VE03 - ECTS The course unit of Electrotechnics is a sciences engineering field base. The learning of the methods and physical concepts underlying it, aims to develop in students fundamental skills that allow them to understand the electromagnetic phenomena and master the main techniques of electrical circuits analysis in direct and alternating current.

VE19 - ECTS The general objective of this course unit is to provide students with the basic mathematical knowledge required in the professional training of a top professional technician.

VE06 - ECTS

Students should develop skills in the field of business management, organizational behaviour, leadership, and team management.

VE02 - ECTS

VE05 - ECTS

To transmit knowledge about the fundamental laws of Newtonian Mechanics, and their application to problems relevant to the course's knowledge area.

VE18 - ECTS 1- To apply the fundamental concepts of Digital Systems to characterize and implement logical functions and respective circuits.
2- To understand, interpret and implement combinatorial logic circuits.
3- To understand, interpret and implement basic sequential logic circuits and implement state machines.
4- To carry out laboratory practices to consolidate and complement theoretical knowledge as well as to develop the ability to work in groups and organize the work environment

VE20 - ECTS The general objective of this course unit is to provide students with the complementary basic mathematical knowledge to the one acquired under the previous course unit Fundamentals of Calculus.

VE08 - ECTS Describe the characteristics of semiconductors.
Distinguish P-type and N-type semiconductors.
Characterize the PN junction.
Carry out calculations for the polarization of diodes.
Carry out assemblies with diodes and carry out the analysis
of the circuits.
To characterize the different types of circuits used in the
rectification.
Describe Zener diodes in terms of their
constitution, characteristics and applications.
Recognize the constitution, types and symbology of the
bipolar transistor.
To characterize the functioning of the bipolar transistor.
Identify the fundamental assemblies: EC, BC, CC.
Analyze the characteristic curves of the transistor in EC.
Analyze the amplifier for EC, BC and CC signals.
Characterize the structure and functioning of the various
types of FET
Characterize the structure and principle of
thyristor operation.
Implement circuits with JFET, MOSFET

VE10 - ECTS

The Power Electronics Fundamentals course covers the basic principles of electrical energy conversion, which is the process of transforming electrical energy from one form to another, such as from alternating current (AC) to direct current (DC) or vice versa. Some of the main areas of study include:

• Power Devices: study of semiconductor devices used to control the flow of electrical currents, such as diodes, thyristors, and transistors, among others.

• Power Electronics Circuits: Analysis of electrical circuits that use power devices to convert electrical energy from one form to another, such as DC-DC converters, AC-DC converters, and inverters, among others.

• Power Electronics Control: Study of control methods used to operate power devices and power electronics circuits efficiently, accurately, and safely.

• Power Electronics Applications: Study of various power electronics applications, such as renewable energy systems, electric motors, and power supplies, among others.

VE21 - ECTS The UC Fundamentals of Electrical Machines is a basic course in the field of electromechanical energy conversion. Learning the methods and physical concepts that underlie it, aims to develop in students fundamental skills that allow them to understand the operating regimes of the Direct Current Machine (CCM) and Transformers (TR).
It is also intended that students are in possession of instruments (base knowledge and bibliographic guidelines) that allow the eventual continuation and deepening of studies. In structuring the UC, and in order to achieve the proposed objectives, laboratory-based exercises and problem solving are sought to consolidate and complement theoretical knowledge.

VE09 - ECTS

To provide specialized knowledge to the implementation of small scale microcontroller based projects and to develop the ability to be able to do critical analysis of microcontroller based systems, program debug and both autonomous and team work.

VE13 - ECTS Provide students with the skills necessary to design and maintain traction batteries, chargers, and systems necessary for correct battery management.
Carrying out laboratory work in a group. Alert students to aspects related to the organization of the workspace and safety in handling this type of equipment.

VE15 - ECTS •Describe measurement characteristics in terms of accuracy and uncertainty of sensors and actuators.
•Specify and design functional modules for measuring non-electrical quantities electrically. Dimensioning devices for converting electrical signals into standardized values.
•Know and characterize different sensors used in the car to measure different variables.
•Based on the transducers studied, know and characterize different actuators used in the car to change the parameters of the variables.
•Know and describe the main means of transmitting signals in the car.
•Understand and build in blocks a measurement chain established between sensor and actuator elements.

VE14 - ECTS

Provide students with the knowledge and skills that allow them to know the most common electronic systems in vehicles and intervene in their maintenance.

VE16 - ECTS Understand and explain the influence of different constructive solutions used in the steering, suspension, braking and transmission subsystems on the dynamic behavior of the car.

VE12 - ECTS This curricular unit allows the development of technical and scientific skills in the area of electric traction of road vehicles.
Relate and describe the constitution and principle of operation of the electric machines used in electric road vehicles: induction machine and permanent magnet synchronous machine.
Competences will be developed in the interpretation of the energy diagram of the machine, starting, braking and speed control.
Carrying out work in group for to sensitize the students to the aspects related to the organization of the workspace and the safety in the manipulation of this type of equipment.

VE17 - ECTS Provide students with practical knowledge obtained in a real work environment.