Overview

Place of teaching Bologna
Language English
Type of access Open access with assessment of personal competencies
Fees Amounts and exemptions
Degree type One or more curricula provide double/multiple degree
Learning activities Course structure diagrams

The programme is divided into four areas specialising in structural, water and transportation engineering, emphasising topics such as resilience, risk, sustainability and climate change adaptation. State-of-the-art laboratories, internships at international companies, double degree agreements and Erasmus exchanges will prepare you for a global career.

What will you study?

The programme offers a first year common to every area of specialisation, in which advanced topics relating to structural, hydraulic and transport engineering methods are covered. In your second year, you will be able to specialise in one of four areas: Structural Engineering, Water Engineering, Sustainable Mobility in Urban Areas and Climate Change Adaptation.

Experiences abroad

The programme has double degree agreements with the University of Miami, Tongji University and Université de Liège. It offers you the opportunity to undertake internships at international companies and to complete your thesis at a foreign university. These possibilities, together with numerous Erasmus agreements, will give you a real advantage in the international labour market.

Build your own future. This is what you can do with this degree.

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5 reasons to enrol on the degree programme

You will study in a highly international environment preparing you for the challenges of the global marketplace.

You will be put in direct contact with international companies and research centres, and will be able to participate in a double degree programme.

You will acquire skills and knowledge useful for reducing risk and increasing the resilience of civil works.

You will acquire skills and knowledge related to the design, operation and maintenance of complex civil works.

You will acquire skills and knowledge useful in mitigating the effects of climate change on infrastructures and the territory.

For my thesis project "Design and analysis of a composite panel with ultra-thin glass faces and a 3D-printed polymeric core", I explored, learnt and tested my ideas with the support of my supervisors and glass professionals. I am now super excited to start a new job and help realize challenging architecture!

Michele Arinzo Akile, graduate