Master’s degree · Class LM-28
Master’s Degree in Electrical Engineering
Advanced expertise for designing, managing and innovating electrical, energy and electromechanical systems.
The programme at a glance
Advanced education for the electrical systems of the future
The programme prepares professionals to design and manage complex systems and lead innovation in the energy, industrial and transport sectors.
The programme provides advanced knowledge of electrical energy generation, transmission and distribution, energy conversion and control, electrical machines and drives, measurements, automation and electromechanical systems.
It connects electrical engineering with electronics, automation, mechanics and information technology, offering an interdisciplinary perspective suited to the transformations of contemporary industry.
The first year provides a common methodological foundation. During the second year, students choose one of three study tracks and complete their education through laboratory activities, elective courses, further learning activities and an original Master’s thesis.
Specialize your studies
Three study tracks
The common first-year curriculum is complemented in the second year by courses focusing on three strategic areas of Electrical Engineering.
Transport
Electric mobility
Propulsion, powertrains for electric and hybrid vehicles, energy storage, charging infrastructure and electrical systems for transport.
Explore the track →Energy
Electrical energy and smart grids
Renewable energy sources, energy storage, smart grids, distributed resources, energy planning and electricity markets.
Explore the track →Industry
industrial engineering and electrical design
Industrial electrical systems, plant design, electrical machines and converters, automation, sensors and smart metering.
Explore the track →Advanced expertise
Design, control and innovation
Master’s graduates combine analytical methods, simulation tools, experimental activities and technical coordination skills.
Electrical machines and drives
Design of electrical machines, converters, actuators and industrial drives.
Power networks and smart grids
Analysis, planning, protection, control and management of smart electrical networks.
Renewable energy and storage
Renewable energy generation, storage systems and integration of distributed energy resources.
Electric mobility
Powertrains, charging infrastructure, on-board systems, and railway and road applications.
Measurements and sensors
Digital instrumentation, smart metering, testing and sensors for industrial applications.
Fields and innovative materials
Quasi-static electric and magnetic fields, innovative materials and micromagnetics.
How to enrol
Curricular requirements and assessment of prior knowledge
Admission requires a degree in class L-08 or L-09, or an equivalent qualification, at least 48 ECTS credits in the subject areas specified by the Academic Regulations, and B2-level language proficiency. Assessment of the applicant’s preparation is mandatory; the requirement is automatically satisfied with a weighted average grade of at least 24/30.
After graduation
A professional profile valued across many sectors
The expertise acquired can be applied in industry, services, research, public administration and professional practice.
Energy and power networks
Generation, transmission and distribution, smart grids, energy markets and management of electrical services.
Industry and automation
Design, control and testing of plants, machines, converters and production systems.
Transport and mobility
Traction systems, charging infrastructure, electric propulsion and sustainable mobility.
Research and innovation
Theoretical and applied research, experimentation, prototype development and technology transfer.
Consulting and technical management
Coordination of complex projects, technical and economic assessments, and technical sales activities.
Professional practice and public administration
Design, construction supervision, testing and technical management, subject to passing the State Examination where required.
Applied learning
Laboratories, companies and the Master’s thesis
Laboratories
Practical experience, simulation, measurement, design and testing complement theoretical learning.
Seminars and internships
Seminars, workshops, short courses and internships connect students with companies and research institutions.
Master’s thesis
An original theoretical, applied or experimental project carried out at the University or an external institution.
Planning your studies