LTE11106 - ECTS

• Know how to read and interpret technical drawings;
• Know how to perform technical drawings using multiple views representations, perspectives and schematic drawings;
• Know the main standards of technical drawing;
• Know the main modes of representation used in technical drawing;
• Know how to use computer-aided design (CAD) to represent technical drawings and schematic representations;
• Develop skills for the future progression in CAD systems

LTE11107 - ECTS Provide course students with a first contact with the Energy area.
It is intended that they acquire general knowledge about the different types of energy, what is primary energy, what are renewable energies and what are the main energy conversion technologies. Additionally, it is intended that students acquire skills in the preparation and presentation of work and writing reports on laboratory work.

LTE11101 - ECTS

LTE21111 - ECTS Promoting knowledge of different types of materials used in mechanical engineering: metals, polymers, ceramics and composites and the relationship between their properties, structure, process and service performance. Recognizing the need for design with new materials.

LTE11105 - ECTS The student should be able to understand and apply the fundamental laws of newtonian mechanics; apply a specific methodology for problem solving; perform experiments and analyse the results obtained and identify deviations from expected results critically.

LTE11102 - ECTS In the context of basic scientific training, this curricular unit aims to give the student a broad view of the fundamentals of Chemistry, essential to the understanding of subjects such as industrial processes, mass and entalpic balancesheets, materials and corrosion.

LTE12111 - ECTS The Applied Electrotechnical Course aims to provide students with a solid, rigorous and coherent, scientifically grounded base of competencies, the basic science of electrotechnical engineering, developing a critical and creative spirit. It allows to give a training in analysis of linear electric circuits, as much in direct current as in alternating current, single-phase and three-phase. The acquired competences are fundamental for the understanding of the subsequent curricular units of the area of the electrotechnical engineering.
Theoretical-practical teaching is complemented with laboratory work

LTE12109 - ECTS With this course is intended that the students learn how to interpret, explain and design standard electric circuits, as well as, have basic knowledge of a computer-aided design program for computer implementation of the schemes of
such circuits. Design process automation systems, using relays and power contactors, as well as using programmable logic controllers for control systems.

LTE12106 - ECTS

The objective of this curricular unit (UC) is to provide students with basic knowledge of linear algebra and skills to deal with the mechanisms of differential calculus in scalar and vector fields, mathematical tools of great importance in the professional training of a higher technician or engineer.

LTE21112 - ECTS The main objective of this UC is to develop the student’s interest in the study of fluid mechanics, in  order to know the main subjects of statics, kinematic and dynamics of fluids to solve the most common problems that arise in engineering.

LTE12110 - ECTS The domain of fundamental knowledge in thermodynamics, such as: terminology in the area of
thermodynamics, properties of pure compressible substances, first law of thermodynamics applied to closed and open systems, the second law of thermodynamics, entropy, main thermodynamic cycles.

LTE21118 - ECTS

This course aims to present a first reference to the modeling of real optimization problems, as well as to provide ample information about some of the techniques used to solve those problems. There will be an approach to the various themes according to the degree area, with a view to developing the ability to apply modeling and optimization techniques to real situations.

LTE21117 - ECTS

Provide expertise in the following areas:

Heating and Distribution Systems Combustion. Flames.

Thermal Energy Conversion Systems. Thermal Solar Systems.

Fuel Cells and Hydrogen. 

Biomass and gasification systems.

Energy recovery systems. Systems integration. Energy efficiency.

LTE21113 - ECTS Enumerate the concept of semiconductor material;
Classify the different materials according to their electrical conductivity in conductors, semiconductors and doores;
Point out the differences between intrinsic and extrinsic semiconductor material;
Understand the driving process in the various diodes (rectifier, light emitter and Zener);
Understand the avalanche process in zener diode;
Question and interpret driving states in the rectifier diode, light-emitting diode, and Zener diode;
Understand the difference between conventional sense and real sense of an electric current;
Know the symbology associated with different diodes;
Analyze circuits with rectifier diodes, LED and Zener;
Apply the different driving models associated with diodes;
Understand the constitution of the bipolar junction transistor (TBJ)/Metal oxide Semiconductor (MOSFET);
Identify the symbology of TBJ/MOSFET;
Distinguish NPN transistor from PNP;
Distinguish MOSFET transistor from Channel N from P-channel;
Understand the operation of mosfet enrichment and depletion;
Identify and analyze MOSFET models for the various modes of operation;
Understand the driving process in TBJ/MOSFET;
Identify and understand the modes of operation of TBJ/MOSFET;
Identify the main assemblies of a transistor (TBJ/MOSFET) and its polarization meshes;
Evaluate the transistors (TBJ/MOSFET) as a switch/amplifier element;
Identify, understand and interpret the main characteristic curves of TBJ/MOSFET;
Evaluate the resting point of tbj/MOSFET;
Understand the effect of temperature compensation on the common emitting assembly;
Identify and understand the function of coupling and bypass capacitors;
Design polarization meshes in the common emitter/common font configuration;
Analyze low complexity electronic circuits;
Simulate low-complexity electronic circuits;
Assemble, test and experiment electronic circuits with low-complexity;

LTE21116 - ECTS To provide the students of the course with a first contact with the areas and diverse technologies of rnovable energy.
It is intended that they acquire knowledge about the different technologies of renewable production.  Additionally it is intended that students acquire competencies on the elaboration and presentation of research works on a theme and on the writing of reports on the seminars.

LTE21114 - ECTS

To supply to the basic knowledge and the processes of calculation of the methods of Heat Transfer: Conduction, Convection and Radiation.

LTE22120 - ECTS

At the end of the semester, the successful student should be able to identify the main components of open-loop and closed-loop control systems, as well as to describe and understand their most relevant characteristics.
Know how to represent systems in block diagrams and through transfer functions. Know how to analyze and characterize systems, based on their transfer function, and their response in time and frequency. Acquire the notions of absolute and relative stability and be able to identify the various components that can constitute a control loop.
Know how to choose the most appropriate type of controller in view of the characteristics of the system to be controlled and the objectives to be achieved. Be able to dimension controllers, using different design methods. Be able to fine-tune the parameters of a process PID controller.

LTE31121 - ECTS The students will be able to: 1) to have the basic knowledge of metrology concepts, namely, accuracy, sensitivity, resolution and uncertainty and their application in the instrumentation and measurement areas; 2) to use analog and digital measuring instruments and to understand their operating principles; 3) to identify the mains specifications and limitations of the measuring instruments; 4) to know the working principle of measurement transducers and design electrical circuits to measure industrial quantities.

LTE22117 - ECTS Convey deep concepts about Maintenance, maintenance management and maintenance techniques

LTE22122 - ECTS The subject intends to contribute to the scientific formation of the student in the area of ​​Electrical Machines, in the study in steady state of the three-phase induction machine (MIT), the single-phase induction motor (MIM) and the Transformer (TR).

LTE22121 - ECTS - Apply the concepts of random variable and its distribution;
- Solve problems involving models and probability distributions with discrete variables and with continuous variables;
- Understand the concept of random sample and solve problems involving sampling distributions;
- Characterize and apply estimators;
- Construct and interpret confidence intervals;
- Identify and apply the appropriate hypothesis test;
- Identify the relation between hypothesis testing and confidence intervals;
- Build and analyze a simple linear regression model.

LTE31124 - ECTS

 

LTE31128 - ECTS Keep in mind and know how to consult the legislation, related to energy systems for air conditioning in buildings. Know the comfort conditions and the parameters that influence them. Identify the various types of HVAC systems, analyze their specificities and applications. Calculate the fundamental elements of an installation and choose the main air conditioning equipment. Know the fundamentals of maintenance, operation and commissioning of equipments.

LTE31127 - ECTS

Students should develop skills in behavioral analysis, leadership and team management in an organizational context.

LTE31125 - ECTS

Identify and characterize the various power semiconductors. Study of operation of various types of electronic power converters. Study of the effects on the electric power grid (and loads) of the functioning of power electronic converters. Active, reactive, deformant and apparent power in the electric power system subject to non-sinusoidal alternating currents.

LTE31126 - ECTS

Understand the role, impact and interaction of organizations and companies with their surroundings, as well as their internal functioning in a functional and systemic perspective.

 

LTE31123 - ECTS

Integrate fundamental concepts of quality, environment and safety. Develop and implement the necessary requirements to the systems of quality, environment and safety. Develop plans, procedures and documentation for the systems. Develop and implement quality systems. Integrate security systems and environment with quality management systems. Perform quality audits and security environment. Take the continuous improvement as an element of organizational development. Create a climate favourable to the internalization of quality in organizations. Understand the methodologies used in the process of certification.

LTE32128 - ECTS It is intended that the student obtains knowledge about the various stages of an energy audit, design and analyze the technical and economic feasibility of energy improvement measures and establish an Energy Rationalization Plan.

LTE32129 - ECTS The Internship aims to enable the student to acquire professional skills in the area of the course, varying the specific skills with the area of each internship.
The internship will take place in companies/entities with activity in the areas of the course.

LTE32127 - ECTS

• Know innovation processes and models, sources and obstacles and innovation diffusion processes.
• Knowing the role of innovation in competitiveness and its impact on products and services
• Understand the process of generating, modeling and developing new ideas
• Carry out the diagnosis and feasibility study of a new company
• Develop a business plan
• Understand the process of creating companies and follow the evolution and development of a company.