirely taught in English
Includes access to COMSOL Multiphysics via UMA academic license
Complete and advanced, starting from the basics
From October to mid-June
135 hours of live online classes
Conduct your own Master's Thesis project with a supervisor
Master's Diploma issued upon completion by the University of Málaga

The academic program is organized into four groups of courses:

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 in the four specialized versions of the master’s program: Electromagnetism & Optics, Chemical Engineering & Electrochemistry, Structural Mechanics & Acoustics, Fluid Mechanics & Heat Transfer.

We will learn about advanced tools for expert control of multiphysics simulations that are applicable in any area of expertise (transversal), such as MATLAB integration, Java method programming for model and application automation, optimization and sensitivity analysis, and application and physics interface builders.

The Master’s Thesis is a core component of the program, enabling students to apply multiphysics simulations to real-world challenges. Often aligned with their current professional or research work, the thesis deepens expertise and frequently leads to scientific publications, conference presentations, and relevant industrial or technological outcomes.

The Master’s Thesis is a cornerstone of the program, offering students—many of whom are university lecturers, active professionals in companies, or researchers in leading institutions—a unique opportunity to apply their expertise to real-world challenges using COMSOL Multiphysics.

This final project is not only an academic milestone, but also a strategic platform to deepen technical knowledge, explore advanced applications, and contribute to ongoing research or industrial innovation.

Students are encouraged to align their thesis with topics they are already working on in their professional or research environments, making the project highly relevant and impactful. Moreover, the thesis often serves as the foundation for scientific publications or conference presentations, allowing students to share their work with the broader academic and technical community.

This course is ideal for:

A basic understanding of physics and mathematics is recommended. A bachelor’s degree is required to enroll in these master’s programs.

Total Fee: €5,880
Payment in 3 installments available:

Mastering COMSOL Multiphysics opens the door to a world of innovation. Whether you’re an engineer, scientist, or student, this powerful simulation tool allows you to:

Model complex physical systems across disciplines
Save time and costs by testing designs virtually
Make smarter decisions based on accurate simulations
Apply your skills in fields like energy, mechanics, electronics, and biomedicine
Gain a competitive edge in research and industry

No prior experience with COMSOL is required — just curiosity and a passion for solving real-world problems. Join us and start building the future with simulation!

By the end of the course, participants will be able to:

Master advanced multiphysics simulation techniques
Be very proficient with all the features of the COMSOL Multiphsyics simulation software
Build and optimize simple and complex multiphysics models using specialized tools
Extract all types of highly elaborated results and perform precise and customized post-processing

Enrollment Deadline: September 19, 2025

Registration for the 2025 edition is open. Secure your spot before the deadline!

Apply