91传媒

Social and environmental commitment
To act with ethics and professional responsibility in the face of social, environmental and economic challenges, taking democratic principles and values and the Sustainable Development Goals as a reference.

Innovation and creativity
Propose creative and innovative solutions to complex situations or problems, specific to the field of knowledge, in order to meet diverse professional and social needs.

Teamwork and leadership
Collaborate effectively in work teams, assuming responsibilities and leadership roles and contributing to collective improvement and development.

Effective communication
Communicate effectively, both orally and in writing, adapting to the characteristics of the situation and the audience.

Responsibility and decision-making
Act autonomously in learning, making informed decisions in different contexts, making judgements based on experimentation and analysis and transferring knowledge to new situations.

Possess and understand knowledge in an area of study that builds on the foundation of general secondary education, and is usually found at a level, which while relying on advanced textbooks, also includes some aspects that involve knowledge from the cutting edge of their field of study.

Know how to apply their knowledge to their work or vocation in a professional manner and possess the skills that are usually demonstrated through the development and defense of arguments and problem solving within the area of study.

Ability to gather and interpret relevant data (usually within their area of study) to make judgments that include a reflection on relevant social, scientific or ethical issues.

Ability to convey oral and written information in the native language: ideas, problems and solutions to both specialized and non-specialized audiences.

Possess learning skills necessary to undertake further studies with a high degree of autonomy.

Appreciate the essential factors - concepts, theories and principles - of the engineering discipline and its scientific bases.

Ethical conduct in engineering. Critical and self-critical capacity. Awareness of the need for quality and high professional standards and their application to continuous improvement.

Ability to undertake and lead a business project in the field of engineering and architecture.

Knowledge of a foreign language at a level corresponding to B-2 of the common reference levels set by the "Common European Framework of Reference for Languages: Learning, Teaching and Assessment". Appreciation of diversity and multiculturalism. Ability to work in an international context. Ability to adapt to new situations.

Ability to apply the specific evaluation procedures for the rehabilitation and restoration of buildings. To know the intervention techniques and procedures compatible with the different historical construction systems. To know the construction materials suitable for each construction typology; aptitude for its implementation in the process of intervention on pre-existences.

Ability to use applied knowledge related to numerical and infinitesimal calculus, linear algebra, analytical and differential geometry, probabilistic and statistical analysis techniques and methods.

Applied knowledge of the principles of general mechanics, statics of structural systems, mass geometry, principles and methods of analysis of the elastic behavior of the solid.

Applied knowledge of the specific regulations and the principles of interpretation, elaboration and standardization of the graphic document.

Ability to apply spatial representation systems, sketch development, proportionality, language and techniques of graphic representation of construction elements and processes.

Knowledge of the chemical characteristics of the materials used in construction, their manufacturing processes, the methodology of tests to determine their characteristics, their geological origin, environmental impact, recycling and waste management.

Knowledge of the theoretical foundations and basic principles applied to electromagnetism, calorimetry and hygrothermodynamics and acoustics.

Knowledge of the theoretical foundations and basic principles applied to the building of fluid mechanics, hydraulics and electricity.

Adequate knowledge of the concept of the company, its institutional framework, organizational models, planning, control and strategic decision making in environments of certainty, risk and uncertainty; production systems, costs, planning, sources of financing and preparation of financial plans and budgets.

Ability to organize small companies and to participate as a member of multidisciplinary teams in large companies.

Basic knowledge of the legal regime of Public Administrations and of administrative and private contracting procedures.

Ability to interpret and elaborate the graphic documentation of a project, perform data collection, drawing surveys and geometric control of the work units.

Knowledge of infographic and cartographic procedures and methods in the building field.

Ability to work with surveying instrumentation and specific computer-aided surveying programs.

Ability to carry out the graphic survey of plots and buildings, their staking out in the field and the geometric control of the work units.

Applied knowledge of global positioning systems and geographic information systems in the field of building and urban planning.

Knowledge of the traditional or prefabricated materials used in building, their varieties and the physical and mechanical characteristics that define them.

Knowledge of construction elements, systems and typologies, traditional and prefabricated, used in building and their varieties.

Ability to adapt construction materials to the typology and use of the building.

Ability to manage and direct the reception and quality control of materials, their placement on site, the control of the execution of work units and the performance of final tests and trials.

Knowledge of the historical evolution of construction techniques, elements and procedures and structural systems that have given rise to stylistic forms.

Ability to identify construction elements, systems and typologies, define their function, relative suitability and compatibility in the construction process. Ability to plan and solve construction details.

Knowledge of the specific procedures for the control of the material execution of building works.

Ability to rule on the causes and manifestations of injuries in buildings, and propose solutions to prevent or correct their pathology.

Ability to evaluate and intervene in the rehabilitation of buildings and in the conservation and restoration of the built heritage. Knowledge of the legislative framework, technical regulations and specific doctrine applicable to built heritage.

Ability to analyze the useful life cycle of building elements and construction systems.

Ability to prepare building maintenance manuals and plans and manage their implementation in the building.

Knowledge of environmental impact assessment of building and demolition processes and sustainability in building.

Knowledge of the procedures and techniques for evaluating the energy efficiency of buildings. Ability to design and materialize acoustic, thermal and lighting conditioning solutions.

Ability to apply technical regulations to the building process and generate technical specification documents that determine the procedures and construction methods of buildings.

Knowledge of the equipment, provisional installations and auxiliary means used in building works, their characteristics and applicable regulations. Ability to assess needs and establish criteria for the selection of equipment, temporary facilities and auxiliary means.

Ability to apply the specific regulations on installations used in building construction.

Adequate knowledge of the mechanics of continuous media and soil, as well as the plastic, elastic and strength qualities of materials. Ability to program and interpret geotechnical studies in order to establish appropriate procedures for earthworks and material execution of building works.

Aptitude for the pre-dimensioning, design, calculation and verification of foundations and structures and to direct their material execution.

Ability to calculate and size building installations. Ability to discriminate qualitatively the different installation systems. Applied knowledge of the characteristics of the equipment used in the installations and their incompatibilities to prevent their defects.

Ability to constructively develop the building installations, control and plan their execution and verify the service and reception tests, as well as their maintenance.

Ability to analyze and carry out urban infrastructure and urbanization projects.

Ability to program, organize and control the construction processes, construction equipment, and the technical and human resources for its execution and maintenance, optimizing time, costs and resources.

Knowledge of construction law and of the contractual relationships that occur in the different phases of the building process, as well as of the legislation, regulations and specific rules on prevention and coordination of occupational health and safety in construction.

Ability to draft studies, basic studies and occupational health and safety plans. Ability to manage and coordinate safety in the project phase or in the work execution phase.

Ability to manage quality control on construction sites, drafting, applying, implementing and updating quality manuals and plans, performing quality management audits in companies, as well as preparing the building book.

Ability to analyze, design and implement solutions that facilitate universal accessibility in buildings and their environment.

Knowledge of the organization of professional work and of studios, offices and professional societies, the regulations and legislation related to the functions performed by the Building Engineer and the liability framework associated with the activity.

Ability to prepare and calculate basic, auxiliary, unit and decomposed prices of work units and control costs during the construction process; prepare budgets.

Aptitude for the development of market studies, valuations and appraisals, real estate feasibility studies, appraisal and economic appraisal of risks and damages in building.

Ability to analyze and carry out building evacuation projects.

Knowledge of the regulatory framework for urban management and discipline.

Ability to apply the advanced tools necessary for the resolution of the parts involved in the technical project and its management.

Ability to draft technical projects of works and constructions, which do not require an architectural project, as well as demolition and decoration projects.

Ability to draft documents that are part of execution projects elaborated in a multidisciplinary way.

Ability to analyze the execution projects and their translation to the execution of the works.

Knowledge of the roles and responsibilities of the agents involved in building and their professional or business organization. Administrative, management and processing procedures.

Knowledge of the professional organization and basic procedures in the field of building and development.

Ability to communicate orally in a second language in a professional or academic environment and to follow lines of argument on professional topics. Understand and write written documents related to the specialty through an adequate use of the basic vocabulary of professional language.

Ability to design and apply mathematical optimization methods based on linear programming techniques in the field of building construction.

Aptitude for the formalization of building engineering problems in mathematical terms. Implementation of numerical simulation algorithms for solving complex problems in building technology and management.

Knowledge of Information Systems as data storage bases. Knowledge of the historical evolution of the city from its urban legacy. Aptitude for the handling of digital displays and data management.

Knowledge of telemetering systems applied to data collection of the built architecture. Ability to coordinate the complete process for obtaining scale drawings from photographs.

Ability to take photographs and edit and manage digital images. Ability to use and control the digital image in vector drawing environments.

Knowledge and critical analysis of architectural heritage through its representation.

Advanced knowledge of 2D and 3D computer-aided design procedures. Advanced animation, rendering and layout methods.

Advanced knowledge of chemical analysis of materials and thermodynamic fundamentals of building energy processes.

Knowledge of non-destructive testing techniques and their application in the characterization of the properties and lesions of materials in the process of architectural intervention.

To learn about human resources management in construction projects from an operational and strategic approach. Ability to motivate subordinates and lead work teams.

Ability to generate creative solutions to problems of configuration and functionality related to the habitat from the analysis of its conditioning factors and significant values. Ability to develop interior lighting projects.

Ability to establish with technical criteria the state of behavior of the material and its repercussions on the response of the structure in service.

Knowledge of the processes and technologies for obtaining and selecting emerging materials in building construction, as well as their functional applications.

Knowledge of systems for detection, resolution and prevention of corrosion problems in metallic structures... Knowledge of welding joining techniques and risk assessment systems in welding processes.

Knowledge of building marketing systems, techniques, models, risk assessment and decision theory. Ability to conduct market research in the real estate field. Tax treatment.

Presentation and defense before a university tribunal of an end-of-degree project, consisting of an exercise of integration of the training contents received and the competences acquired.