Master of science in Electrical Engineering

Size: px

Start display at page:

Download "Master of science in Electrical Engineering"

Roland Rice
6 years ago
Views:

MA-IREL DETAILED SHEET Master of science in Electrical Engineering This programme is taught in english.

They are capable of analysing and setting up complex industrial processes, i.e. measuring physical quantities for electricity and transporting it remotely, drawing up control algorithms, assessing

Their training means that they can contribute to meeting the challenge of supplying constant high-quality electrical energy and of finding the most rational way to use it.

1 MA-IREL DETAILED SHEET Master of science in Electrical Engineering This programme is taught in english. Programme objectives Electrical engineers trained at the ULB are well placed to respond to market needs from technical consultants, companies, administration departments and research centres. They are capable of analysing and setting up complex industrial processes, i.e. measuring physical quantities for electricity and transporting it remotely, drawing up control algorithms, assessing system failure risks and detecting them when they occur, creating humanmachine interfaces and measuring the impact of devices they create on other electrical systems and the environment. Their training means that they can contribute to meeting the challenge of supplying constant high-quality electrical energy and of finding the most rational way to use it. Electricity is also an information vector (for data, voice communication and image transfer) in industrial processes and in our daily lives and this information needs to be produced, processed and transported. Electrical engineers possess a solid grounding in areas related to their field, such as electrotechnics, automatic control, instrumentation, signal processing, microelectronics, telecommunications, real time information technology and mathematics. profil d'enseignement [ referentiels/201819/h/m-irele.pdf] Curriculum The Master is defined around 4 axes: Electronics and microelectronics Telecommunication Multimedia Automatic control the beginning of the second year of the master. Which also has an international dimension through a range of opportunities for students to go on Erasmus exchanges and good contact with the VUB. Teaching methods The pedagogical methods used encourage students to develop cross-cutting skills in project management, for example, the ability to work independently or as part of a team, and strong oral and written communication skills. International/Openness Numerous Erasmus possibilities This Master is part of Bruface (Master of Sc. in Electronics and Information Technology Engineering) Progression per curriculum unit The concept of a year of studies gives way to a system of accumulation of credits based on the student s individual programme. The cycle programme is offered in units of 60 credits. The units of 60 credits are proposed as an ideal course of study for students enrolled in this programme. Programme title: Master of science in Electrical Engineering Programme mnemonic: MA-IREL Studies level: Masters 120 credits Benefits of the training Learning language: The aim of the ULB's course in electrical engineering is to maintain as broad a programme as possible over four years and then to offer options enabling students to increase their knowledge of a more specific area.. A 12-week internship can be carried out at Schedule: Campus: Solbosch Page 1/11

2 Page 2/11

3 MA-IREL COURSES PROGRAMME Master of science in Electrical Engineering Bloc 1 Spécialisée Compulsory courses ELEC-H401 Modulation and coding Francois HORLIN (Coordinator) ELEC-H409 Digital architectures and design Dragomir MILOJEVIC (Coordinator) 4 credits [lecture: 12h, practical work: 36h] ELEC-H415 Communication channels Philippe DE DONCKER (Coordinator) 5 credits [lecture: 24h, tutorial classes: 36h, project: 12h] ELEC-H417 Communication networks : protocols and architectures Jean-Michel DRICOT (Coordinator) ELEC-H473 Analog electronics Piet WAMBACQ (Coordinator) ELEC-Y412 Microprocessor architecture Dragomir MILOJEVIC (Coordinator) 5 credits [lecture: 24h, practical work: 36h] ELEC-Y400 Image processing Adrian MUNTEANU (Coordinator) 5 credits [lecture: 24h, tutorial classes: 18h, practical work: 30h] ELEC-Y413 Signal theory Leo VAN BIESEN (Coordinator) 4 credits [lecture: 36h] ELEC-Y418 Sensors and Microsystem electronics Maarten Kuijk (Coordinator) 5 credits [lecture: 30h, tutorial classes: 30h] ELEC-Y430 Measurement and identification Yves ROLAIN (Coordinator), John LATAIRE and Johan Schoukens MATH-H407 Digital signal processing ELEC-Y503 Control system design Emanuele GARONE (Coordinator) 5 credits [lecture: 24h, tutorial classes: 12h, practical work: 24h] One course chosen from the following ELEC-Y404 Operating systems and security Martin TIMMERMAN (Coordinator) 4 credits [lecture: 12h] PROJ-H415 Project Electronics and Telecommunication Jean-Michel DRICOT (Coordinator) 4 credits [personal assignments: 96h] A choisir parmi : Projet scientifique Chef d'équipe CODEPO ECO Marathon Plydaire Page 3/11

4 MA-IREL COURSES PROGRAMME Master of science in Electrical Engineering Bloc 2 Spécialisée Tronc commun Master thesis MEMO-H503 Master thesis in Electrical Engineering Francois HORLIN (Coordinator) and Roger VOUNCKX 24 credits [personal assignments: 600h] Internship (elective) Up to one course chosen from the following STAG-H501 Internship (3 months) Frédéric ROBERT (Coordinator) 10 credits [personal assignments: 300h] STAG-H502 Internship (2 months) Lincy Pyl (Coordinator) 6 credits [personal assignments: 180h] An alternative chosen from the three following Option Nano, opto-electronics and Emedded Systems - Block 2 ELEC-H505 Advanced digital architecture Dragomir MILOJEVIC (Coordinator) 5 credits [lecture: 24h, practical work: 36h] ELEC-Y411 Nano and opto-electronic devices Johan STIENS (Coordinator) 5 credits [lecture: 24h, tutorial classes: 18h, project: 36h] ELEC-Y415 Software and engineering for embedded systems Martin TIMMERMAN (Coordinator) 5 credits [lecture: 20h, tutorial classes: 10h, project: 60h] ELEC-Y515 Semiconductor Technologies and Integrated Devices Roger VOUNCKX (Coordinator) 5 credits [lecture: 30h, practical work: 30h] ELEC-Y548 Photonics Francis BERGHMANS (Coordinator) 4 credits [lecture: 36h] or Option Information and Communication Technology Systems - Block 2 ELEC-H422 Wireless communication channels Philippe DE DONCKER (Coordinator) ELEC-H423 Mobile and wireless networks Jean-Michel DRICOT (Coordinator) ELEC-H522 Digital communications Francois HORLIN (Coordinator) Page 4/11

5 ELEC-Y512 Computer vision HICHEM SAHLI (Coordinator) 4 credits [lecture: 18h, tutorial classes: 12h, project: 36h] ELEC-Y591 Machine Learning and Big Data Processing Adrian MUNTEANU (Coordinator) 5 credits [lecture: 24h, tutorial classes: 18h, project: 30h] INFO-Y093 Image and video technology Peter SCHELKENS (Coordinator) 3 credits [lecture: 15h, tutorial classes: 30h] or Option Measuring, Modeling, and Control - Block 2 ELEC-H509 Optimization-based control design Emanuele GARONE (Coordinator) ELEC-Y414 Yves ROLAIN (Coordinator) 6 credits [lecture: 42h, practical work: 30h] ELEC-Y416 Advanced measurement and Identification Johan Schoukens (Coordinator), John LATAIRE and Yves ROLAIN ELEC-Y417 Measuring and Modelling on Nonlinear Systems Johan Schoukens (Coordinator) 3 credits [lecture: 18h, project: 42h] ELEC-Y513 Identification of dynamical systems Rik PINTELON (Coordinator) 4 credits [lecture: 18h, tutorial classes: 48h, practical work: 36h] MATH-H503 Fault detection and isolation in industrial processes Michel KINNAERT (Coordinator) 3 credits [lecture: 18h, practical work: 18h] Elective courses (for ALL options) - Block 2 2 to 6 credits chosen from the following ELEC-H504 Network Security Jean-Michel DRICOT (Coordinator) and Charles CUVELLIEZ 3 credits [lecture: 24h, practical work: 12h] ELEC-H507 Photonic communication systems Philippe EMPLIT (Coordinator) and Simon-Pierre GORZA 5 credits [lecture: 36h, tutorial classes: 24h] ELEC-Y514 Laboratories in Photonics Research Heidi OTTEVAERE (Coordinator) 6 credits [practical work: 96h] ELEC-Y525 Technological processes for photonics and electronics: Laboratory Johan STIENS (Coordinator) 4 credits [tutorial classes: 32h, project: 46h] ELEC-Y521 Lasers 4 credits [lecture: 36h, practical work: 12h] ELEC-Y519 Advanced control theory Rik PINTELON (Coordinator) and 4 credits [lecture: 24h, tutorial classes: 24h] ELEC-Y516 Spectrum Estimation Methods Werner VERHELST (Coordinator) 3 credits [lecture: 24h, practical work: 12h] Page 5/11

6 ELEC-Y531 Physical Communication Leo VAN BIESEN (Coordinator) 6 credits [lecture: 30h, practical work: 60h] ELEC-Y532 Telecommunication Networks Marnix GOOSSENS (Coordinator) ELEC-Y535 Capita Selecta Telecom Leo VAN BIESEN (Coordinator) ELEC-Y538 RF/Microwave design techniques: from datasheet to product Yves ROLAIN (Coordinator) 4 credits [lecture: 18h, practical work: 36h] ELEC-Y540 Multiprocessors and Reconfigurable Architectures Abdellah TOUHAFI (Coordinator) 3 credits [lecture: 18h, practical work: 18h] ELEC-Y542 Capita selecta multimedia Peter SCHELKENS (Coordinator) PHYS-Y016 Voice, image coding, media and systems Leo VAN BIESEN (Coordinator) 6 credits [lecture: 42h, tutorial classes: 18h] INFO-Y098 Virtual Reality Gauthier LAFRUIT (Coordinator) 5 credits [lecture: 24h, practical work: 24h] INFO-Y095 Pattern recognition and image analysis Olivier DEBEIR (Coordinator) and Christine DECAESTECKER INFO-H502 Information, Coding, Computing and Complexity Theory Nicolas CERF (Coordinator), Jérémie ROLAND and Stijn VANSUMMEREN 5 credits [lecture: 48h, tutorial classes: 12h] INFO-H501 Entrepreneurship Nikolay DENTCHEV (Coordinator) 3 credits [lecture: 15h, tutorial classes: 9h] INFO-H422 Introduction to entrepreneurship Judith BEHRENS (Coordinator) 5 credits [lecture: 24h, tutorial classes: 24h] GEST-Y500 Cryptography Ann DOOMS (Coordinator) 3 credits [lecture: 18h, practical work: 24h] GEST-S421 Industrial Measurement Environments Leo VAN BIESEN (Coordinator) 4 credits [lecture: 30h, practical work: 12h] ELEC-Y546 CAE-tools for the Design of Analog Electronic Circuits 4 credits [lecture: 18h, practical work: 36h] ELEC-Y543 Project Electronics and IT-Engineering 3 credits [practical work: 36h] ELEC-Y541 Optical materials Jan DANCKAERT (Coordinator) 6 credits [lecture: 30h, tutorial classes: 30h] Other courses One course chosen from the following 1 credit 2 credits Page 6/11

7 3 credits 4 credits 5 credits 6 credits Page 7/11

8 MA-IREL COURSES PROGRAMME Master of science in Electrical Engineering Bloc P Spécialisée Compulsory courses ELEC-H401 Modulation and coding Francois HORLIN (Coordinator) ELEC-H409 Digital architectures and design Dragomir MILOJEVIC (Coordinator) 4 credits [lecture: 12h, practical work: 36h] ELEC-H415 Communication channels Philippe DE DONCKER (Coordinator) 5 credits [lecture: 24h, tutorial classes: 36h, project: 12h] ELEC-H417 Communication networks : protocols and architectures Jean-Michel DRICOT (Coordinator) ELEC-H473 Analog electronics Piet WAMBACQ (Coordinator) ELEC-Y412 Microprocessor architecture Dragomir MILOJEVIC (Coordinator) 5 credits [lecture: 24h, practical work: 36h] ELEC-Y400 Image processing Adrian MUNTEANU (Coordinator) 5 credits [lecture: 24h, tutorial classes: 18h, practical work: 30h] ELEC-Y413 Signal theory Leo VAN BIESEN (Coordinator) 4 credits [lecture: 36h] ELEC-Y418 Sensors and Microsystem electronics Maarten Kuijk (Coordinator) 5 credits [lecture: 30h, tutorial classes: 30h] ELEC-Y430 Measurement and identification Yves ROLAIN (Coordinator), John LATAIRE and Johan Schoukens MATH-H407 Digital signal processing ELEC-Y503 Control system design Emanuele GARONE (Coordinator) 5 credits [lecture: 24h, tutorial classes: 12h, practical work: 24h] One course chosen from the following ELEC-Y404 Operating systems and security Martin TIMMERMAN (Coordinator) 4 credits [lecture: 12h] PROJ-H415 Project Electronics and Telecommunication Jean-Michel DRICOT (Coordinator) 4 credits [personal assignments: 96h] A choisir parmi : Projet scientifique Chef d'équipe CODEPO ECO Marathon Plydaire Page 8/11

9 Tronc commun Master thesis MEMO-H503 Master thesis in Electrical Engineering Francois HORLIN (Coordinator) and Roger VOUNCKX 24 credits [personal assignments: 600h] Internship (elective) Up to one course chosen from the following STAG-H501 Internship (3 months) Frédéric ROBERT (Coordinator) 10 credits [personal assignments: 300h] STAG-H502 Internship (2 months) Lincy Pyl (Coordinator) 6 credits [personal assignments: 180h] An alternative chosen from the three following Option Nano, opto-electronics and Emedded Systems - Block 2 ELEC-H505 Advanced digital architecture Dragomir MILOJEVIC (Coordinator) 5 credits [lecture: 24h, practical work: 36h] ELEC-Y411 Nano and opto-electronic devices Johan STIENS (Coordinator) 5 credits [lecture: 24h, tutorial classes: 18h, project: 36h] ELEC-Y415 Software and engineering for embedded systems Martin TIMMERMAN (Coordinator) 5 credits [lecture: 20h, tutorial classes: 10h, project: 60h] ELEC-Y515 Semiconductor Technologies and Integrated Devices Roger VOUNCKX (Coordinator) 5 credits [lecture: 30h, practical work: 30h] ELEC-Y548 Photonics Francis BERGHMANS (Coordinator) 4 credits [lecture: 36h] or Option Information and Communication Technology Systems - Block 2 ELEC-H422 Wireless communication channels Philippe DE DONCKER (Coordinator) ELEC-H423 Mobile and wireless networks Jean-Michel DRICOT (Coordinator) ELEC-H522 Digital communications Francois HORLIN (Coordinator) ELEC-Y512 Computer vision HICHEM SAHLI (Coordinator) 4 credits [lecture: 18h, tutorial classes: 12h, project: 36h] ELEC-Y591 Machine Learning and Big Data Processing Adrian MUNTEANU (Coordinator) 5 credits [lecture: 24h, tutorial classes: 18h, project: 30h] INFO-Y093 Image and video technology Peter SCHELKENS (Coordinator) 3 credits [lecture: 15h, tutorial classes: 30h] or Page 9/11

10 Option Measuring, Modeling, and Control - Block 2 ELEC-H509 Optimization-based control design Emanuele GARONE (Coordinator) ELEC-Y414 Yves ROLAIN (Coordinator) 6 credits [lecture: 42h, practical work: 30h] ELEC-Y416 Advanced measurement and Identification Johan Schoukens (Coordinator), John LATAIRE and Yves ROLAIN ELEC-Y417 Measuring and Modelling on Nonlinear Systems Johan Schoukens (Coordinator) 3 credits [lecture: 18h, project: 42h] ELEC-Y513 Identification of dynamical systems Rik PINTELON (Coordinator) 4 credits [lecture: 18h, tutorial classes: 48h, practical work: 36h] MATH-H503 Fault detection and isolation in industrial processes Michel KINNAERT (Coordinator) 3 credits [lecture: 18h, practical work: 18h] Elective courses (for ALL options) - Block 2 2 to 6 credits chosen from the following ELEC-H504 Network Security Jean-Michel DRICOT (Coordinator) and Charles CUVELLIEZ 3 credits [lecture: 24h, practical work: 12h] ELEC-H507 Photonic communication systems Philippe EMPLIT (Coordinator) and Simon-Pierre GORZA 5 credits [lecture: 36h, tutorial classes: 24h] ELEC-Y514 Spectrum Estimation Methods Werner VERHELST (Coordinator) 3 credits [lecture: 24h, practical work: 12h] ELEC-Y531 Capita Selecta Telecom Leo VAN BIESEN (Coordinator) ELEC-Y538 RF/Microwave design techniques: from datasheet to product Yves ROLAIN (Coordinator) 4 credits [lecture: 18h, practical work: 36h] ELEC-Y540 Telecommunication Networks Marnix GOOSSENS (Coordinator) ELEC-Y535 Physical Communication Leo VAN BIESEN (Coordinator) 6 credits [lecture: 30h, practical work: 60h] ELEC-Y532 Laboratories in Photonics Research Heidi OTTEVAERE (Coordinator) 6 credits [practical work: 96h] ELEC-Y525 Technological processes for photonics and electronics: Laboratory Johan STIENS (Coordinator) 4 credits [tutorial classes: 32h, project: 46h] ELEC-Y521 Lasers 4 credits [lecture: 36h, practical work: 12h] ELEC-Y519 Advanced control theory Rik PINTELON (Coordinator) and 4 credits [lecture: 24h, tutorial classes: 24h] ELEC-Y516 Project Electronics and IT-Engineering 3 credits [practical work: 36h] Page 10/11

11 ELEC-Y541 Multiprocessors and Reconfigurable Architectures Abdellah TOUHAFI (Coordinator) 3 credits [lecture: 18h, practical work: 18h] ELEC-Y542 CAE-tools for the Design of Analog Electronic Circuits 4 credits [lecture: 18h, practical work: 36h] ELEC-Y543 Capita selecta multimedia Peter SCHELKENS (Coordinator) PHYS-Y016 Voice, image coding, media and systems Leo VAN BIESEN (Coordinator) 6 credits [lecture: 42h, tutorial classes: 18h] INFO-Y098 Virtual Reality Gauthier LAFRUIT (Coordinator) 5 credits [lecture: 24h, practical work: 24h] INFO-Y095 Pattern recognition and image analysis Olivier DEBEIR (Coordinator) and Christine DECAESTECKER INFO-H502 Information, Coding, Computing and Complexity Theory Nicolas CERF (Coordinator), Jérémie ROLAND and Stijn VANSUMMEREN 5 credits [lecture: 48h, tutorial classes: 12h] INFO-H501 Entrepreneurship Nikolay DENTCHEV (Coordinator) 3 credits [lecture: 15h, tutorial classes: 9h] INFO-H422 Introduction to entrepreneurship Judith BEHRENS (Coordinator) 5 credits [lecture: 24h, tutorial classes: 24h] GEST-Y500 Cryptography Ann DOOMS (Coordinator) 3 credits [lecture: 18h, practical work: 24h] GEST-S421 Industrial Measurement Environments Leo VAN BIESEN (Coordinator) 4 credits [lecture: 30h, practical work: 12h] ELEC-Y546 Optical materials Jan DANCKAERT (Coordinator) 6 credits [lecture: 30h, tutorial classes: 30h] Other courses One course chosen from the following 1 credit 2 credits 5 credits 4 credits 3 credits 6 credits Page 11/11

The ECE Curriculum. Prof. Bruce H. Krogh Associate Dept. Head.

The ECE Curriculum. Prof. Bruce H. Krogh Associate Dept. Head. The ECE Curriculum Prof. Bruce H. Krogh Associate Dept. Head krogh@ece.cmu.edu 1 Freshman year ECE Core Courses 18-100 Introduction to Electrical and Computer Engineering physical devices analog circuits