First semester

• Applied Geology 6
• Applied Physics 6
• Calculus 6
• Construction Businesses and Law 6
• Fundamentals of Mathematics 6
• Graphic Expression 6
• Linear Algebra 6
• Materials Chemistry 6
• Mechanics I 6
• Urbanism and Regional Systems 6

Second semester

• Construction Materials 6
• Environmental Technology 6
• Geomatics 6
• Hydraulic Conduction 6
• Mechanics II 6
• Numerical Methods in Engineering 6
• Probability and Statistics 6
• Representation Techniques 6
• Strength of Materials 6
• Vector Calculus and Differential Equations 6

Third semester

• Construction Management 6
• Construction Management 6
• Construction Procedures and Electrotechnics 6
• Engineering Design 6
• Geotechnics 6
• Reinforced Concrete 6
• Steel Structures 6
• Structures 6
• Surface and Groundwater Hydrology I 6
• Transport Infrastructure 6
• Transport Systems 6

Fourth semester

• Construction of Maritime Works 4.5
• Geotechnical Engineering 4.5
• Administration, Urban Planning and Public Services 7.5
• Building Construction and Prefabrication 7.5
• Coastal Flooding: Impacts, Conflicts and Risks 3
• Coastal Multidisciplinary Project: Sustainable Engineering in the Coastal Zone 6
• Coastal Planning and Management 5
• Coastal Processes and Dynamics 5
• Coastal Sustainability: Defence and Realignment 5
• Communication Techniques 4.5
• Construction Management 4.5
• Construction Management 4.5
• Construction of Bridges and Other Structures 6
• Construction of Transport Infrastructure 6
• Design and Analysis Tools in Hydraulic Engineering 4.5
• Design of Coastal and Harbour Structures: Deterministic and Probabilistic 3
• Elements of Urban Sustainability 4.5
• Environmental Impact in Maritime Works 4.5
• Fluvial Morphodynamics 5
• Geotechnical Constructions 4.5
• Graphic Design and Numerical Calculus 4.5
• History of Civil Engineering 4.5
• Hydraulic Works 6
• Impacts, Conflicts and Risks: Present and Future Conditions 3
• Infrastructure Conservation 4.5
• Instrumentation and Remote Sensing 4.5
• Introduction to Structural Management 4.5
• Machine Learning and Data Processing 4.5
• Meteo-Oceanographic Time Series: Time and Frequency Analyses 3
• Port Engineering 4.5
• Port Management and Exploitation 3
• Prestressed Concrete 4.5
• Sanitary Engineering 4.5
• Structural Design 6
• Surface and Groundwater Hydrology II 4.5
• Sustainability and Social and Environmental Impact 4.5
• Transport Management 6
• Urban Logistics and Transport Terminals 4.5
• Water Supply 4.5
• Bachelor's Thesis 12

Fifth semester

• Computational Engineering 6
• Continuum Mechanics 9
• Geomechanical and Geotechnical Engineering 6
• Hydraulic Infrastructure 4.5
• Numerical Modelling 9
• Planning and Management of Transport 6
• Structural Analysis 7.5
• Structural Engineering 6
• Water Engineering 6

Sixth semester

• Advanced Design of Concrete Structures 5
• Analysis and Design of Steel Structures 5
• Bridges 5
• Building Structures 5
• Coastal Engineering and Management 5
• Computational Engineering for Design and Operation 5
• Earthquake Risk Assessment and Reduction 5
• Environmental Modelling 5
• Geomechanics of Failures 5
• Geotechnical Design and Construction 5
• High Speed Railway Line Management 5
• Interaction Between Groundwater and Civil Works 5
• Life Cycle Analysis and Sustainability Assessment 5
• Machine Learning and Models for Decision Making 5
• Mixed and Composite Structures 5
• Models and Tools for Project and Financial Management 5
• Numerical Models in Civil and Structural Engineering 5
• Planning and Operation of Road Networks 5
• Port and Offshore Engineering 5
• River Dynamics 5
• Structural Management 5
• Sustainability and Development Engineering 5
• Tunnels and Rock Mechanics 5
• Urban Hydrology 5
• Urban Mobility 5
• Urban Planning and Urban Service Infrastructure 5
• Water Treatment 5
• Master's Thesis 25

• CompulsoryECTS
• OptionalECTS
• ProjectECTS