Table 1. Bachelor’s degree in civil...

Table 1.

Bachelor’s degree in civil engineering: program curriculum

Code	Subject	ECTS¹	Courses	Year
MAT	Mathematics for civil engineering (CE)	19.5	Mathematical fundamentals of CE Mathematical methods of CE Mathematics – Extension course	1 1 2
MMO	Mathematical modeling	10.5	Basic programming and numerical methods Basic statistics	1 1
REP	Representation systems	12.0	Drawing Representation systems	1 1
PHY	Physics for CE	19.5	Fundamentals of physics in CE Mechanics Physics – Extension course	1 1 2
ECO	Economics and business	4.5	Economics, legislation and business management	1
GEO	Geology	6.0	Geology applied to civil works	3
TOP	Topography and cartography	4.5	Surveying	2
FBU	Fundamentals of building engineering	25.5	Chemistry for civil engineering Construction materials and their application to CE Construction procedures (I) and (II) Electrical engineering	1 2 2 2
FST	Fundamentals of structural engineering	21.0	Mechanics of deformable solids Structural analysis Structural concrete Structural steel (I)	2 2 3 3
GTC	Geotechnics	6.0	Geotechnics and foundations	3
HHY	Hydraulics and hydrology	7.5	Hydraulics and hydrology	3
FEN	Fundamentals of environmental impact	4.5	Science and environmental impact of CE	2
BUS	Business management	4.5	Business management	4
RIN	Road infrastructures	10.5	Highways and airports Railways	3 3
TRA	Transportation and land development	4.5	Transportation and land development	3
BEN	Building engineering	15.0	Industrialized construction Maritime works Risk prevention and work organization	3 3 3
HYD	Hydraulic infrastructures	6.0	Hydraulic infrastructures	4
BDG	Building	6.0	Building	3
LAN	Land engineering	6.0	Geotechnical engineering techniques and methods	4
PRO	Projects	4.5	Projects	3
COM	Training complements for civil engineering	31.5	Building Information Modeling (BIM) Civil engineering and society Conceptual design of bridges Concrete structural elements Construction management and organization English Ethics in CE Geotechnical design of foundations and ret. walls Hydraulic and energy facilities Infrastructure maintenance management Introduction to water quality Management of construction and consulting Mobility and urban transport Philosophy of structures Port facilities River basin management, water resources and river engineering Road safety Structural design of foundations and ret. walls Structural steel (II) Surface and groundwater hydrology Technology of concrete structures Urban history and planning Urban hydraulic facilities	4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4
THE	Bachelor’s thesis	12.0	Bachelor’s thesis	4

Code	Subject	ECTS¹	Courses	Year
MAT	Mathematics for civil engineering (CE)	19.5	Mathematical fundamentals of CEMathematical methods of CEMathematics – Extension course	112
MMO	Mathematical modeling	10.5	Basic programming and numerical methodsBasic statistics	11
REP	Representation systems	12.0	DrawingRepresentation systems	11
PHY	Physics for CE	19.5	Fundamentals of physics in CEMechanicsPhysics – Extension course	112
ECO	Economics and business	4.5	Economics, legislation and business management	1
GEO	Geology	6.0	Geology applied to civil works	3
TOP	Topography and cartography	4.5	Surveying	2
FBU	Fundamentals of building engineering	25.5	Chemistry for civil engineeringConstruction materials and their application to CEConstruction procedures (I) and (II)Electrical engineering	1222
FST	Fundamentals of structural engineering	21.0	Mechanics of deformable solidsStructural analysisStructural concreteStructural steel (I)	2233
GTC	Geotechnics	6.0	Geotechnics and foundations	3
HHY	Hydraulics and hydrology	7.5	Hydraulics and hydrology	3
FEN	Fundamentals of environmental impact	4.5	Science and environmental impact of CE	2
BUS	Business management	4.5	Business management	4
RIN	Road infrastructures	10.5	Highways and airportsRailways	33
TRA	Transportation and land development	4.5	Transportation and land development	3
BEN	Building engineering	15.0	Industrialized constructionMaritime worksRisk prevention and work organization	333
HYD	Hydraulic infrastructures	6.0	Hydraulic infrastructures	4
BDG	Building	6.0	Building	3
LAN	Land engineering	6.0	Geotechnical engineering techniques and methods	4
PRO	Projects	4.5	Projects	3
COM	Training complements for civil engineering	31.5	Building Information Modeling (BIM)Civil engineering and societyConceptual design of bridgesConcrete structural elementsConstruction management and organizationEnglishEthics in CEGeotechnical design of foundations and ret. wallsHydraulic and energy facilitiesInfrastructure maintenance managementIntroduction to water qualityManagement of construction and consultingMobility and urban transportPhilosophy of structuresPort facilitiesRiver basin management, water resources and river engineeringRoad safetyStructural design of foundations and ret. wallsStructural steel (II)Surface and groundwater hydrologyTechnology of concrete structuresUrban history and planningUrban hydraulic facilities	444444444444444444444444
THE	Bachelor’s thesis	12.0	Bachelor’s thesis	4

Notes:

¹ European Credit Transfer System; 1 ECTS is about 25–30 h of student work, including 10 h of face-to-face learning

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