Civil Engineering
- Croatia
- France
- Germany
- Portugal
- Romania
- Slovenia
- Spain
What is the objective of the course? What is it?
What does it train you for?
What does it train you for?
The Bachelor's Degree program in Civil Engineering is designed to train professionals capable of taking on technical roles in various contexts that require specific methodological and operational skills.
The proposed curriculum emphasizes the importance of a foundational knowledge in mathematics, physics, and chemistry, along with technical and scientific training necessary for interpreting and solving problems arising in the field of Civil Engineering.
Students will be able to learn independently and update their knowledge in line with the evolving sector.
In particular, the program includes the acquisition of skills in various fundamental topics.
These include the principles, methodologies, and tools for structural calculations, as well as the criteria for designing structural elements and medium-complexity structures.
Additionally, students will study the principles for designing hydraulic works, both in urban and extra-urban contexts.
The course also addresses the criteria and methods for the design of road infrastructures, including their construction and management.
Another relevant aspect is the traffic engineering and transport systems, focusing on the analysis of traffic demand and the capacity offered.
Students will also learn surveying techniques and for the representation of structures and infrastructures, the physical-mechanical characterization of soils, and techniques for conducting experimental tests.
What do you learn?
The Bachelor's Degree program in Civil Engineering is structured to ensure a comprehensive preparation.
In the first year, foundational knowledge is imparted to develop a scientific language and knowledge in the fields of mathematics, chemistry, physics, and design, which are considered preparatory for subsequent studies, along with a test of English language proficiency.
In the second year, the curriculum is enriched with additional disciplines from the mathematical and physical sectors, as well as other subjects in Civil Engineering, which are useful for deepening the scientific and technical training necessary to interpret, describe, and solve problems pertinent to the educational path.
In the third year, the focus shifts to acquiring applied knowledge specific to the degree program, aimed at training students in the various disciplinary areas characteristic of the curriculum and achieving the previously listed specific objectives.
To facilitate learning, the teaching methods include lectures and classroom exercises, complemented by practical activities such as laboratories, technical visits, and internships at companies, public entities, and engineering firms.
The program is completed with elective courses (12 ECTS), activities for job placement (3 ECTS), and a final exam (3 ECTS) to assess students’ learning outcomes, judgment autonomy, and communication skills.
What can you do with it?
The graduate in Civil Engineering will be able to work in a variety of roles, supporting and collaborating in activities such as design, project management, estimation, and testing of civil works, as well as in accounting activities related to simple civil works, using standardized methodologies.
She/he will also be capable of performing direct, instrumental, and geometric surveys of various kinds.
After passing the state examination, the graduate can register with the Order of Engineers (section B - Junior engineer) and engage in professional activities.
These activities may include support for the construction, maintenance, and management of civil engineering works.
Job opportunities range from public and private technical offices to engineering companies, construction firms, and industries within the civil construction sector.
Finally, the Master's Degree Program in Civil Engineering represents an important opportunity for specialization and further study in the field of civil works.