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Core courses master of physical engineeringLELEC 1755 is not compulsory unless it was not taken in the 1st cycle.LFYAP2990 Graduation project/End of studies projectThe graduation project can be written and presented in French or English, in consultation with the supervisor. It may be accessible to exchange students by prior agreement between the supervisors and/or the two universities.
EN
q1+q2 25 credits
LEPL2020 Professional integration workThe modules of LEPL2020 course are organized over the two annual blocks of the master's degree. It is strongly recommended that students take them from year 1, but they will only be able to register for the course at the earliest the year in which they present their final graduation project.
Students who have other professional integration activities in their personal programme, or who can demonstrate an equivalent activity could be exempted from this course. This equivalence is at the discretion of the examination board. Another activity should then be chosen to reach the number of ECTS required for their graduation.
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Professional Focus [30.0]Content:LMAPR2014 Physics of Functional MaterialsLMAPR2451 Atomistic and nanoscopic simulationsLMAPR2481 Deformation and fracture of materialsLPHYS2143 Optics and lasersLMAPR2019A Polymer Science and Engineering-Physics
EN
q1 22.5h+7.5h 3 credits > French-friendlyTeacher(s):
> Sophie Demoustier
> Alain Jonas
> Evelyne Van Ruymbeke
EN
q1 22.5h+7.5h 2 credits > French-friendlyTeacher(s):
> Charles-André Fustin
> Jean-François Gohy
> Alain Jonas
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Options
Dans la rubrique "Options du master ingénieur civil physicien", l'étudiant·e doit valider au moins une des options proposées.
Dans la rubrique "Options et cours au choix en connaissances socioéconomiques", l'étudiant·e valide une des deux options ou choisit obligatoirement au minimum 3 crédits parmi les cours au choix ou les cours de l’option en enjeux de l’entreprise.-
Majors for the Master's degree in physics
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Major in Advanced Engineering PhysicsFrom 20 to 30credit(s)Content:Optics and photonicsLPHYS2141 Introduction to quantum opticsExperimental methodsLELEC2811 Instrumentation and sensorsLPHYS2245 Lasers physicsLPHYS2303 Cryophysics and vacuum physics
EN
q1 30h+15h 5 credits > French-friendlyTeacher(s):
> Vincent Bayot
> Benoît Hackens
> Sorin Melinte
LPHYS2351 SuperconductivityLPHYS2248 Ultra-fast laser physicsNumerical simulationsLMAPR2483 Durability of materialsLMECA2300 Advanced Numerical MethodsEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Philippe Chatelain
> Christophe Craeye (coord.)
> Vincent Legat
> Jean-François Remacle
LPHYS1303 Numerical Simulation in PhysicsFundamental concepts of physicsLPHYS1231 Special RelativityLPHYS2242 Fundamentals of quantum informationEN
q2 30h 5 credits > French-friendlyTeacher(s):
> Matthieu Génévriez (coord.)
> Sorin Melinte
> Bernard Piraux
LPHYS1346 Physique subatomiqueLPHYS1347 Physique atomique et moléculaire -
Major in nanotechnology
The objective of this major is to introduce students to physics and the simulation of materials and devices used in the field of micro and nano-electronics, to the properties and methods associated with the manufacturing and classification of micro and nano-structures; to the ways in which nano-devices function as well as the development and integration of organic elements into nano-systems.
From 20 to 30credit(s)Content:Nano-structures and the physics of nano-materialsTo enrol in this major, students should have already taken a physical materials class such as MAPR1492.
LMAPR2015 Physics of NanostructuresEN
q1 37.5h+22.5h 5 credits > French-friendlyTeacher(s):
> Jean-Christophe Charlier
> Xavier Gonze
> Luc Piraux
LMAPR2451 Atomistic and nanoscopic simulationsLPHYS2351 SuperconductivityNano and micro semi-conductor devicesTo enrol in these courses it is recommended that students have already taken a course in physical electronics or in semiconductor devices such as ELEC 1330 or ELEC 1755 or similar.
LELEC2541 Advanced TransistorsEN
q2 30h+22.5h 5 credits > French-friendlyTeacher(s):
> Denis Flandre
> Benoît Hackens
> Jean-Pierre Raskin
LELEC2550 Special electronic devicesLELEC2710 NanoelectronicsEN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> Vincent Bayot (coord.)
> Pascal Gehring
> Benoît Hackens
Micro and nano-engineeringLELEC2560 Micro and Nanofabrication TechniquesEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Laurent Francis
> Benoît Hackens
> Jean-Pierre Raskin
LELEC2895 Design of micro and nanosystemsLMAPR2012 Polymers for advanced technologiesLMAPR2631 Surface Analysis -
Major advanced electronic materials and devicesFrom 15 to 30credit(s)Content:Compulsory courses in advanced electronic materials and devicesStudent choose at least 5 credits among:
LELEC2541 Advanced TransistorsEN
q2 30h+22.5h 5 credits > French-friendlyTeacher(s):
> Denis Flandre
> Benoît Hackens
> Jean-Pierre Raskin
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 credits > French-friendlyTeacher(s):
> Laurent Francis
> Benoît Hackens
> Jean-Pierre Raskin
LELEC2710 NanoelectronicsEN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> Vincent Bayot (coord.)
> Pascal Gehring
> Benoît Hackens
LELEC2811 Instrumentation and sensorsLMAPR2015 Physics of NanostructuresEN
q1 37.5h+22.5h 5 credits > French-friendlyTeacher(s):
> Jean-Christophe Charlier
> Xavier Gonze
> Luc Piraux
LMAPR2020 Materials SelectionLMECA2300 Advanced Numerical MethodsEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Philippe Chatelain
> Christophe Craeye (coord.)
> Vincent Legat
> Jean-François Remacle
LPHYS2143 Optics and lasersLPHYS2303 Cryophysics and vacuum physicsEN
q1 30h+15h 5 credits > French-friendlyTeacher(s):
> Vincent Bayot
> Benoît Hackens
> Sorin Melinte
LELEC2350 Electromagnetic waves
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Options et cours au choix en connaissances socio-économiques
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Business risks and opportunitiesContent:LEPL2211 Business issues introductionLEPL2212 Financial performance indicatorsLEPL2214 Law, Regulation and Legal ContextOne course between
From 3 to 5credit(s)LEPL2210 Ethics and ICTCours en marketingMGEST1108 MarketingMLSMM2136 Trends in Digital MarketingMLSMM2134 e-Consumer BehaviorCours en Sourcing and ProcurementLLSMS2036 Supply Chain ProcurementLLSMS2038 Procurement Organisation and ScopeEN
q1 30h 5 creditsTeacher(s):
> Constantin Blome
> Canan Kocabasoglu Hillmer (compensates Constantin Blome)
LLSMS2037 Sourcing StrategyAlternative 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 Interdisciplinary Program in Entrepreneurship - INEO
Commune à la plupart des masters de l'EPL, cette option a pour objectif de familiariser l'étudiant·e avec les spécificités de l'entreprenariat et de la création d’entreprise afin de développer chez lui les aptitudes, connaissances et outils nécessaires à la création d'entreprise.
Cette option rassemble des étudiants de différentes facultés en équipes interdisciplinaires afin de créer un projet entrepreneurial. La formation interdisciplinaire en entrepreneuriat (INEO) est une option qui s’étend sur 2 ans et s’intègre dans plus de 30 Masters de 9 facultés/écoles de l’UCLouvain. Le choix de l’option INEO implique la réalisation d’un mémoire interfacultaire (en équipe) portant sur un projet de création d’entreprise. L’accès à cette option, ainsi qu'à chacun des cours, est limité aux étudiant·es sélectionnés sur dossier. Toutes les informations sur https://uclouvain.be/fr/etudier/ineo.
L'étudiant.e qui choisit de valider cette option doit sélectionner au minimum 20 crédits et au maximum 25 crédits. Cette option n'est pas accessible en anglais et ne peut être prise simultanément avec l'option « Enjeux de l'entreprise ».Content:Required coursesLINEO2001 Théorie de l'entrepreneuriatLINEO2003 Plan d'affaires et étapes-clefs de la création d'entrepriseLes séances du cours LINEO2003 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 coursesStudent who have not taken management courses during their previous studies must enroll in LINEO2021.
LINEO2021 Financer son projet -
Cours au choix en connaissances socio-économiquesContent:LFSA2995 Company Internship
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Others elective courses
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Others elective coursesContent:Les étudiant·e·s 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 GermanDE
q1+q2 30h 3 creditsTeacher(s):
> Caroline Klein (coord.)
> Mélanie Mottin (compensates Caroline Klein)
LALLE2501 Professional development seminar-GermanDE
q1+q2 30h 5 creditsTeacher(s):
> Caroline Klein (coord.)
> Mélanie Mottin (compensates Caroline Klein)
Group dynamicsLEPL2351 Become a tutorFR
q1 15h+30h 3 creditsTeacher(s):
> Jean-Charles Delvenne (coord.)
> Delphine Ducarme
> Thomas Pardoen
> Benoît Raucent
LEPL2352 Become a tutorFR
q2 15h+30h 3 creditsTeacher(s):
> Jean-Charles Delvenne (coord.)
> Delphine Ducarme
> Thomas Pardoen
> Benoît Raucent
Autres UEs hors-EPLL'étudiant·e peut choisir maximum 8 crédits de cours hors EPL, considérés comme non-disciplinaires par la commission de programme.
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