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Civil Engineering

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What is the objective of the course? What is it?
What does it train you for?

The Master's Degree Program in Civil Engineering provides comprehensive training in various aspects of civil engineering, including structural and geotechnical engineering, hydraulic engineering, roads, railways and airports, and transportation.

Students will learn about the theory of structures and vibrations, focusing on the design of bridges and steel structures, especially in relation to seismic considerations.

They will delve into methods for designing foundations, tunnels, dams, controlled landfills, and slope stabilization techniques.

The program also includes sustainable water resource management and addresses issues on sanitary and environmental engineering, and maritime constructions.

Students will gain knowledge in the design of road, railway, and airport infrastructures, including safety and management during the construction phase.

They will learn to plan, design, and manage the transportation system, conceived as an integrated set of infrastructures, vehicles, and technologies serving mobility.

Finally, in-depth knowledge will be provided on methods for conducting experimentally challenging tests, computer-aided design, and computational methods, which are fundamental tools for innovation in civil engineering and applied sciences.

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What do you learn?

The Master's Degree Program in Civil Engineering deepens the knowledge acquired during the Bachelor's degree program, training professionals capable of tackling challenges related to both new structures and infrastructures, as well as the rehabilitation and recovery of existing civil works.

Students receive solid theoretical and scientific training in the advanced aspects of planning, designing, constructing, and managing civil works, developing skills to identify and solve complex problems that require multidisciplinary and transversal abilities.

The educational path of the Master's Degree Program in Civil Engineering is structured to ensure comprehensive preparation.

The first year consists of courses that are characteristic of the master's degree program, as well as related courses, aimed at strengthening interdisciplinary training.

The second year focuses on in-depth study of disciplines related to various curricula: structures, geotechnics, hydraulics, roads, railways and airports infrastructures, and transportation, in order to achieve the specific educational objectives of the program.

The educational offering is completed by optional courses (18 or 12 ECTS, depending on the curriculum) and other training activities useful for entering the job market (6 or 9 ECTS, depending on the curriculum).

Finally, the final thesis (9 ECTS) verifies the achievement of learning outcomes and assesses the autonomy of judgment and communication skills acquired by the students.

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What can you do with it?

The job market offers great opportunities in the field of Civil Engineering.

In recent years, there has been a significant increase in employment rates (after one year from graduation is 89%) and a general rise in salaries (Almalaurea data, 2023).

The Master's degree holder in civil engineering is a technical professional capable of planning, designing, constructing, and managing structures and infrastructures for civil use, operating in the fields of hydraulics, geotechnics, structures, and mobility and transportation infrastructures.

He/she can assume technical and managerial roles related to feasibility evaluation, cost-effectiveness, and functionality of civil and industrial works, planning based on urban needs, technical direction on-site, monitoring of works, and selection of materials.

Additionally, He/she is responsible for preparing feasibility studies for large projects and conducting even complex experimental tests in various areas of civil engineering.

After passing the state exam, the Master's Degree graduate can register with the Order of Engineers (section A).

Civil engineers will operate in various fields, including: engineering companies; private construction and maintenance companies; public entities with technical offices for managing civil works; companies and consortia for works and services; companies analyzing urban and territorial impacts; research and experimentation centers, both public and private.