Bachelor's Degree Course in Electrical Energy Engineering | Polytechnic University of Bari

POLIBA BACHELOR'S DEGREES | ELECTRICAL ENERGY ENGINEERING

Bachelor's Degree Course in Electrical Energy Engineering | Polytechnic University of Bari

Overview

Objective of the Bachelor's Degree Course in Electrical Energy Engineering at the Polytechnic University of Bari is to provide the basic scientific knowledge of engineering and the specific knowledge ofElectrical Energy.

POLIBA BACHELOR'S DEGREES | ELECTRICAL ENERGY ENGINEERING

Educational Objectives

The degree course and Electrical Energy Engineering at Poliba aims to provide strong prospects for adaptation, flexibility, and integration into the world of work, as well as solid engineering skills.

Location

The course lessons are delivered at the campus of Bari.

Duration

The expected duration for completing this Course is 3 years.

Language

Classes, seminars, and laboratories are conducted in Italian language.

Admission

Admission is subject to passing the TOLC-I, the CISIA Online Test for Engineering.

Study Plan BROCHURE

POLIBA BACHELOR'S DEGREES | ELECTRICAL ENERGY ENGINEERING

The Skills

The curriculum is designed to provide students with broad-based training covering the wide field ofIndustrial Engineering, providing engineering skills aimed at:

the planning and operation of industrial systems, with particular reference to electrical and energy systems;
the production and automated management of plants for the production of goods and services;
the transmission and use of electrical energy.

EMPLOYMENT OUTCOMES

Professional opportunities

The typical professional profile of the graduate in Electrical Energy Engineering is that of an engineer who independently deals with the design, planning, and operation of industrial systems, with particular reference to electrical and energy systems.

This qualification makes it possible to become a junior design engineer and/or manager of:

Systems for the transmission and use of electrical energy;
Automated production plants;
Photovoltaic and wind farms;
Hydroelectric power plants.

Among the possible professional activities of junior industrial engineers:

Participation in and collaboration on the activities of design, works management, estimation, and testing of machines and plants, both in private practice and in manufacturing or service companies and in public administrations;
Direct and instrumental surveys of technical parameters of machines and plants;
Activities involving the use of standardized methodologies, such as the design, works management, and testing of individual parts or individual components of machines, plants, and processes of a simple or repetitive type.

Employment sectors are:

Industrial;
Energy;
Renewable sources.

POLIBA BACHELOR'S DEGREES | ELECTRICAL ENGINEERING

Subsequent Training

Graduates in Electrical Energy Engineering can further deepen their specific preparation, acquiring additional professional skills in the fields of core subjects (Electrical Engineering, Electrical Measurements, Electrical Machines, Electrical Systems) and related subjects (Automatic Control, Electronics), by continuing their studies in the subsequent program, the Master's Degree Course in Electrical Engineering. They may also continue their studies in another master's degree course (preferably in the industrial area), in compliance with the relevant admission regulations.