MSc: 2 years ( 120 ECTS units ) In the coming years, electrical engineering will drive technological developments with a deep social and economic impact. The potential associated with advanced computing, embedded sensor networks, cybernetic systems, robotics and nanotechnology will pave the way to new products and increasingly intelligent environments, strengthening the optimization of industrial processes. With the MSc in Electrical and Computer Engineering, ISEP specializes engineers to with advanced knowledge to analyse, develop, operate and monitor complex electronic systems. The course is geared towards innovation and technological entrepreneurship and provides four fields of expertise - Automation and Systems, Autonomous Systems, Systems and Industrial Planning, Telecommunications. The course has a flexible framework that allows students to design their own programme in order to best fit their professional interests. Throughout the Masters, students will learn about computer architecture, network management and interconnection, dynamic systems modelling and digital signal processing and develop project management skills. The final project can be developed in corporate or research environments. Recently, ISEP students defended studies related to the development of systems and products for the health, biotechnology, space, ocean and environment sectors, among others. Schedule Evening Schedule: Monday to Friday, 18:10-23:30. Partnerships In recent years, students developed their final project in companies like Salvador Caetano , Efacec , ANA – Aeroportos de Portugal , Continental , Schmitt+Sohn , Nonius , Evoleo Technologies , Swedwood Portugal and research groups such as GECAD and INESC TEC , among others.
1º Ano | ||
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Unidade curricular | Período | ECTS |
Technology and Embedded Systems Laboratory | 1st Semester | |
Computer Architecture (optional) | 1st Semester | |
Mobile Communications (optional) | 1st Semester | |
Power control (optional) | 1st Semester | |
Control of Autonomous Systems (optional) | 1st Semester | |
Control of Non-linear Systems (optional) | 1st Semester | |
Advanced Dynamics (optional) | 1st Semester | |
Applied Estimation (optional) | 1st Semester | |
Motion and Time Analysis (optional) | 1st Semester | |
Mathematic Foundations for Computing (optional) | 1st Semester | |
Multi-sensorial Information Fusion (optional) | 1st Semester | |
Artificial Intelligence and Planning (optional) | 1st Semester | |
Man-Computer Interaction (optional) | 1st Semester | |
Network Management and Interconnection (optional) | 1st Semester | |
Perception and Sensors (optional) | 1st Semester | |
Digital Signal Processing (optional) | 1st Semester | |
Project of Computer Based Control Systems (optional) | 1st Semester | |
Project of Navigation Systems (optional) | 1st Semester | |
Project of Embedded Systems (optional) | 1st Semester | |
Networks of Distibuted Sensors (optional) | 1st Semester | |
Industrial Robotics (optional) | 1st Semester | |
Mobile Robotics (optional) | 1st Semester | |
High Level Synthesis for Programmable Components (optional) | 1st Semester | |
Automotive Systems (optional) | 1st Semester | |
Discrete and Hybrid Systems (optional) | 1st Semester | |
Embedded Systems (optional) | 1st Semester | |
Flexible Manufacturing Systems (optional) | 1st Semester | |
Multi-Robot Systems (optional) | 1st Semester | |
Real Time Operating Systems (optional) | 1st Semester | |
Advanced Vision Topics for Robotics (optional) | 1st Semester | |
Mathematic Topics for Autonomous Systems (optional) | 1st Semester | |
Professional Training | 2st Semester | |
Robotic Systems Laboratory | 2st Semester | |
Power control (optional) | 2st Semester | |
Control of Autonomous Systems (optional) | 2st Semester | |
Control of Non-linear Systems (optional) | 2st Semester | |
Advanced Dynamics (optional) | 2st Semester | |
Applied Estimation (optional) | 2st Semester | |
Motion and Time Analysis (optional) | 2st Semester | |
Mathematic Foundations for Computing (optional) | 2st Semester | |
Multi-sensorial Information Fusion (optional) | 2st Semester | |
Artificial Intelligence and Planning (optional) | 2st Semester | |
Man-Computer Interaction (optional) | 2st Semester | |
Network Management and Interconnection (optional) | 2st Semester | |
Perception and Sensors (optional) | 2st Semester | |
Digital Signal Processing (optional) | 2st Semester | |
Project of Computer Based Control Systems (optional) | 2st Semester | |
Project of Navigation Systems (optional) | 2st Semester | |
Project of Embedded Systems (optional) | 2st Semester | |
Networks of Distibuted Sensors (optional) | 2st Semester | |
Mobile Robotics (optional) | 2st Semester | |
High Level Synthesis for Programmable Components (optional) | 2st Semester | |
Automotive Systems (optional) | 2st Semester | |
Discrete and Hybrid Systems (optional) | 2st Semester | |
Embedded Systems (optional) | 2st Semester | |
Flexible Manufacturing Systems (optional) | 2st Semester | |
Multi-Robot Systems (optional) | 2st Semester | |
Real Time Operating Systems (optional) | 2st Semester | |
Advanced Vision Topics for Robotics (optional) | 2st Semester | |
Mathematic Topics for Autonomous Systems (optional) | 2st Semester | |
2º Ano | ||
Unidade curricular | Período | ECTS |
Multi-Robot Systems Laboratory | 1st Semester | |
Erasmus Project/Internship | 1st Semester | |
Erasmus Project/Internship | 1st Semester | |
Erasmus Project/Internship | 1st Semester | |
Computer Architecture (optional) | 1st Semester | |
Motion and Time Analysis (optional) | 1st Semester | |
Multi-sensorial Information Fusion (optional) | 1st Semester | |
Project of Embedded Systems (optional) | 1st Semester | |
Industrial Robotics (optional) | 1st Semester | |
Automotive Systems (optional) | 1st Semester | |
Multi-Robot Systems (optional) | 1st Semester | |
Erasmus Project/Internship | 2st Semester | |
Erasmus Project/Internship | 2st Semester | |
Erasmus Project/Internship | 2st Semester | |
Thesis | Annual |