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Civil Engineering — 3rd Cycle Degree

Study Plan: Civil Engineering

Year	Semester	Code	Curricular unit	Scientific area	ECTS credits
1	S1	9765	Program of Doctorate Thesis	EC	12
1	S1	9766	Option Group 1	ACO	6
1	S1	9767	Option 2	ACO	6
1	S1	9768	Option 3	ACO	6
1	S2	9769	Thesis - Civil Engineering 1	EC	30
2	S1	9770	Thesis – Civil Engineering 2	EC	30
2	S2	9771	Thesis – Civil Engineering 3	EC	30
3	S1	9772	Thesis – Civil Engineering 4	EC	30
3	S2	9773	Thesis – Civil Engineering 5	EC	30

Options:

	Year	Semester	Code	Curricular unit	Scientific area	ECTS credits
Option Group 1
	1	S1	9747	Advanced Analysis of Structures	ME	6
	1	S1	9748	Factorial Analysis in Geothechnics	GEO	6
	1	S1	9749	Development of Environmentally Sustainable Materials	CT	6
	1	S1	9750	Advanced Elements in Environmental Geotechnique	GEO	6
	1	S1	9751	Slope Stability and Retaining Techniques	GEO	6
	1	S1	9752	Prestressed Concrete Structures	ME	6
	1	S1	9753	Geomechanics of Rock Masses	GEO	6
	1	S1	9754	Inspection, Diagnosis and Intervention in the Building	CT	6
	1	S1	9755	Structures of Buildings	ME	6
	1	S1	9756	Structural Materials and Composites	CT	6
	1	S1	9757	Improvement and Reinforcing of Soil Masses	GEO	6
	1	S1	9758	Advanced Topographic Methods	DT	6
	1	S1	9759	Modeling of Fluvial Systems	HA	6
	1	S1	9760	Evaluation and Modelling of Sanitation Systems	HA	6
	1	S1	9761	Protection and Conservation of Historic Heritage	PU	6
	1	S1	9762	Materials Advanced Technology	CT	6
	1	S1	9763	Sustainable Construction Technology	CT	6
	1	S1	9764	Soil Critical State Theories	GEO	6
	1	S1	13251	Mobility and Transport	PU	6
	1	S1	13252	Transport Infrastructure Engineering	PU	6
	1	S1	13253	E-City Research and Methodologies	PU	6
Option 2
	1	S1	9747	Advanced Analysis of Structures	ME	6
	1	S1	9748	Factorial Analysis in Geothechnics	GEO	6
	1	S1	9749	Development of Environmentally Sustainable Materials	CT	6
	1	S1	9750	Advanced Elements in Environmental Geotechnique	GEO	6
	1	S1	9751	Slope Stability and Retaining Techniques	GEO	6
	1	S1	9752	Prestressed Concrete Structures	ME	6
	1	S1	9753	Geomechanics of Rock Masses	GEO	6
	1	S1	9754	Inspection, Diagnosis and Intervention in the Building	CT	6
	1	S1	9755	Structures of Buildings	ME	6
	1	S1	9756	Structural Materials and Composites	CT	6
	1	S1	9757	Improvement and Reinforcing of Soil Masses	GEO	6
	1	S1	9758	Advanced Topographic Methods	DT	6
	1	S1	9759	Modeling of Fluvial Systems	HA	6
	1	S1	9760	Evaluation and Modelling of Sanitation Systems	HA	6
	1	S1	9761	Protection and Conservation of Historic Heritage	PU	6
	1	S1	9762	Materials Advanced Technology	CT	6
	1	S1	9763	Sustainable Construction Technology	CT	6
	1	S1	9764	Soil Critical State Theories	GEO	6
	1	S1	13251	Mobility and Transport	PU	6
	1	S1	13252	Transport Infrastructure Engineering	PU	6
	1	S1	13253	E-City Research and Methodologies	PU	6
Option 3
	1	S1	9747	Advanced Analysis of Structures	ME	6
	1	S1	9748	Factorial Analysis in Geothechnics	GEO	6
	1	S1	9749	Development of Environmentally Sustainable Materials	CT	6
	1	S1	9750	Advanced Elements in Environmental Geotechnique	GEO	6
	1	S1	9751	Slope Stability and Retaining Techniques	GEO	6
	1	S1	9752	Prestressed Concrete Structures	ME	6
	1	S1	9753	Geomechanics of Rock Masses	GEO	6
	1	S1	9754	Inspection, Diagnosis and Intervention in the Building	CT	6
	1	S1	9755	Structures of Buildings	ME	6
	1	S1	9756	Structural Materials and Composites	CT	6
	1	S1	9757	Improvement and Reinforcing of Soil Masses	GEO	6
	1	S1	9758	Advanced Topographic Methods	DT	6
	1	S1	9759	Modeling of Fluvial Systems	HA	6
	1	S1	9760	Evaluation and Modelling of Sanitation Systems	HA	6
	1	S1	9761	Protection and Conservation of Historic Heritage	PU	6
	1	S1	9762	Materials Advanced Technology	CT	6
	1	S1	9763	Sustainable Construction Technology	CT	6
	1	S1	9764	Soil Critical State Theories	GEO	6
	1	S1	13251	Mobility and Transport	PU	6
	1	S1	13252	Transport Infrastructure Engineering	PU	6
	1	S1	13253	E-City Research and Methodologies	PU	6