Courses detail

Interpersonal communication and teamwork. Capacity to relate positively with others through empathic listening and through clear and assertive expression of one's thoughts or feelings, by verbal and non-verbal means. Integration and active collaboration in achieving common goals with other persons, areas or organisations.
Leadership and management of conflicts and negotiation. Influencing other persons and/or groups by anticipating the future and contributing to their personal or professional development. Dealing with and resolving differences arising between persons and/or groups in any kind of organisation.
Orientation for quality. Seeking excellence in academic, personal and professional activity oriented towards results and centred on continuous improvement.
Sense of ethics. Positive inclination towards moral one's own good or that of others (that is, towards anything that is or signifies good, sense experience, personal fulfilment, sense of justice)
Capacity for oral and written communication. Clear and timely expression in words of one's own ideas, knowledge and feelings, adapting them to the characteristics of the situation and the audience in order to achieve understanding and support. Relating effectively with others through clear expression of thoughts and feelings in writing or with the aid of graphical support.
Capacity for communication in a foreign language. Understanding and being understood orally and in writing in a language different from one's mother tongue.
Capacity to use ICTs. Use of information and communications technologies as a tool for expression and communication, to access information sources, as a means of storing data and documents, for presentation tasks, and for learning, research and cooperative work.
Capacity of students for abstraction, analysis, synthesis and problem-solving. Distinguishing and differentiating parts from a whole until they discover their principles or elements. Identification, analysis and definition of the significant elements constituting a problem n order to solve it with judgement and in an effective manner.
Capacity of students for planning and managing time. Efficient definition of the aims, priorities, methods and controls to carry out tasks by organising activities with the time and means at their disposal. Weighting the distribution of time in terms of priorities, taking into account both personal objectives in the short, medium and long term and the personal and professional areas they wish to develop.
Capacity of students for decision-making. Choosing the best alternative for action though a systematic process, assuming responsibility for the scope of the consequences of the chosen option.
Capacity of students for critical and creative thought. Questioning things and showing interest in the fundamentals underlying their own ideas, actions, judgements and those of others. Generating processes to seek and discover new and unusual solutions in different spheres of life.

Capacity and understanding for problem-solving in all the basic subjects in the field of engineering.
Capacity and understanding for solving mathematical problems.
Capacity and understanding for solving mathematical problems on linear algebra
Capacity and understanding for solving mathematical problems on geometry.
Capacity and understanding for solving problems on integral and differential equations.
Capacity and understanding for solving problems on differential and partial differential equations.
Capacity and understanding for solving problems on numerical method and algorithms.
Capacity and understanding for solving problems on statistics and optimisation
Capacity and understanding for solving problems of Physics.
Capacity and understanding for solving problems on the general laws of Physics.
Capacity and understanding for solving problems on mechanics.
Capacity and understanding for solving on thermodynamics.
Capacity and understanding for solving problems on fields and waves and electromagnetism.
Capacity and understanding for solving problems of Chemistry.
Capacity and understanding for solving problems on basic knowledge of general chemistry.
Capacity and understanding for solving problems on basic knowledge of organic and inorganic chemistry and their applications to engineering.
Capacity for and understanding of English.
Capacity and understanding for solving problems of graphical expression.
Capacity and understanding for solving problems of representation techniques.
Capacity and understanding for solving problems of spatial conception.
Capacity and understanding for solving problems of normalisation.
Capacity and understanding for solving problems of computer aided design.
Capacity and understanding for solving problems of fundamentals of industrial design.
Capacity and understanding for solving business problems.
Capacity and understanding for solving problems of fundamentals of business economics.
Capacity and understanding for solving problems of the legal and institutional framework of business.
Capacity and understanding for solving problems of the organisation of maritime business.
Capacity and understanding for solving problems of management of maritime companies.
Capacity and understanding for solving problems of commercialisation of maritime companies.
Capacity and understanding for solving problems of the financing of maritime companies.
Capacity and understanding for solving computer science problems.
Capacity and understanding for solving problems on computers and networks.
Capacity and understanding for solving operating system problems.
Capacity and understanding for solving problems on the application and use of data bases and computer applications.
Knowledge, use and application to ships of nautical and marine principles.
Knowledge, use and application to ships of the principles of: electricity.
Knowledge, use and application to ships of the principles of: circuit theory.
Knowledge, use and application to ships of the principles of marine electric machines.
Knowledge, use and application to ships of the principles of: electronics applied to ships and maritime installations.
Knowledge, use and application to ships of the principles of: automation and control methods applied to ships and maritime installations.
Knowledge, use and application to ships of the principles of: safety and pollution.
Knowledge, use and application to ships of the principles of: environmental and sustainability en the marine medium.
Knowledge, use and application to ships of the principles of: ship safety and protection.
Knowledge, use and application to ships of the principles of: fire prevention and survival.
Knowledge, use and application to ships of the principles of: prevention of and fighting against pollution.
Knowledge, use and application to ships of the principles of: maritime health and quality.
Knowledge, use and application to ships of the principles of: quality and safety management systems applied to ships.
Knowledge, use and application to ships of the principles of: auditing of ship management.
Knowledge, use and application to ships of the principles of: maritime health training.
Knowledge, use and application to ships of the principles of: naval construction and ship theory.
Knowledge, use and application to ships of the principles of: ship theory.
Knowledge, use and application to ships of the principles of: naval construction.
Knowledge, use and application to ships of the principles of: auxiliary systems.
Knowledge, use and application to ships of the principles of: main systems, auxiliary systems and ship propellers.
Knowledge, use and application to ships of the principles of: cold and conditioning.
Knowledge, use and application to ships of the principles of: maritime legislation and regulations.
Knowledge and capacity for applying and calculating: Maritime Navigation.
Knowledge and capacity for applying and calculating: navigation techniques based on the determination of position, direction, time, speed and distance, in coastal navigation.
Knowledge and capacity for applying and calculating: navigation techniques based on the determination of position, direction, time, speed and distance, in ship kinematics.
Knowledge and capacity for applying and calculating: navigation techniques based on the determination of position, direction, time, speed and distance, in estimated navigation.
Knowledge and capacity for applying and calculating: navigation techniques based on the determination of position, direction, time, speed and distance, in loxodromic and orthodromic navigation.
Knowledge and capacity for applying and calculating: navigation techniques based on the determination of position, direction, time, speed and distance, in astronomical navigation.
Knowledge and capacity for applying and calculating: navigation techniques based on the determination of position, direction, time, speed and distance, in electronic navigation and inertial navigation.
Knowledge and capacity for applying and calculating: navigation techniques based on the determination of position, direction, time, speed and distance, in nautical chart surveying.
Knowledge and capacity for applying and calculating: installation, repair and optimisation of elements of navigational equipment and maritime safety.
Knowledge and capacity for applying and calculating: use of tidal energy, calculation and equipment arrangement.
Knowledge and capacity for applying and calculating: ship manoeuvres.
Knowledge and capacity for applying and calculating manoeuvrability: capacities.
Knowledge and capacity for applying and calculating manoeuvrability: restricted waters.
Knowledge and capacity for applying and calculating: mooring and fenders.
Knowledge and capacity for applying and calculating: manoeuvring assistance: tugs and dynamic positioning.
Knowledge and capacity for applying and calculating advanced manoeuvres: ship-to-ship, buoy field, monobuoy, off-shore installations. Manoeuvring in polar zones.
Knowledge and capacity for applying and calculating: international regulations for the prevention of collisions at sea.
Knowledge and capacity for applying and calculating: international signal code and navigational marking system.
Knowledge and capacity for applying and calculating: meteorology and oceanography.
Knowledge and capacity for applying and calculating: analysis of the synoptic scale factors and processes controlling meteorological risk situations.
Knowledge and capacity for applying and calculating: interpretation of weather maps.
Knowledge and capacity for applying and calculating: techniques for predicting adverse weather phenomena.
Knowledge and capacity for applying and calculating: meteorological and synoptic navigation.
Knowledge and capacity for applying and calculating: depression systems and tropical cyclones.
Knowledge and capacity for applying and calculating: floating ice.
Knowledge and capacity for applying and calculating: tides.
Knowledge and capacity for applying and calculating: currents and swell.
Knowledge and capacity for applying and calculating: stowage and securing of goods.
Knowledge and capacity for applying and calculating: atmospheric conditions in the cargo hold
Knowledge and capacity for applying and calculating: ship loading and unloading equipment, operation and calculation.
Knowledge and capacity for applying and calculating: special transport and floating installations.
Knowledge and capacity for applying and calculating: study, planning and calculation of loading, stowing and lashing.
Knowledge and capacity for applying and calculating: dangerous goods.
Knowledge and capacity for applying and calculating: protection of goods, design and calculation.
Knowledge and capacity for applying and calculating: measurement and control equipment.
Knowledge and capacity for applying and calculating: load maintenance equipment, measurement and control systems for cargo space atmospheres, and tanker equipment for transportation of liquefied petroleum gases, natural petroleum gases, transportation of crude oil, derivatives and chemical products.
Knowledge and capacity for applying and calculating: tides.
Knowledge and capacity for applying and calculating: ship theory.
Knowledge and capacity for applying and calculating: buoyancy.
Knowledge and capacity for applying and calculating: static and dynamic stability, transversal and longitudinal stability.
Knowledge and capacity for applying and calculating: effects of movement and weight distribution.
Knowledge and capacity for applying and calculating: hydrostatics and hydrodynamics.
Knowledge and capacity for applying and calculating: resistance and propulsion.
Knowledge and capacity for applying and calculating: compartmentation, flooding and grounding.
Knowledge and capacity for applying and calculating: dynamics of marine vehicles.
Knowledge and capacity for applying and calculating: naval construction.
Knowledge and capacity for applying and calculating: structural description of ships and their elements.
Knowledge and capacity for applying and calculating: typology of ships.
Knowledge and capacity for applying and calculating: conditions of ships from the construction viewpoint.
Knowledge and capacity for applying and calculating: materials and their protection.
Knowledge and capacity for applying and calculating: resistance, strains and vibrations.
Knowledge and capacity for applying and calculating: inspection and classification societies.
Knowledge and capacity for applying and calculating: radio communications systems.
Knowledge and capacity for applying and calculating: global maritime distress safety system (GMDSS).
Knowledge and capacity for applying and calculating: safety procedures, equipment and communication protocols.
Knowledge and capacity for applying and calculating: maritime safety.
Capacity for and understanding of maritime technical English.
Knowledge and capacity for applying and calculating: exploitation of maritime transport.
Knowledge and capacity for application in activities as a trainee student in the bridge department, in accordance with the requirements of section A-II/1 of the STCW Code.
Knowledge and capacity to develop an integrated project in the field of Nautical Engineering and Maritime Transport synthesising the competences acquired in the degree course.
Ability to develop tasks fit for a graduate student in nautical engineering and maritime transport in companies in the maritime sector.