Master’s Degree in Electrical Engineering

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A modern approach: from components to electrical systems

The Master’s Degree in Electrical Engineering equips you with all the skills necessary to design and manage electrical systems and devices, both low- and high-power.

Examples of systems typically covered in this field include electric motors for industrial and mobility applications, and energy production and transmission systems (such as renewable and non-renewable power plants, transmission lines, and energy storage systems).

You will also gain advanced knowledge in electromagnetism, energy markets, mechanical design, and the application of artificial intelligence to electrical engineering problems.

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WHAT YOU WILL STUDY

Both years of the program combine core courses and elective course groups, giving you the flexibility to build a study path that matches your interests and strengths, while ensuring rigorous and coherent training in electrical engineering.

  • First Year: You will develop fundamental competencies in applied electromagnetism, electrical measurements and transducers, mechatronics, electrical systems for energy and sustainable mobility.
    Through elective courses, you can explore power electronics, hybrid and electric vehicles, electromagnetic compatibility, smart grids, and renewable energy sources.
  • Second Year: You will deepen your knowledge in dynamic modeling and control of electrical systems, electromechanical design of electrical installations and machines, and economics.
    Electives allow further specialization in areas such as electromechanical device design, electricity markets, and the application of artificial intelligence to diagnostics and material characterization in electrical engineering.
  • Laboratory courses: Hands-on labs allow you to apply and deepen the theoretical knowledge gained in class through practical experience.

STRENGTHS OF THE PROGRAM

At this particular moment in history, dependence on fossil fuels, increased electrification and urban pollution are topics of debate in many contexts. Electrical engineers are therefore key figures.

The skills you acquire will enable you to work in all sectors where electricity is an important factor, and your interdisciplinary skills (mechanics, AI, economics) will guarantee you access to all positions requiring a systemic vision and teamwork.

A key role in the energy transition

In today’s world, where electrification, decarbonization, and urban air quality are urgent global priorities, electrical engineers are at the forefront of change.

Specialized yet versatile skills

The program prepares you to work in a wide range of industrial and technological sectors.

Interdisciplinary approach

With training that includes mechanics, artificial intelligence, economics, and management, you’ll develop a system-wide perspective and the ability to work in multidisciplinary teams.

Broad and cross-sector employability

You’ll be equipped to join companies in various fields, public agencies, energy service providers, and consulting firms, in both technical and managerial roles.

Interdisciplinary program, with high-quality scientific and technical perspectives

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What comes next?

Graduates of this Master’s program are highly sought after in the job market.

Private industry, in design, development, and consulting roles
Energy and automation sectors
Electrical systems for mobility, industrial applications, or infrastructure
Academic or industrial research

If you prefer to continue studying, you can choose a PhD or a Level II Master’s degree.

Over 90% of graduates find employment within one year

100% of graduates would choose this program again[

Program chair

Sami Barmada, the Chair of the Master’s Degree in Electrical Engineering, outlines the key reasons for enrolling in the program and the career opportunities awaiting graduates.