Campus Map

Official Code:	MB40
Acronym:	M.EEC
Description:	The Electrical and Computer Engineering (M.EEC) master's programme is designed to train engineers in the conceptualization and planning of electrical and computer systems. It provides students with advanced and specialized training in one of three well-established areas of electrical and computer engineering: Automation Engineering; Power Systems; Telecommunications, Electronics and Computers. Each specialization area represents a coherent training pathway corresponding to employability profiles recognized by the labour market. M.EEC starts with a set of curriculum units that are common to all students; additionally, groups of electives are offered to enable further study in a particular sub-area of the specialization.The programme consists of 120 ECTS credits, of which: 90 ECTS credits can be obtained a set  of study units. This set of units  leads to a Master's diploma (non-degree-awarding) in Electrical and Computer Engineering in one of 3 specializations: Automation Engineering; Power Systems; Telecommunications, Electronics and Computers. 30 ECTS credits that can be obtained from an original scientific thesis prepared specifically for this purpose. The programme places great emphasis on preparing students for conceptual and design tasks, both individually and as members of multidisciplinary teams. The programme also focus on the acquisition of soft skills and other transferable skills that are of utmost importance in today's society, including proactivity and the capacity for lifelong learning.

Application Deadlines and Vacancies

Edition	Calls for Application by Type	Scheme	VACANCIES	Deadlines
	Entrada em 2º ciclos de estudo	Admission - 2nd cycle of studies admission	14	2025-07-01 to 2025-08-13
1	Reingresso	Re-Admission	-	2025-06-02 to 2025-07-07
1	Reingresso	Re-Admission	-	2025-07-08 to 2025-08-13

Electric Power Stations, Substations and Networks

Decision, Optimization and Computacional Intelligence

Steady State Power System Analysis

Power Control Systems

Supervision, Control and Intelligent Power Systems

Transformers and Induction Machines

Electronics for Power Systems and Transportation

Systems Engineering

Synchronous Machines

Quality and Markets

Design of Power Distribution Networks

Electrical Transients in Power Systems

Design and Development of Electrical Project

Dissertation

Economics and Management

Wind and Solar Energy

Energy Management

Introduction to Research

Power System Operation

Design of Electrical Installations of Buildings

Energy Markets Economics and Regulation

High Voltage Systems

Forecasting

Dissertation

Embedded Computing Architectures

Industrial Communications

Software Design

Power Control Systems

Control and Systems

Machine Learning

Control and Optimization

Electronics for Power Systems and Transportation

Systems Engineering

Industrial Informatics

Robotics

Information Systems

Dissertation

Economics and Management

Operations Management

Introduction to Research

Electric Mobility

Perception and Mapping

Dynamic Programming and Learning for Decision and Control

Autonomous Systems

Dependable Systems

Renewable Energy Systems

Quality Management Systems

Enterprise Information Systems

Distributed Systems

Embedded Systems

Computer Vision

Dissertation

Machine Learning

Digital Communications

Radiofrequency Electronics

Electronics for Communications Systems

Digital Systems Design

Software Design

Coding of Multimedia Information

Mobile Communications

Systems Engineering

VLSI Circuit Design

Security of Systems and Networks

Computer Vision

Heterogeneous Systems Architectures

Optical Communications

Dissertation

Economics and Management

Introduction to Research

Design of Mixed-Signal Integrated Circuits

Telecommunications Networks

Radiocommunication Systems

Distributed Systems

Embedded Systems

Multimedia Systems

Dissertation