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Electrical and Computer Engineering

Dados Gerais

Código Oficial: 9112
Sigla: EEC

Diplomas

  • Licenciatura em Engenharia Eletrotécnica e de Computadores - Ramo de Eletrónica e Computadores (180 Créditos ECTS)
  • Licenciatura em Engenharia Eletrotécnica e de Computadores - Ramo em Mobilidade Elétrica e Energias Renováveis (180 Créditos ECTS)

Unidades Curriculares

Organizational Behavior and Teams Management

LEEC11106 - ECTS

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

Electrotechnics I

LEEC11104 - ECTS This course aims to provide students with a solid, rigorous, coherent and scientifically sound basis for the core engineering science of electrical engineering. Promote the critical and creative spirit that will allow students to follow the subjects of subsequent units. Training in the analysis of linear electrical circuits, so that they have the ability to apply the basic laws of electricity theory to direct current circuits and resistive alternating current circuits. The theoretical-practical teaching is complemented by the realization of laboratory works.

Introduction to Electrical Engineering

LEEC11107 - ECTS

The aim is to develop several competences:
- Promote techniques and strategies which allow the student to come to an effective organisation of studying and time;
- Develop to work autonomously and as a member of a team;
- Acquire research methods and techniques, register and handling of information;
> At the level of cognitive competences, the student should:
   - Develop competences which allow him/her to manage studying successfully
> At the level of communicative competences (mother tongue) the student should:
   - Use communication and presentation techniques effectively, resorting to visual aid (PowerPoint).
At the level of Electrical Engineering knowledge aims to develop the following skills:
-Knowledge of the various functions of the Electrical Engineer
-Knowledge of the first electrical concepts
-Using some equipment for measuring and recording electrical quantities

Introduction to Programming

LEEC11103 - ECTS
  • Understanding basic concepts and principles of computer operation.
  • Development of logical and formal thinking skills for complex problems analysis.
  • Understanding of conceptual foundations related to computer programming:
    • Understanding the general principles of software engineering;
    • Understanding the central role of Algorithm
    • Ability to code (implement) algorithms in programming languages.

Mathematics I

LEEC11101 - ECTS
The aim of the Mathematics I curricular unit is to provide students the basic mathematical knowledge referred to in the syllabus of the curricular unit and necessary for their training as Higher Technicians or Engineers.

Mechanics

LEEC11105 - 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.

Electronics I

LEEC21113 - ECTS
Enumerate the concept of semiconductor material; Point out the differences between intrinsic and extrinsic semiconductor material; Understand the conduction process in the various diodes (rectifier, light emitter and zener); Understand the avalanche process in the zener diode; Question and interpret the conduction states in the rectifier diode, light emitting diode and zener diode; Understand the difference between conventional and real sense of an electric current; Know the symbology associated with the different diodes; Analyze circuits with rectifier diodes, LED and zener; Apply the different conduction models associated with diodes; Understand the constitution of the Bipolar Junction Transistor (TBJ)/Metal Oxide Semiconductor (MOSFET); Identify the TBJ/MOSFET symbology; Distinguish NPN from PNP transistor;
Distinguish N-channel from P-channel MOSFET transistor; Understand how the enrichment and depletion MOSFET works; Identify and analyze the MOSFET models for the different modes of operation; Understand the driving process in the TBJ/MOSFET; Identify and understand the TBJ/MOSFET operating modes; Identify the main assemblies of a transistor (TBJ/MOSFET) and their polarization meshes; Evaluate the transistor (TBJ/MOSFET) as a switch/amplifier element; Identify, understand and interpret the main characteristic curves of the TBJ/MOSFET; Evaluate the resting point of operation of the TBJ/MOSFET; Understand the temperature compensation effect in the common emitter assembly; Identify and understand the function of coupling and contour capacitors; Design polarization meshes in common emitter/common source configuration; Analyze low complexity electronic circuits; Simulate low complexity electronic circuits; Interpret and understand the function of coupling and contour capacitors in low-complexity assemblies; Locate the presence of coupling and bypass capacitors in an electronic amplifier circuit; Assemble, test and experiment with low-complexity electronic circuits; Interpret the model for small signals in the medium frequencies of the TBJ/MOSFET transistor; Apply the small signal model in different assemblies with the TBJ/MOSFET transistor; Simulate and test the TBJ/MOSFET transistor for small signals at medium frequencies;.

Electrotechnics II

LEEC12108 - ECTS This course aims to provide basic training in electromagnetism and alternating current electrical circuits, which is transversal to various specialties in Electrical and Computer Engineering. It also provides students with sufficient skills to formulate methodologies for analyzing alternating current circuits, solve operating equations in the time and frequency domains, determine the corresponding electric voltages and currents, and analyze three-phase systems. The theoretical-practical teaching is complemented by laboratory work.

Mathematics II

LEEC12106 - ECTS

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

Digital Systems I

LEEC12110 - ECTS At a theorethical level, this curricular unit provides the students with the fundamental knowledge in digital systems as well as its control with sinchronous state machines.
At a laboratorial level, this unit introduces the students to breadboarding techniques and provides knowledge about the most common TTL and CMOS componentes. Another objective is for the students to try the programmable logic design and circuit simulation software, as well as to develop the ability to synthesize and analize digital circuits (especially for malfunction detection and correction). Finally, this curricular unit intends to initiate the students in the autonomous project development.

Apllied Mathematics

LEEC21111 - ECTS
The objective of Matemática Aplicada is to learn key areas of mathematics that are necessary for understanding, modeling, predicting, identify and solve problems of general engineering and mechanical engineering in particular, providing powerful tools for a less elementary approach on the curricular units in engineering courses.

Control

LEEC22116 - ECTS Develop in students the ability to:
  1. Understand the differences between open and closed loop systems, model and identify the various components that can make up a chain of control.
  2. Analyze and characterize systems, based on their time and frequency response.
  3. Understand the notions of absolute/relative stability.
  4. Analyze systems and design controllers, using the design method based on the Geometric Place of Roots, as well as identifying the most appropriate method in view of the intended specifications for each system.
  5. Understand the basic control actions: Proportional (P), Integral (I) and Derivative (D) and their influence on the performance and stability of a control chain.
  6. Know how to use the Matlab/Simulink program to analyze and design control systems.

Probability and Statistics

LEEC22117 - 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

Innovation and Entrepreneurship

LEEC32164 - 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.

Introduction to Business Management

LEEC32163 - ECTS

To 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.

 

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