Second cycle degree in

Civil engineering (2020/2021)

Class: LM-23 - Civil engineering

Class LM-23 - Civil engineering
Duration 2 years
Branch Padova
Language Italian
Tuition fees and scholarships
President of the Course of Study RICCARDO ROSSI
Access Open access with admission requirements

The second Call for applications A.Y. 2020/21 for international students is available on apply.unipd.it according to the following timeline:

  • 7th April-7th June: non-EU applicants residing outside Italy
  • 7th April-7th July: EU applicants of equivalent

A course designed for high-level professionals working as freelancers, in companies, in public administrations (also internationally), in research and innovation organisations, combining technical and engineering skills and knowledge with organisational and coordination skills . Thanks to an advanced training divided into five different curricula - Structures, Hydraulics, Geotechnics, Transport Systems and Infrastructures, Technological Design and Building Recovery-, you will acquire advanced design skills and ability to solve complex problems with an interdisciplinary approach; you will be able to conceive and develop infrastructural interventions with an accurate approach on optimising economic, social and environmental impacts, and to conduct management activities based on the principles of efficiency and effectiveness complying with the environmental needs.

Curricula
CIVIL ENGINEERING IN COOPERATION WITH ENSTP; GEOTECNICA; IDRAULICA; PROGETTAZIONE TECNOLOGICA E RECUPERO EDILIZIO; SISTEMI E INFRASTRUTTURE DI TRASPORTO; STRUTTURE

  Deepening

Characteristics and objectives
The Master's Degree in Civil Engineering provides in-depth knowledge and skills in the disciplines of civil engineering.
The graduate works at the highest levels in freelance professional activities, as well as in companies and in public administrations (also in an international context), combining technical-engineering skills and knowledge with organizational and coordination skills. He/she has adequate skills in advanced and innovative design in the areas of structures, hydraulics, geotechnics, transport and building construction, as well as the ability to adopt interdisciplinary approaches in solving complex problems.

Occupational opportunities
The degree allows access to the professional fields related to the complex design of civil works and infrastructures, the management of technical and commercial organizations, and the planning and management of territorial systems at different scales.
The graduate in Civil Engineering is able to:
• solve problems, even of high complexity, through the application of advanced methodologies and technologies;
• analyze and solve problems in both consolidated and new and emerging areas of the field, with a broad methodological perspective;
• use analytical, numerical and experimental methods adapted to the complexity of the problems;
• design civil structural typologies in a perspective of optimization of economic, social and environmental impacts;
• adapt to operate in innovative and rapidly evolving contexts;
• adopt a transversal approach that favours the possibilities of interdisciplinary collaboration;
• operate in the awareness of the technical and regulatory, as well as environmental, economic and social implications of his/her activities;
• actively participate in projects involving international subjects.
Main professional opportunities are represented by: public and private entities in charge of the construction and management of civil works (e.g. public administrations, operating companies, management companies); technical offices of construction and maintenance companies operating in the field of civil engineering; design and consulting companies; freelance, in an autonomous form or associated in interdisciplinary design groups in the fields of civil engineering, architecture, construction engineering and transport; offices or research and innovation bodies within public or private sector.

Curricula
CIVIL ENGINEERING IN COOPERATION WITH ENSTP; GEOTECNICA; IDRAULICA; PROGETTAZIONE TECNOLOGICA E RECUPERO EDILIZIO; SISTEMI E INFRASTRUTTURE DI TRASPORTO; STRUTTURE

  Teaching list

I Anno STRUCTURAL ANALYSIS AND DESIGN 2 [ ROBERTO SCOTTA ] ECONOMICS AND APPRAISAL [ GIULIANO MARELLA ] BIG DATA ANALYTICS DATA MINING FOR ENGINEERS [ ROSA ARBORETTI GIANCRISTOFARO ] ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] ADVANCED HYDRAULICS [ LUCA CARNIELLO ] HYDROLOGY [ MARCO MARANI ] HYDRAULIC CONSTRUCTIONS 2 [ MATTEO CAMPORESE ] ROAD INFRASTRUCTURES DESIGN [ MARCO PASETTO ] TRANSPORT ENGINEERING AND ECONOMICS [ RICCARDO ROSSI ] TRANSPORT PLANNING [ CLAUDIO MENEGUZZER ] SURVEYING AND CARTOGRAPHY [ VLADIMIRO ACHILLI ] ENVIRONMENTAL GEOTECHNICS [ SIMONETTA COLA ] GEOTECHNICAL ANALYSIS AND MODELLING [ FRANCESCA CECCATO ] COMPUTATIONAL MECHANICS [ GIANLUCA MAZZUCCO ] DYNAMICS OF STRUCTURES [ VALENTINA SALOMONI ] ADVANCED MECHANICS OF MATERIALS AND STRUCTURES [ FRANCESCO PESAVENTO ] BUILDING REFURBISHMENT [ GIORGIO CROATTO ] BIOTECHNOLOGY ENGINEERING AND PLANTS [ GIORGIO CROATTO ] FINAL EXAM II Anno GEOPHYSICS FOR ENGINEERING [ GIORGIO CASSIANI ] INVESTMENT DECISION AND PROJECTS EVALUATION TECHNIQUES FOR ENVIRONMENTAL CONTROL [ LUCA DORETTI ] HYDRAULIC RISK ASSESSMENT [ NADIA URSINO ] HYDRODINAMICS [ ANDREA DEFINA ] RIVER HYDRAULICS [ LUCA CARNIELLO ] WATER SUPPLY AND DRAINAGE SYSTEMS [ NADIA URSINO ] NEARSHORE HYDRODYNAMICS AND COASTAL PROTECTION [ LUCA MARTINELLI ] HIGHWAY HYDRAULIC ENGINEERING [ PAOLO SALANDIN ] GROUNDWATER HYDROLOGY [ MATTEO CAMPORESE ] MARITIME STRUCTURES [ PIERO RUOL ] SAFETY OF TRANSPORT INFRASTRUCTURES [ EMILIANO PASQUINI ] LABORATORY OF MATERIALS FOR TRANSPORT INFRASTRUCTURES RAILWAY AND AIRPORT INFRASTRUCTURES [ MARCO PASETTO ] TRAFFIC FLOW THEORY AND TRAFFIC OPERATIONS [ RICCARDO ROSSI ] LOGISTICS AND FREIGHT TRANSPORT [ MASSIMILIANO GASTALDI ] TRANSPORTATION ENGINEERING LABORATORY [ MASSIMILIANO GASTALDI ] TRANSPORT SYSTEM MANAGEMENT AND OPERATIONS [ LUCA DELLA LUCIA ] HUMAN FACTORS IN THE SAFETY OF TRANSPORT SYSTEMS [ RICCARDO ROSSI ] GEOMATICS SOIL IMPROVEMENT AND EARTH CONSTRUCTIONS [ FABIO GABRIELI ] FOUNDATIONS [ GIAMPAOLO CORTELLAZZO ] UNDERGROUND AND RETAINING STRUCTURES [ PAOLO CARRUBBA ] BASIC FOUNDATION ENGINEERING [ SIMONETTA COLA ] ADVANCED SOLID MECHANICS [ GIANLUCA MAZZUCCO ] NON LINEAR SOLID AND STRUCTURAL MECHANICS [ CARMELO MAIORANA ] DESIGN OF BRIDGES [ CARLO PELLEGRINO ] ASSESSMENT AND STRENGTHENING OF EXISTING STRUCTURES [ FLORA FALESCHINI ] STRUCTURAL DESIGN [ FRANCESCA DA PORTO ] SEISMIC RISK ASSESSMENT [ MARIANO ANGELO ZANINI ] TIMBER STRUCTURES [ ROBERTO SCOTTA ] CONSTRUCTION MANAGEMENT BIM AND CONSTRUCTION MANAGEMENT [ CARLO ZANCHETTA ] BUILDING SITE SAFETY [ VALENTINA VERONESE ]