SEC10 - ECTS Esta Unidade Curricular pretende dotar os alunos dos conhecimentos de sistemas digitais e de arquitetura de computadores.

SEC02 - ECTS Providing students with the basic mathematical knowledge on real functions of a single real variable required in the professional training of a top professional technician.

SEC04 - 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.

SEC01 - ECTS

SEC07 - ECTS

• Develop and improve logical and formal reasoning skills that allow you to analyze complex problems;
• Present the conceptual foundations and develop skills related to computer programming:
• Understanding the general principles of software engineering;
• Understanding and valuing the central role of the Algorithm;
• Learn the fundamentals of digital systems, number bases and base conversions;
• Development of logical and algorithmic reasoning;
• Learning a programming language and its application in solving paradigmatic exercises.

SEC09 - ECTS This Curricular Unit contributes to the understanding of telecommunications systems, including the knowledge of the theory associated with electric and magnetic fields, the design, implementation and maintenance of communication systems involving different means of transmission and explanation of the operating principles of circuits present in telecommunications systems.
It also allows the development of skills in terms of signal processing and interpretation of uncertainties inherent to the measurement processes of physical quantities.

SEC03 - 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 concerning integral calculus.

SEC11 - ECTS Describe the characteristics of semiconductors.
Distinguish P-type and N-type semiconductors.
Characterize the PN junction.
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.
Characterize the structure and functioning of the various
types of FET
Implement circuits with JFET, MOSFET
Implement basic circuits with AMPOPs

SEC06 - ECTS This course unit aims to provide students with the knowledge to carry out small projects on a microcontroller platform.

SEC08 - ECTS Teaching and practice of object-oriented programming concepts based on the JAVA language.
Give theoretical sequence to the course of Introduction to Programming developing a new programming paradigm.

SEC05 - ECTS The fundamental objective of the Computer Networks Curricular Unit is to provide students with basic knowledge in the area of Computer Networks.

Students will develop skills in carrying out structured network design, installation and maintenance of Local Computer Networks.

SEC15 - ECTS Theoretical, practical and laboratory study of the analog circuits used in the signal acquisition and processing chain. Sensors, Amplifiers, Filters, Analog-Digital and Digital-Analog Converters.

SEC12 - ECTS

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

SEC17 - ECTS This UC aims to provide students with knowledge for the design of complex electronic circuits. It is also intended to equip students with knowledge for the design and realization of printed circuit boards (PCBs).

SEC14 - ECTS The objective of this course is to provide students with knowledge about sensor networks, namely, architecture and protocols, typical applications, most used communication technologies and sensors and practical programming of network modules and the implementation of different topologies.

SEC16 - ECTS Introduce the student to the design and development of embedded systems
(standalone or in network), particularly those of real-time, with emphasis on those based upon multi-core microprocessors.
Understand the concepts involved in concurrent and parallel programming.
Use the Linux operating system in personal computers and single board computers, in C/C++.

SEC13 - ECTS