Campus Ecotekne Via per Monteroni SN 73100 Lecce (LE)

The Course aims to create a professional figure in possession of in-depth knowledge both in the basic sciences, both in the sciences specific to Energy Engineering. The master's graduate will be able to interpret, describe and solve complex energy engineering problems in an autonomous and innovative manner, with an interdisciplinary approach. He/she will therefore be able to operate at the highest levels both in autonomous profession, both in companies, as well as in public administration, in Italy and Europe. He/she will be able to synergistically combining technical engineering skills and knowledge with organisational and management abilities. The curriculum in 'ENERGY INFRASTRUCTURES', undertaken in English at the Lecce Campus of the University of Salento, explores topics related to the design and management of energy infrastructures, with particular reference to the production and management systems of energy carrier transport infrastructures, their safety and resilience.

In order to enrol in the Course applicants, regardless of their degree course of origin, must possess:

1) minimum knowledge requirements in mathematics, statistics, information processing systems, physics, chemistry and key industrial engineering subjects characterising the Program;

2) a minimum degree mark no lower than an equivalent CGPA of at least 78%;

3) a certified knowledge of the English language of at least level B2, as defined by the Common European Framework of Reference for Languages (CEFR).

Admission to the program requires a bachelor degree or other equivalent and approved qualification obtained abroad in the following areas: Civil and environmental engineering; Information engineering; Biotechnology; Territory, urban, landscape and environmental planning sciences; Building sciences and technologies; Chemical sciences and technologies; Physical sciences and technologies; Computer sciences and technologies; Mathematical sciences and Statistics. Regardless of their degree course of origin, admission is subject to the possession of curricular requirements and the adequacy of personal scientific-technical and linguistic preparation (see Access to the Program section)

The course aims to create a professional figure in possession of in-depth knowledge both in the basic sciences and in the sciences specific to Energy Engineering. The study course aims to train master's graduates who have the knowledge and skills to act in the multi-disciplinary sphere of modern energy applications. The preparation offered will make them able to follow the scientific and technological evolution produced by the energy transition that will take place in the next few years following the implementation of the 'Next Generation EU' programmes. This professional figure is able to conceive, plan, design and manage works, systems, plants and services in the various fields of interest of energy engineering, and addressed, in particular, to the design, implementation and industrialisation, environmental impact assessment, analysis, management and maintenance of: energy technologies, components and systems; systems for the production of electrical and/or thermal energy from renewable sources; systems for refrigeration, air conditioning and indoor environmental control; systems for distributed energy generation; sustainable and efficient built environments; new technologies for improving energy efficiency and impact (smart-grid, fuel cells, use of hydrogen and renewable fuels, energy storage technologies and systems, new materials, decarbonisation, etc.). In particular, the master's degree graduate will be well employed in several company departments that intervene in the life cycle of a product, from idea to disposal, in the area of Energetics (e.g. in the aeronautical and automotive fields), Electro-Energy, Industrial Plant Engineering, and the use of energy sources.

The final degree examination is recognised as an important individual educational opportunity to complete the course of study. The final examination consists of the drafting and discussion of an original paper of a theoretical or experimental nature, aimed at highlighting the candidate's sound knowledge of the subject matter, communication skills and autonomous contribution. The paper is carried out under the guidance of one or more supervisors, following an internship period, which may also be carried out in a company. 12 CFU are assigned for the preparation of the final examination. The final examination is subject to a final grade. The grade for the Master's Degree in Energy Engineering takes into account the student's entire career within the course of study and the final test, as well as any other relevant factors.

1st Year

2nd Year

Academic coordinator: Maria Grazia GNONI

Staff coordinator: Anna Rita CARLUCCI

It will be possible to access a 'Double Degree' path through which a double degree can be obtained with one of the following foreign universities: Cranfield University, ENSAM-ParisTech, New Jersey Institute of Technology and New York University. In the second year of the programme, students will attend a Master's degree course at the foreign university. As part of the Master's course, the student will acquire the equivalent of 60 CFU by sitting examinations and carrying out the thesis project at the foreign university.