The university is 30 years old.Discover its past and present.Help build its future.
14 February 2017
Find out about bachelor's degrees, postgraduate courses and all the educational courses offered by the UdG.
Teaching is concentrated in the faculties and schools, and the departments deal with research, which is also conducted by institutes and chairs, at the same time responsible for knowledge promotion.
Logic, theory of sets, algebraic structures, vectorial spaces, matrices, determinants and equation systems.
Algebraic structures, vectorial spaces, matrices, determinants and equation systems, polynomial interpolation, numeric integration, metric and projective geometry, analytical and differential geometry.
Systems of representation, representation of solids and their intersections, shadow theory.
Construction theory. Analysis and reflection of the main topics associated with the construction of buildings. Study of materials (basic, structural and packaging materials) and their connection to construction systems and their technology. Study of the elements, construction systems and their interaction in the building process. Construction design.The constructive detail.Graphic analysis of construction systems and their interactions. The building process, the impact of construction from the preliminary management phase to the end of the project and the useful life of the building. Photographic monitoring and analysis of works in progress. Construction documents.Lexicon. Knowledge and analysis of the applicable regulations, applicable law.
Analysis of modern and contemporary architecture projects.Analysis, study and critical discussion of functional housing and public building programmes.Study of the environmental conditions.
Analysis of modern and contemporary architecture projects.Analysis, study and critical discussion of functional housing and public building programmes.Study of the environmental conditions.Architecture and ideas.Architecture and technology.Development of architectural projects.
Physical and social environment.Urban settlements. Residential settlements from the 20th centuries.Urban morphology.Urban and road space.Urban project, image and landscape.
Tensions and deformations in elastic solids.Plasticity, efforts and displacements, instability.Resistant capacity.Actions on buildings.
Systems of representation, topography, cartography and representation of the land and the operations on it.Colour and form theoryRepresentation and analysis of architecture.
Systems of representation, graphic ideation, computer drawing in two and three dimensions
Applied computer science.Knowledge of applied IT tools: drawing, calculation, applications.
Construction theory. Analysis and reflection of the main topics associated with the construction of buildings. Land study. Study of materials (basic, structural and packaging materials) and their connection to construction systems and their technology. Study of the elements, construction systems and their interaction in the building process. Construction design.The constructive detail.Graphic analysis of construction systems and their interactions. The building process, the impact of construction from the preliminary management phase to the end of the project and the useful life of the building. Photographic monitoring and analysis of works in progress. Knowledge and analysis of the applicable regulations, applicable law.
Construction theory. Analysis and reflection of the main topics associated with the construction of buildings. Study of materials (basic, structural and packaging materials) and their connection to construction systems and their technology. Study of the elements, construction systems and their interaction in the building process. Construction design.The constructive detail.Graphic analysis of construction systems and their interactions. The building process, the impact of construction from the preliminary management phase to the end of the project and the useful life of the building. Photographic monitoring and analysis of works in progress. Knowledge and analysis of the applicable regulations, applicable law. Construction documents. Implementation project and reference documents for the building process.
History of architecture and the most directly related forms of artistic expression.History of architecture, construction and urban planning.
Environment, landscape and environmental impact. Urban density and extensive residential growth.Urban and road space.Urban project, image and landscape.
Construction theory. Analysis and reflection of the main topics associated with the construction of buildings. Study of the elements, construction systems and their interaction in the building process. Construction design.The constructive detail.Graphic analysis of construction systems and their interactions. The building process, the impact of construction from the preliminary management phase to the end of the project and the useful life of the building. Photographic monitoring and analysis of works in progress. Knowledge and analysis of the applicable regulations, applicable law. Construction documents. Implementation project and reference documents for the building process. Measurements, budgets.
Construction theory. Analysis and reflection of the main topics associated with the construction of buildings. Study of the elements, construction systems and their interaction in the building process. Construction design.The constructive detail.Graphic analysis of construction systems and their interactions. Construction quality.Construction as a productive process.Methodology, systematisation, quality control and performance control. Photographic monitoring and analysis of works in progress. Finished buildings. Use and maintenance Pathologies and diagnosis.Intervention and rehabilitation techniques. Knowledge and analysis of the applicable regulations, applicable law. Construction documents. Implementation project and reference documents for the building process. Measurements, budgets. Planning and cost control.
Actions on buildings.Design, calculation and construction of elements made from reinforced and prestressed concrete.Design, calculation and construction of elements made from metal and other structural materials.
Design, calculation and construction of elements made from reinforced and prestressed concrete.Design, calculation and construction of elements made from metal and other structural materials.
Energy performance. Introduction to the facilities and environmental conditioning of buildings and services.
Energy performance. Water supply facilities. Electrical and telecommunications facilities. Natural and artificial lighting facilities Waste disposal and purification facilities.
Fundamental concepts of architecture such as function, construction, material, structure, form, proportion, ornament, symbol and city.Theory of architecture
Analysis of modern and contemporary architecture projects.Analysis, study and critical discussion of functional housing and public building programmes.Study of the environmental conditions.Architecture and ideas.Architecture and technology.Development of architectural projects.Preliminary analyses to conserve the valuable elements of the building and assess any real and potential damage.Development of projects to conserve the architectural heritage.Intervention criteria in architectural heritage.Symbolisation, practical function and ergonomic processes.Passive environmental conditioning including climate control.Energy performance and natural lighting.Suspension of architectural barriers.
Urban reform, sanitation and growth.Public spaces.Urban and road space.Urban project, image and landscape.Environment, landscape and environmental impact.Sustainable town planning
Construction theory. Analysis and reflection of the main topics associated with the construction of buildings. Study of the elements, construction systems and their interaction in the building process. Construction design.The constructive detail.Graphic analysis of construction systems and their interactions. The building process, the impact of construction from the preliminary management phase to the end of the project and the useful life of the building. Construction quality.Construction as a productive process.Methodology, systematisation, quality control and performance control. Photographic monitoring and analysis of works in progress. Finished buildings. Use and maintenance Pathologies and diagnosis.Intervention and rehabilitation techniques. Knowledge and analysis of the applicable regulations, applicable law. Construction documents. Implementation project and reference documents for the building process.
Construction theory. Analysis and reflection of the main topics associated with the construction of buildings. Study of the elements, construction systems and their interaction in the building process. Construction design.The constructive detail.Graphic analysis of construction systems and their interactions. The building process, the impact of construction from the preliminary management phase to the end of the project and the useful life of the building. Construction quality.Construction as a productive process.Methodology, systematisation, quality control and performance control. Photographic monitoring and analysis of works in progress. Finished buildings. Use and maintenance Pathologies and diagnosis.Intervention and rehabilitation techniques. Knowledge and analysis of the applicable regulations, applicable law. Construction documents. Implementation project and reference documents for the building process. Professional associations. Taxation. Real-estate management.
Supply of fuel gases. Gas facilities.Ventilation installations. Fire safety facilities. Transport and special facilities.
Energy performance.Passive thermal, acoustic and environmental conditioning.Ventilation installations.Solar energy.
History of architecture and the most directly related forms of artistic expression.History of architecture, construction and urban planning.Theory of the conservation of architectural heritage.
Fundamental concepts of architecture such as function, construction, material, structure, form, proportion, ornament, symbol and city Theory of architecture
Urban reform, sanitation and growth.Public spaces.Urban and road space.Urban project, image and landscape.Management plans and building regulations.Urban planing, management and discipline.Project feasibility analysis.Environment, landscape and environmental impact.Sustainable town planning
Land study.Management plans and building regulations.Urban planing, management and discipline.Town planning appraisals.Civil LawProject feasibility analysis.Technical regulations.
The great polarities of aesthetics: expression-representation, mimesis-abstraction, autonomy-heteronomy.Fundamental concepts of architecture as function, construction, material, structure, form, proportion, ornament, symbol and city.
Analysis, study and critical discussion of functional housing and public building programmes.Study of the environmental conditions.Development of architectural projects.
The work placements will take place in companies, institutions and organisations with which the school has a collaboration agreement, with a maximum of 15 ECTS. Academic tutors will assess stays in accordance with: (1) Assessments of students’ attitudes, performance and learning. Tutorials and visits to the company will be used as a basis. (2) Company final report qualitatively assessing the student's adaptation (work habits) and work performed (depending on the required knowledge and difficulties encountered). (3) The student’s report submitted during their stay.These reports will be roughly 2 to 5 pages long and include the following aspects at the very least: the goals set out, a description of the work done detailing the tasks carried out, the problems encountered and the solutions provided; and, finally, the conclusions (including an assessment of the student's stay).The final result of the assessment will be a numeric qualification adopting the following scale: top score (9 points), pass (6 points) and fail (1 point).
Ecological materials.Recycling and reuse.Environmental and waste impacts.Bioconstruction and geobiology.Biotechture and permaculture.
Study of structural systems from the perspective of innovationStructural design.Methodology, systematisation and quality control
Critical review of the current architectural languages.
Review of the modern movement and its ideological roots.
Studying urban forms.The importance of origins.The history of Gerunda.The ancient city in late antiquity.The modern city.
Foundations of visualization.Types of visual languages.Photography, cinema, illustration, multi-media communication.Production of graphic messages.
From illustration to modernity. Sources for the study of modern architecture. Classicism and romanticism. Positivism. Dialectic materialism. Thought and language: empirical rationalism. Methodological foundations of modern movement.Post-modernity. Sources of contemporary architecture. Phenomenology. Existentialism. Iconology. Neoliberalist forms. Social critique of architecture. Architecture and life. Architecture as a system. Reality and simulation.
The bachelor's-thesis project will consist of a presentation and defence, once all the curriculum's credits have been obtained, of an original exercise carried out individually, before a university tribunal that will have to include at least a professional of recognised prestige proposed by professional organisations.The exercise will be a comprehensive professional architectural project bringing together all the skills acquired from the degree course, implemented to the point of demonstrating sufficiency in determining the complete performance of the building work it deals with, under the applicable technical and administrative regulations.
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