Master : ingénieur civil physicien, à finalité

Bloc 1

Certain prerequisites/corequisites of your first-year programme may appear in bloc 2. You are therefore invited to go through the list of courses suggested in bloc 2 even if you enroll for the first time in this master programme.

To complete their curriculum, students must earn or validate the 90 credits of compulsory courses (including the master's thesis) and 30 credits from the research focus.
Ideally, students enrolling in the master program programme should have acquired the skills and knowledge corresponding to the 40 credits in "Physics" offered as part of the bachelor programme in engineering.

Compulsory courses
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
Applied physics
ELEN0004-1	Semiconductor devices (anglais) Benoît Vanderheyden Corequis ELEN0076-1 Electromagnétisme	Q1	26	26	-	5
CHIM9308-1	Physical chemistry (anglais) Bernard Leyh Corequis PHYS0211-3 Mécanique quantique	Q1	30	10	-	4
CHIM0698-1	Introduction to the Physical Chemistry of Nanomaterials (anglais) Cédric Gommes	Q2	20	10	-	3
MECA0008-1	Microfluidics (anglais) - [16h Laboratoire, 14h Projet] Tristan Gilet	Q2	22	8	[+]	5
MECA0446-2	Continuum Mechanics (anglais) - [50h Projet] Jean-Philippe Ponthot	Q2	26	26	[+]	5
MECA0023-1	Advanced solid mechanics (anglais) - [30h Projet] Jean-Philippe Ponthot Corequis MECA0036-2 Finite Element Method	Q1	26	26	[+]	5
Mathematical and numerical methods
MATH0024-1	Modelling with partial differential equations (anglais) - [25h Projet] Maarten Arnst, Romain Boman Corequis MECA0025-3 Mécanique des fluides	Q1	30	20	[+]	4
INFO0939-1	High performance scientific computing (anglais) - [20h Projet] Christophe Geuzaine	Q1	30	15	[+]	4
MATH0471-3	Multiphysics integrated computational project (anglais)	TA				7
	- [30h Projet] Romain Boman, Christophe Geuzaine			33	-	[+]
	- [40h Projet] Romain Boman, Christophe Geuzaine Corequis MATH2015-1 Perturbation methods INFO0939-1 High performance scientific computing MATH0024-1 Modelling with partial differential equations			11	-	[+]
MATH2015-1	Perturbation methods (anglais) Vincent Denoël	Q2	15	15	-	3
SYST0022-1	Linear Systems Design (anglais) - [15h Projet] Guillaume Drion, Pierre Sacré	Q2	26	26	[+]	5
Experimental methods
ELEN0074-1	Sensors, microsensors and instrumentation (anglais) - [20h Laboratoire] Philippe Vanderbemden	Q2	30	-	[+]	5
APRI0006-1	Personal experimental project (anglais) - [60h Projet] Tristan Gilet	TA	6	6	[+]	5
Innovation and management

Bloc 2

Compulsory courses
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
GEST3162-1	Principles of management (anglais) - [25h Projet] François Pichault, Willem Standaert	Q1	30	-	[+]	5
Master's thesis
ATFE9007-1	Master's thesis - [750h Projet] Benoît Vanderheyden	TA	-	-	[+]	25

Optional courses

Single focus

Research focus

Code

Détails

Organisation

Théorie

Pratique

Autres

Crédits

Choose one of the following four options :

Code

Détails

Organisation

Théorie

Pratique

Autres

Crédits

Electronics and materials
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
Remark : with the agreement of the President of the Jury, students may choose to take CHIM0664-1 Electrochemical energy conversion and storage [15h Laboratory work] (3 credits) instead of CHIM0664-2 Electrochemical energy conversion and storage (2 credits)
ELEN0069-1	Nanoelectronics / Optoelectronics (anglais) - [40h Projet] Benoît Vanderheyden	Q2	30	-	[+]	5
ELEN0047-1	Superconductivity (anglais) - [15h Laboratoire] Philippe Vanderbemden	Q1	30	-	[+]	5
ELEN0446-1	Physics of electrical insulating materials (anglais) - [15h Laboratoire] Philippe Vanderbemden	Q1	15	-	[+]	3
CHIM0664-2	Electrochemical energy conversion and storage, partim théorique (anglais) Nathalie Job	Q1	15	-	-	2

Fluids
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
PHYS3133-1	Complex fluids and non-Newtonian flows (anglais) Vincent Terrapon	Q1	26	26	-	5
PHYS0961-1	Irreversibility, instabilities and chaos (anglais) Pierre Dauby	Q1	30	30	-	5
OCEA0071-1	Geophysical fluid dynamics - part 1 (anglais) Jean-Marie Beckers	Q2	30	15	-	5

Solids
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
MECA0464-1	Large deformation of solids (anglais) - [60h Projet] Romain Boman, Jean-Philippe Ponthot	Q1	26	26	[+]	5
MECA0058-1	Fracture mechanics, damage and fatigue (anglais) - [75h Projet] Ludovic Noels	Q1	30	10	[+]	5
MECA0516-1	Mechanical properties of biological and bioinspired materials (anglais) - [4h Laboratoire] Davide Ruffoni	Q1	26	22	[+]	5

Mathematical and numerical methods

Code

Détails

Organisation

Théorie

Pratique

Autres

Crédits

MECA0470-1

New methods in computational mechanics and physics (anglais) - [40h Projet]

Maarten Arnst, Eric Béchet, Ludovic Noels

[+]

INFO8010-1

Deep learning (anglais) - [60h Projet]

Gilles Louppe

[+]

Choose 5 credits among the following two courses:
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
MECA0027-1	Structural and multidisciplinary optimization (anglais) - [18h Projet] Pierre Duysinx, Patricia Tossings - Suppl : Michaël Bruyneel	Q1	30	12	[+]	5
MATH0461-2	Introduction to numerical optimization (anglais) - [25h Projet] Quentin Louveaux	Q1	30	20	[+]	5

Complementary elective courses

Choose 15 credits among :
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
[...]	- the courses listed above that are not yet part of your programme (such as courses from an option other than the one you chose),						-
- the courses listed below,
[...]	- or, subject to the approval of the President of the Jury, up to 10 credits can be chosen from the entire list of courses taught at the University de Liège (other than the courses listed here) or from the UNIC course catalog.						-
Electronics and materials
PHYS3037-1	Nanofabrication : principles and techniques (anglais) Ngoc Duy Nguyen, Alejandro Silhanek	Q2	25	15	-	5
CHIM0664-1	Electrochemical energy conversion and storage (anglais)	Q1				3
	partim théorique Nathalie Job			15	-	-
	partim laboratoire - [15h Laboratoire] Nathalie Job			-	-	[+]
CHIM0697-1	Heterogeneous catalysis (anglais) - [10h Projet] Nathalie Job	Q1	20	20	[+]	5
ELEC0041-1	Modelling and design of electromagnetic systems (anglais) Christophe Geuzaine	Q2	26	26	-	5
PHYS0981-1	Quantum modelling of materials properties (anglais) Philippe Ghosez, Matthieu Verstraete	Q1	20	10	-	5
Fluids
AERO0004-1	Turbulent Flows (anglais) - [40h Projet] Vincent Terrapon	Q1	26	26	[+]	5
AERO0001-1	Aerodynamics (anglais) - [2h Laboratoire, 25h Projet] Thomas Andrianne, Vincent Terrapon	Q1	27	25	[+]	5
AERO0033-1	Aerothermodynamics of high-speed flows (anglais) - [1j Travail sur le terrain] Grigorios Dimitriadis, Thierry Magin Corequis AERO0001-1 Aerodynamics	Q2	26	26	[+]	5
GCIV2035-1	Hydrodynamique fluviale - [30h Projet] Pierre Archambeau, Benjamin Dewals	Q2	26	26	[+]	5
AERO0030-1	Computational fluid dynamics (anglais) - [10h Laboratoire] Vincent Terrapon	Q2	30	20	[+]	5
Solids
MECA0029-1	Theory of vibration (anglais) - [30h Projet] Loïc Salles	Q1	26	26	[+]	5
Mathematical and numerical methods
MECA0010-1	Uncertainty quantification and stochastic modelling (anglais) - [28h Projet] Maarten Arnst	Q1	16	16	[+]	5
ELEN0062-1	Introduction to machine learning (anglais) - [40h Projet] Pierre Geurts, Louis Wehenkel	Q1	30	5	[+]	5
MECA0524-1	CAD & Geometric Algorithms - [60h Projet] Eric Béchet	Q1	20	20	[+]	5
Experimental methods
BIOL0114-3	Microscopies électroniques	Q2				5
	Partim A Philippe Compère			15	-	-
	Partim B Philippe Compère			24	13	-
Innovation and management
PROJ0011-2	Personal student project (anglais) - [150h Projet] Pierre Duysinx, Liesbet Geris, Grégoire Léonard	TA	-	-	[+]	5
Internship
ASTG0025-1	Internship (anglais) Tristan Gilet	TA	-	-	-	10
Fundamentals of Engineering physics
The subjects MECA0036-2, ELEN0076-1, MECA0025-3 and PHYS0211-3 are corequisite to certain compulsory courses of the master programme. They must be taken as a priority, unless they have already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills were acquired previously.
MECA0036-2	Finite Element Method (anglais) - [40h Projet] Jean-Philippe Ponthot	Q2	26	26	[+]	5
ELEN0076-1	Electromagnétisme Benoît Vanderheyden	Q1	26	26	-	5
MECA0025-3	Mécanique des fluides - [30h Projet] Eric Delhez	Q2	26	26	[+]	5
PHYS0211-3	Mécanique quantique John Martin	Q1	26	26	-	5

Ingénieur civil physicien, à finalité

Vue bloc

Bloc 1

Compulsory courses

Applied physics

Mathematical and numerical methods

Experimental methods

Innovation and management

Bloc 2

Compulsory courses

Master's thesis

Optional courses

Single focus

Research focus

Choose one of the following four options :

Electronics and materials

Remark : with the agreement of the President of the Jury, students may choose to take CHIM0664-1 Electrochemical energy conversion and storage [15h Laboratory work] (3 credits) instead of CHIM0664-2 Electrochemical energy conversion and storage (2 credits)

Fluids

Solids

Mathematical and numerical methods

Choose 5 credits among the following two courses:

Complementary elective courses

Choose 15 credits among :

Electronics and materials

Fluids

Solids

Mathematical and numerical methods

Experimental methods

Innovation and management

Internship

Fundamentals of Engineering physics

Bloc d'aménagement du programme de l'année