University of Florence

What you'll study

This three‑year Laurea programme combines theoretical courses, laboratory work and practical project activity. The curriculum covers fundamental mathematical and scientific subjects in the early years, followed by progressively specialised civil engineering topics.

• Core mathematics and sciences: calculus and differential equations, linear algebra, applied physics and numerical methods.
• Mechanics and materials: statics, dynamics, strength of materials, structural mechanics and materials science, including laboratory testing of construction materials.
• Structural engineering: analysis and design of beams, frames and slabs, introduction to reinforced concrete and steel structures, seismic design principles.
• Geotechnical engineering: soil mechanics, foundation design and geotechnical testing methods.
• Hydraulics and environmental engineering: fluid mechanics, hydrology, sewage and water supply basics, and principles of sustainable infrastructure.
• Construction technology and management: construction methods, building site organisation, construction materials, cost estimation and basics of project management.
• Surveying and geomatics: land surveying, mapping, introductory GIS and CAD applications for design and documentation.
• Laboratory work and workshops: hands‑on experiments, materials characterisation, structural testing and software labs for modelling and design.
• Professional and interdisciplinary activities: design project courses, group work, internship opportunities and a final degree project (thesis) demonstrating applied competence.

Entry requirements

Applicants should hold a recognised secondary school leaving qualification that provides a strong grounding in mathematics and physics. Typical applicants will have studied advanced maths (calculus) and physics at secondary level. Admission may include an assessment of mathematical and logical abilities; some candidates are required to sit an entrance test or to demonstrate adequate prior knowledge in mathematics and science.

For programmes delivered in Italian, proof of Italian language proficiency is normally required (for example an official certification or other evidence of competence at an intermediate level). International applicants whose qualifications differ from the Italian system will need to present certified translations and credential evaluations as required by the university.

Specific prerequisites and any additional selection criteria (such as academic interviews, curricular checks or placement tests) are published by the University of Florence; prospective students should consult the faculty for exact admission procedures and guidance on equivalence documentation if educated outside Italy.

Career prospects

Graduates with a Bachelor in Civil Engineering from the University of Florence have a range of professional pathways. The degree equips students for technical and support roles in design offices, construction companies, local and national public administrations, and environmental and infrastructure consultancies.

• Positions such as site technician, junior design engineer, CAD/ BIM technician, surveyor or technical project coordinator.
• Employment in sectors including building construction, transport and infrastructure, water management, geotechnical works and environmental remediation.
• Progression to the Laurea Magistrale (master’s) in Civil or Structural Engineering to access higher‑level design responsibilities and to prepare for professional licensure (esame di Stato) where required for independent practice in Italy and many other countries.
• Opportunities for research, consultancy and roles in project management, procurement and public works after further study or relevant professional experience.

Why study at University of Florence

The University of Florence combines strong engineering teaching with practical links to regional construction and infrastructure sectors. Students benefit from well‑equipped laboratories, workshops and computing facilities for structural analysis, materials testing and geomatics.

The department fosters collaboration with local industry, public bodies and research centres, offering internship placements and project work tied to real‑world initiatives. The university’s central location in Tuscany also provides access to a wide range of civil engineering case studies—from historic building conservation to modern transport projects—and international exchange opportunities through Erasmus and other programmes.

Students receive a curriculum grounded in core scientific principles together with practical design and management skills, preparing them either to enter the workforce in technical roles or to continue towards advanced professional qualification and specialisation.