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Overview

The course in brief

Presentation

The master's degree in Electrical Engineering for Energy Transition studies all the aspects of the Energy Transition that involves electric energy in any of its forms.

Subjects spans from renewable energy production, energy storage, power transmission and distribution, electric vehicles, trains, metropolitan systems, electric propulsion systems, energy management, smart grids, smart cities and electric system control and automation.

The degree provides high depth of scientific methods and content and the acquisition of professional, project and analytical skills, which ensure a comprehensive view on the proposed topics enabling the graduate to become a key and highly figure required figure for companies and industry of the electrical energy sector.

Learning by doing

Students perform hands-on experiences in departmental laboratories or at external companies in the field of renewable energy, industrial automation, power electronics and electrical drives, both in simulated settings and on real apparatus.

Professional outlets

  • Renewable energy
  • Manufacturing sector
  • Energy production and distribution
  • Industrial automation
  • Freelance profession
  • Engineering companies
  • Managerial and technical-organizational environments
  • Scientific research and industrial development

What you will learn

Energy management

Renewable energy, automation, ICT, smartgrid, smartcity

Design and build sustainably

Components, systems and plants useful everyday life sustainable transition

Intelligent mobility systems

Ships, subways, railways, electric cars

Design and automate complex systems

Drives and robotics for factory and process automation

Innovative materials

Nanotechnologies, energy-efficient materials, superconductivity

Soft skills

Leadership, teamworking, problem solving

Did you know that

Electricity is the enableing feature for a sutabinale energy transition.

The graduate in Electrical Enginnering for Energy Transition is the perfect fit to be part of this challanging process!

The requests of Electrical Engineers for Energy Transition are growing exponentially, and the graduates are largely below the current industry needs. 

Be fit for the position, be an Electrical Engineer for Energy Transition!

The degree in Electrical Engineering for Energy Transition is organized into two curricula: “Energy, Automation and Smart Grids” and “Sustainable Electric Mobility”. 

Customize your study plan to build the skills that you think suit you the most! 

Electrical Engineers are curious, passionate, and keen to innovative design research

Contents

Electrical Engineering For Energy Transition Chair

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Federico Silvestro

Dear Student,


choosing a master's degree with the specialization it entails is an important moment, which can open and consolidate future prospects and opportunities of great interest.

Federico Silvestro

Where we are

Department of Marine, Electrical, Electronic and Telecommunications Engineering - DITEN
Via all'Opera Pia 11a
16145 Genoa

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