Electrical Engineering for E-Mobility
- Czech Republic
- Germany
- Portugal
- Spain
- Turkey
- Vietnam
What is the objective of the course? What is it?
What does it train you for?
What does it train you for?
The aim of the Bachelor's Degree is to train engineers who, in addition to possessing the basic knowledge and skills of an electrical engineer, know how to apply and apply such knowledge and skills to the electric mobility sector.
Electric mobility was born as a response to the pressing demand for reducing polluting emissions from combustion engines; therefore, all vehicles that use electric drives for traction and propulsion in their architecture are the subject of study.
The subject of study will be battery-powered electric vehicles, hybrid vehicles with internal combustion engines in series/parallel configuration and fuel cell electric vehicles, but also electric drones and modern aircraft in which the progressive electrification of on-board services is expected to reduce and in the future eliminate energy-intensive systems such as hydraulic, mechanical and pneumatic systems.
The vehicle is not the only object of study, the power systems are studied as well as the measurement devices of the electrical network that supplies energy for the new sustainable mobility.
What do you learn?
The Bachelor's Degree offers students an educational path that combines the basic scientific knowledge of Engineering with an innovative path that aims to project the current mobility characterized by energy inefficiencies and generation of pollutants, into the future mobility already present in the development policies of the European Union, but also beyond, providing the basis for the development of autonomous vehicles that are the object of strong interest on the market.
The graduate in Electrical Engineering for E-Mobility will possess the basis for designing, building, managing and testing all the electrical parts on board the vehicle (batteries, converters, motors, wiring and measuring instruments) and for designing, implementing, managing and testing the electrical infrastructures supporting E-Mobility (distribution networks, distributed generation, smart-grid, charging infrastructures).
In order to follow the strong innovations required by the market, the Degree Course has a strong laboratory connotation.
What can you do with it?
Given the applicative nature of the Course, the graduate in Electrical Engineering for E-Mobility will be characterized by a multidisciplinary preparation with a marked professional approach and therefore will be able to be immediately inserted in all work areas related to electric mobility.
In particular, he/she will be able to work in: Industries for the production of components, equipment and systems for electric mobility; Industries for the production of components, equipment and systems for the conversion of electrical energy; Automotive industries; Public and private bodies for transport services; Maintenance, repair and overhaul centers for electric vehicles; Consulting services for the electric mobility market; Public and private bodies for the distribution of electrical energy; Public and private bodies for the design, construction and management of electrical infrastructures for mobility; Expert in safety for electric vehicles and electrical systems; Freelance profession after registration in the professional register; Public employment (municipal technical offices, ministerial departments).
In addition to starting a career, graduates in Electrical Engineering for E-Mobility will have the opportunity to continue their studies with a training program dedicated to them.