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Fundamental
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Critically analyse processes inherent to Civil Engineering.
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Independently attain new knowledge and the techniques necessary for Civil Engineering.
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Understanding and accepting ethical and professional responsibility for Civil Engineering activity.
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Understanding and using language inherent to engineering and terminology employed in Civil Engineering.
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Effectively communicate, both in writing and orally, knowledge, procedures, results and ideas related to Civil Engineering.
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Effectively communicate in a second language, both in writing and orally, knowledge, procedures, results and ideas related to Civil Engineering.
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Knowing and understanding the science and technology related to the planning, design, construction and operation of works inherent to the Civil Engineering Sector.
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Lead and coordinate work groups in the field of Civil Engineering by proposing standard working methods and tools to be used.
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Using the fundamental physics and mathematics needed to interpret, select and assess the application of new scientific and technological concepts and developments related to Civil Engineering.
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Have the ability to organise and manage the technical, economic and administrative aspects of the different production methods inherent to Civil Engineering.
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The scientific and technical capability to carry out the role of Public Works Engineering with a knowledge of functions such as consultancy, analysis, design, calculation, drafting, construction, maintenance, conservation and operation.
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Understanding the various technical and legal constraints which arise during the construction of public works, and the training needed to employ contrasting methods and accredited technology with the goal of achieving higher construction efficiency in terms of the environment and the health and safety of site workers and users.
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Understanding complex engineering works which cover a range of disciplines in civil engineering and related fields. Integrating this knowledge in the approach and definition of execution, conservation or operation of civil engineering works.
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The ability to apply necessary legislation in the role of Public Works Engineering
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Design, inspect and lead works within the field of Civil Engineering
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Maintain and conserve water and energy resources within the field of Civil Engineering
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Carry out studies related to land planning and infrastructure environmental aspects within the field of Civil Engineering
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Maintain, protect and operate infrastructures within the field of Civil Engineering
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Carry out studies and design systems related to surface and underground water collection methods within the field of Civil Engineering
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Apply business management and labour legislation techniques.
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Understand the history of Civil Engineering and analyse and assess public works and construction in general.
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Solve mathematical problems which may arise from engineering and apply the following knowledge: Linear algebra; geometry; differential geometry; differential and integral calculus; differential and partial differential equations; numerical methods; algorithms; statistics; and optimisation.
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Acquire the ability to view things spatially and be knowledgeable about technical drawing techniques, both traditional methods of metric and descriptive geometry, as well as Computer Aided Design.
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Apply basic knowledge of the use and programming of computers such as operating systems, databases and software programmes with engineering applications.
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Solve engineering problems by applying the basic concepts of the general laws of mechanics, thermodynamics, fields and waves, and electromagnetism.
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Solve engineering problems by applying basic knowledge of geology, land morphology and climatology.
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Business organisation and management. Understand the concept of a business and its institutional and legal framework.
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Acquire measurements, make plans, establish routes, define or control movements of geometry to structures or land works, applying essential topographical techniques.
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Understand the chemical, physical, mechanical and technological properties of the materials most commonly used in construction.
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Apply knowledge about building materials to structural systems, based on knowledge of the relationship between the structure of materials and the mechanical properties that derive from that structure.
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Analyse and understand how the characteristics of structures influence their behaviour. Apply knowledge of resistant functioning of structures to size them according to current standards and use analytical and numerical calculation methods
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Apply knowledge of the geotechnical and mechanical properties of soil and rock in the development of studies, projects, buildings and operations where it is necessary to move soil, foundations or containment structures.
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Design, plan, build and maintain reinforced concrete and metal structures using knowledge based on the behaviour of those structures.
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Understand the technical concepts and aspects linked to both pressure and free flow conduction systems
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Understand the basic concepts of surface and underground hydrology.
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Analyse health and safety problems at construction works.
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Understand the electric power system: Power generation, transport network, power sharing as well as types of lines and conductors. Understand regulations about low and high voltages.
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Apply methodologies to environmental impact studies and evaluations.
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Understand construction methods, construction machinery and organisation techniques, building surveying and works evaluation.
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Identify hydraulic works and facilities, energy systems, hydroelectric yield, and the planning and management of surface and underground water resources.
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Understand the functioning of ecosystems and their environmental factors.
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Identify urban services projects related to water distribution and sanitation.
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Understand and write complex texts specific to Civil Engineering, and use scientific and technical English. Independent use of English with fluent conversation skills. Expansive knowledge of English terminology specific to Civil Engineering. (B2 LEVEL IN ENGLISH)
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Understand and write complex texts specific to Civil Engineering, and use scientific and technical French. Independent use of French with fluent conversation skills. Expansive knowledge of French terminology specific to Civil Engineering. (B2 LEVEL IN FRENCH)
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Understand and write complex texts specific to Civil Engineering, and use scientific and technical German. Independent use of German with fluent conversation skills. Expansive knowledge of German terminology specific to Civil Engineering. (B2 LEVEL IN GERMAN)
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The ability to speak and write about complex ideas and concepts related to Civil Engineering in Spanish. Write reports, expert reports, designs and other texts frequently used in Engineering. Oral defence of these texts and other related concepts.
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Speak and write about complex ideas and concepts related to Civil Engineering in Valencian. Write reports, expert reports, designs and other texts frequently used in Engineering. Oral defence of these texts and other related concepts.
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Understand the design-construction process: Consultancy and assistance contract, design documents and construction contracts. Acquire a shared understanding of the entire Construction Project and its interpretation.
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Understand the regulatory framework of urban management.
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Plan the urbanisation of the public urban space and design urban services such as water distribution, sanitation, waste management, transport systems, traffic, street lighting, etc. Understand the influence of infrastructure on spacial planning.
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Understand the design and functioning of infrastructure for transport hubs such as ports, airports, railway stations and transport centres.
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Apply knowledge of the typology and basis of calculation of prefabricated elements in manufacturing processes.
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Understand the design, calculation, construction and maintenance of building works regarding structures, finishes, facilities and own equipment.
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Build and maintain maritime works.
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Build and maintain roads as well as establishing the size of the project and the elements which constitute basic road allocations.
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Build and maintain railway lines with the knowledge to apply specific technical regulations and differentiate the characteristics of rolling stock.
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Understand construction methods, construction machinery and techniques for planning construction works.
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Build geotechnical works.
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Understand supply and sanitation systems as well as their dimensioning, construction and maintenance.
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