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Core courses for the Master's degree in Electrical Engineering [32.0]
FR
q1+q2 25 credits
EN
q1 22.5h+22.5h 5 creditsTeacher(s):
> David Bol (coord.)
> Laurent Jacques
> Jérôme Louveaux
> François-Xavier Standaert
David Bol (coord.)
LEPL2020 Professional integration work« Les modules du cours LEPL2020 sont organisés sur les deux blocs annuels du master. Il est fortement recommandé à l’étudiant.e de les suivre dès le bloc annuel 1, mais il.elle ne pourra inscrire le cours que dans son programme de bloc annuel 2.EN
q1+q2 30h+15h 2 creditsTeacher(s):
> Myriam Banaï
> Francesco Contino (coord.)
> Delphine Ducarme
> Jean-Pierre Raskin
Myriam Banaï
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Professional Focus [30.0]Content:Compulsory courses (20 credits)LELEC2531 Electronic digital systemsLELEC2795 Communication systems
EN
q1 30h+30h 5 creditsTeacher(s):
> Jérôme Louveaux
> Claude Oestges (coord.)
> Charles Wiame (compensates Luc Vandendorpe)
Jérôme Louveaux
EN
q2 22.5h+22.5h 5 creditsTeacher(s):
> David Bol (coord.)
> Laurent Jacques
> Jérôme Louveaux
> François-Xavier Standaert
David Bol (coord.)
LELEC2900 Signal processingEN
q2 30h+30h 5 creditsTeacher(s):
> Laurent Jacques
> Luc Vandendorpe
Laurent Jacques
Elective courses (10 credits)Les étudiant·e·s choisissent obligatoirement 2 cours parmi les 3 cours suivants (le cours ci-dessous qui n'aurait pas été choisi dans le cadre de la finalité peut être suivi en option parmi les cours au choix disciplinaires) :
LELEC2520 Electrical power systemsLELEC2910 Antennas and propagationEN
q1 30h+30h 5 creditsTeacher(s):
> Christophe Craeye (coord.)
> Claude Oestges
Christophe Craeye (coord.)
LELEC2330 Opto-electronic and power devicesEN
q1 30h+30h 5 creditsTeacher(s):
> Denis Flandre
> Laurent Francis (coord.)
Denis Flandre
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Options
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Majors in electrical engineering
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Major in electrotechnics and electrical energy
The objective of this major is to provide students with knowledge in electromechanics and control. At the end of this major, the students will have acquired a basic training in power electronics and electrical energy networks. They will master the main aspects related to the use of electricity as an energy vector.
Maximum 30 credit(s)Content:Compulsory courses in electrotechnics and electrical energy (5 credits)LELEC2660 Power electronicsElective courses in electrotechnics and electrical energyEN
q1 30h+30h 5 creditsTeacher(s):
> Emmanuel De Jaeger
> Bruno Dehez
Emmanuel De Jaeger
LELME2311 Physics of Electromechanical ConvertersLENVI2007 Renewable energy sourcesEN
q1 45h+15h 5 creditsTeacher(s):
> Emmanuel De Jaeger
> Patrick Gerin (coord.)
> Hervé Jeanmart
Emmanuel De Jaeger
LELEC2811 Instrumentation and sensorsEN
q1 30h+30h 5 creditsTeacher(s):
> David Bol (coord.)
> Laurent Francis
David Bol (coord.)
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Major in communication systems
The objectives of the telecommunications major are: Present the general organisation of communication networks and systems (wired or wireless) Present communications from the framework of information theory covering data compression (source-coding) and replication (channel coding) Present the different elements of modern modems, as well as systematic design methods for detection blocks and required estimates Offer a range of design tools for modems and systems Through this major, students will master important concepts about IP networks, GSM, UMTS and DSL access networks as well as new communications methods.
Maximum 30 credit(s)Content:Compulsory courses in communication systemsThe student shall select at least 15 credits among:
LELEC2880 Estimation and communication theoryEN
q2 30h+30h 5 creditsTeacher(s):
> Jérôme Louveaux (coord.)
> Luc Vandendorpe
Jérôme Louveaux (coord.)
LELEC2796 Wireless communicationsEN
q1 30h+30h 5 creditsTeacher(s):
> Claude Oestges (coord.)
> Charles Wiame (compensates Luc Vandendorpe)
Claude Oestges (coord.)
LELEC2350 Electromagnetic wavesEN
q2 30h+30h 5 creditsTeacher(s):
> Christophe Craeye
> Dimitri Lederer
Christophe Craeye
LELEC2920 Communication networksLINGI2348 Information theory and codingEN
q2 30h+15h 5 creditsTeacher(s):
> Jérôme Louveaux
> Benoît Macq
> Olivier Pereira
Jérôme Louveaux
Elective courses in communication systemsEN
q2 30h 3 creditsTeacher(s):
> Denis Flandre
> Isabelle Huynen
> Jérôme Louveaux
Denis Flandre
LINFO2146 Mobile and Embedded ComputingLINMA1702 Optimization models and methods I -
Major in information and signal processing
The objective of this major is to provide students with new tools used to understand graphs, discrete mathematics, matrices, and optimisation. For example, students may use these tools when solving communication problems, analysing and recognising data and signals, cryptography and system identification.
Maximum 30 credit(s)Content:Compulsory courses in information and signal processingLELEC2885 Image processing and computer visionEN
q1 30h+30h 5 creditsTeacher(s):
> Christophe De Vleeschouwer (coord.)
> Laurent Jacques
Christophe De Vleeschouwer (coord.)
LINGI2348 Information theory and codingEN
q2 30h+15h 5 creditsTeacher(s):
> Jérôme Louveaux
> Benoît Macq
> Olivier Pereira
Jérôme Louveaux
LINMA1510 Linear ControlElective courses in information and signal processingLELEC2880 Estimation and communication theoryEN
q2 30h+30h 5 creditsTeacher(s):
> Jérôme Louveaux (coord.)
> Luc Vandendorpe
Jérôme Louveaux (coord.)
LGBIO2050 Medical ImagingEN
q1 30h+30h 5 creditsTeacher(s):
> Greet Kerckhofs
> John Lee
> Benoît Macq
> Frank Peeters
Greet Kerckhofs
FR
q1 30h+22.5h 5 creditsTeacher(s):
> Vincent Blondel
> Jean-Charles Delvenne
Vincent Blondel
LINMA1702 Optimization models and methods IEN
q1 30h+22.5h 5 creditsTeacher(s):
> Jean-Charles Delvenne
> Jean-Charles Delvenne (compensates Vincent Blondel)
Jean-Charles Delvenne
LINMA2380 Matrix computationsLINMA2875 System IdentificationEN
q2 30h+30h 5 creditsTeacher(s):
John Lataire
John Lataire
LMAT2450 Cryptography -
Major in electronic circuits and systems
The objective of the major in circuits and electronics systems (which it shares with oteco Master’s degree programmes in electrical engineering) is to introduce students to techniques of system design, computer simulation, manufacturing and experimental classification of electronic circuit components both numerical and analogue as well as the mixed systems associated with these components. Emphasis is placed on the practical applications necessary to carry out projects.
Maximum 30 credit(s)Content:Compulsory course in electronic circuits and systemsLELEC2532 Electronic analog systemsEN
q2 30h+30h 5 creditsTeacher(s):
> David Bol
> Denis Flandre (coord.)
David Bol
Elective courses in electronic circuits and systemsLELEC2541 Advanced TransistorsEN
q2 30h+22.5h 5 creditsTeacher(s):
> Denis Flandre
> Benoît Hackens
> Jean-Pierre Raskin
Denis Flandre
LELEC2570 Synthesis of digital integrated circuitsEN
q2 30h+30h 5 creditsTeacher(s):
> Christophe Craeye
> Dimitri Lederer
Christophe Craeye
EN
q2 30h 3 creditsTeacher(s):
> Denis Flandre
> Isabelle Huynen
> Jérôme Louveaux
Denis Flandre
LELEC2650 Synthesis of analog integrated circuitsLELEC2660 Power electronicsLELEC2700 MicrowavesLELEC2760 Secure electronic circuits and systemsLELEC2811 Instrumentation and sensorsEN
q1 30h+30h 5 creditsTeacher(s):
> David Bol (coord.)
> Laurent Francis
David Bol (coord.)
LGBIO2020 BioinstrumentationEN
q1 30h+30h 5 creditsTeacher(s):
> André Mouraux
> Michel Verleysen
André Mouraux
LINFO2315 Design of Embedded and real-time systems -
Major in cryptography and information security
As with most of the oteco Master’s degree programmes in electrical engineering, computer science and applied mathematics, this major provides students with the knowledge to answer questions about information security with algorithms and mathematics as well as design and solve problems in the context of electronic circuits and information systems.
Maximum 30 credit(s)Content:Elective coursesIn order to validate this option INFO and MAP students have to take at least 20 credits and the ELEC, DATE and DATI students have to take at least 15 credits among:
LELEC2760 Secure electronic circuits and systemsLINFO2144 Secured systems engineeringLINFO2347 Computer system securityLINGI2348 Information theory and codingEN
q2 30h+15h 5 creditsTeacher(s):
> Jérôme Louveaux
> Benoît Macq
> Olivier Pereira
Jérôme Louveaux
LMAT2440 Number theoryFR
q1 30h+15h 5 creditsTeacher(s):
> Olivier Pereira
> Jean-Pierre Tignol
Olivier Pereira
LMAT2450 CryptographyLELEC2770 Privacy Enhancing technologyEN
q1 30h+30h 5 creditsTeacher(s):
> Olivier Pereira (coord.)
> François-Xavier Standaert
Olivier Pereira (coord.)
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Major in advanced electronic materials and devicesMaximum 30 credit(s)Content:Compulsory courses in advanced electronic materials and devicesStudent choose at least 5 credits among:
LELEC2541 Advanced TransistorsEN
q2 30h+22.5h 5 creditsTeacher(s):
> Denis Flandre
> Benoît Hackens
> Jean-Pierre Raskin
Denis Flandre
LELEC2550 Special electronic devicesLELEC2700 MicrowavesLELEC2895 Design of micro and nanosystemsElective courses in advanced electronic materials and devicesLELEC2560 Micro and Nanofabrication TechniquesEN
q2 30h+30h 5 creditsTeacher(s):
> Laurent Francis (coord.)
> Benoît Hackens
> Jean-Pierre Raskin
Laurent Francis (coord.)
EN
q2 30h+30h 5 creditsTeacher(s):
> Christophe Craeye
> Dimitri Lederer
Christophe Craeye
LELEC2710 NanoelectronicsEN
q1 30h+30h 5 creditsTeacher(s):
> Vincent Bayot (coord.)
> Benoît Hackens
Vincent Bayot (coord.)
LELEC2811 Instrumentation and sensorsEN
q1 30h+30h 5 creditsTeacher(s):
> David Bol (coord.)
> Laurent Francis
David Bol (coord.)
LMAPR2015 Physics of NanostructuresEN
q1 37.5h+22.5h 5 creditsTeacher(s):
> Jean-Christophe Charlier (coord.)
> Xavier Gonze
> Luc Piraux
Jean-Christophe Charlier (coord.)
LMAPR2020 Materials SelectionEN
q2 30h+22.5h 5 creditsTeacher(s):
> Pierre Bollen (compensates Thomas Pardoen)
> Bernard Nysten
Pierre Bollen (compensates Thomas Pardoen)
LMECA2300 Advanced Numerical MethodsEN
q2 30h+30h 5 creditsTeacher(s):
> Philippe Chatelain
> Christophe Craeye (coord.)
> Vincent Legat
> Jean-François Remacle
Philippe Chatelain
LPHYS2143 Optics and lasersLPHYS2303 Cryophysics and vacuum physicsEN
q1 30h+15h 5 creditsTeacher(s):
> Vincent Bayot
> Benoît Hackens
> Sorin Melinte
Vincent Bayot
LELEC2350 Electromagnetic wavesEN
q2 30h+30h 5 creditsTeacher(s):
> Christophe Craeye
> Dimitri Lederer
Christophe Craeye
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Disciplinary electives coursesContent:LELEC2520 Electrical power systemsLELEC2910 Antennas and propagation
EN
q1 30h+30h 5 creditsTeacher(s):
> Christophe Craeye (coord.)
> Claude Oestges
Christophe Craeye (coord.)
LELEC2330 Opto-electronic and power devicesEN
q1 30h+30h 5 creditsTeacher(s):
> Denis Flandre
> Laurent Francis (coord.)
Denis Flandre
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Options et cours au choix en connaissances socio-économiques
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Business risks and opportunities
This major is not available in English and may not be taken at the same time as the major « Interdisciplinary program in entrepreneurship – CPME ».
Content:LEPL2211 Business issues introductionLEPL2212 Financial performance indicatorsLEPL2214 Law, Regulation and Legal ContextFR
q1 30h+5h 4 creditsTeacher(s):
> Vincent Cassiers
> Werner Derycke (coord.)
> Bénédicte Inghels
Vincent Cassiers
One course between
From 3 to 5credit(s)LEPL2210 Ethics and ICTCours de fondements en marketingLes cours MLSMM2136 Tendances en Digital Marketing Ou MLSMM2134 E-comportement du consommateur sont optionnels suite à la réussite du cours MGEST1220 lors du premier bloc annuel.
MGEST1220 MarketingMLSMM2136 Trends in Digital MarketingMLSMM2134 e-Consumer BehaviorAlternative to the major in business risks and opportunities for computer science studentsComputer science students who have already taken courses in this field while pursuing their Bachelor's degree may choose between 16-20 credits from the courses offered in the management minor for computer sciences.
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Major in small and medium sized business creation
In keeping with most of the EPL Masters’ degrees, the goal of this major is to familiarize the student with the specifics of entrepreneurship and business development in order to develop the necessary abilities, knowledge and tools to create a business. It is a truly interdisciplinary initiative where students from different faculties are brought togeteco in cross-disciplinary teams to create an entrepreneurial project.
The Interdisciplinary program in entrepreneurship (CPME) is spread over two years and is integrated into more than 30 Masters (9 faculties). The program includes a collective and interdisciplinary master thesis focused on an entrepreneurial project (start-up or spin-off) and realized in teams of 3 to 4 students from 3 to 4 different faculties. The access is reserved for a small number of students by a selection procedure. Additional information may be found at www.uclouvain.be/cpme.
Content:Required courses for the major in small and medium sized businessesLCPME2001 Théorie de l'entrepreneuriatLCPME2003 Plan d'affaires et étapes-clefs de la création d'entrepriseLes séances du cours LCPME2003 sont réparties sur les deux blocs annuels du master. L'étudiant doit les suivre dès le bloc annuel 1, mais ne pourra inscrire le cours que dans son programme de bloc annuel 2.
Prerequisite CPME coursesStudent who have not taken management courses during their previous studies must enroll in LCPME2000.
LCPME2000 Financer et gérer son projet IFR
q1 30h+15h 5 creditsTeacher(s):
> Yves De Rongé
> Olivier Giacomin
Yves De Rongé
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Cours au choix en connaissances socio-économiquesMinimum 3 credit(s)Content:LEPL2211 Business issues introductionLFSA2995 Company Internship
FR
q1+q2 30h 10 creditsTeacher(s):
> Dimitri Lederer
> Jean-Pierre Raskin
Dimitri Lederer
LFSA2212 Innovation classesEN
q1 30h+15h 5 creditsTeacher(s):
> Benoît Macq
> Jean-Pierre Raskin
> Benoît Raucent
Benoît Macq
EN
q2 30h 3 creditsTeacher(s):
> Denis Flandre
> Isabelle Huynen
> Jérôme Louveaux
Denis Flandre
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Oteco elective courses
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Oteco elective coursesContent:Les étudiants peuvent également inscrire à leur programme tout cours faisant partie des programmes d'autres masters de l'EPL moyennant l'approbation du jury restreint.
LanguagesStudents may select from any language course offered at the ILV. Special attention is placed on the following seminars in professional development:
LALLE2500 Professional development seminar GermanLALLE2501 Professional development seminar-GermanNL
q1 or q2 30h 3 creditsTeacher(s):
> Isabelle Demeulenaere (coord.)
> Marie-Laurence Lambrecht
Isabelle Demeulenaere (coord.)
NL
q1 or q2 30h 3 creditsTeacher(s):
> Isabelle Demeulenaere (coord.)
> Dag Houdmont
Isabelle Demeulenaere (coord.)
Group dynamicsLEPL2351 Group dynamics - Q1FR
q1 15h+30h 3 creditsTeacher(s):
> Claude Oestges (coord.)
> Benoît Raucent
> Vincent Wertz (compensates Thomas Pardoen)
Claude Oestges (coord.)
LEPL2352 Group dynamics - Q2FR
q2 15h+30h 3 creditsTeacher(s):
> Claude Oestges (coord.)
> Benoît Raucent
> Vincent Wertz (compensates Thomas Pardoen)
Claude Oestges (coord.)
Autres UEs hors-EPLL'étudiant·e peut choisir maximum 8 ects de cours hors EPL considérées comme non-disciplinaires par la commission de diplôme
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