Master : ingénieur civil en génie de l'énergie à finalité spécialisée

Bloc 1

To complete their curriculum, students must earn or validate the 75 credits of the compulsory courses (including the professional focus and the master thesis and Internship), and choose optional courses for 45 credits.

Ideally, students enrolling in the master program should have acquired the skills and knowledge corresponding to the 40 credits in " Energy " offered as part of the bachelor program in engineering.

Compulsory courses from the core curriculum
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
MECA0450-3	Renewable Energy System Design (anglais) - [24h Projet, 1j Travail sur le terrain] Pierre Dewallef	Q1	24	12	[+]	5

Optionnal courses from the core curriculum

Choose 15 credis in one of the two options
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
Conversion
MECA0037-1	Thermal Power Plants and Combined Heat and Power (anglais) - [12h Projet] Pierre Dewallef	Q2	24	24	[+]	5
MECA0006-1	Cooling and low-temperature heating systems (anglais) - [4h Projet, 1j Travail sur le terrain] Vincent Lemort	Q2	26	26	[+]	5
MECA0532-1	Turbomachines Koen Hillewaert Corequis MECA0025-3 Mécanique des fluides	Q2	26	26	-	5
Networks
MATH0461-2	Introduction to numerical optimization (anglais) - [25h Projet] Quentin Louveaux	Q1	30	20	[+]	5
ELEN0445-1	Microgrids (anglais) - [24h Projet, 1j Travail sur le terrain] Bertrand Cornélusse	Q2	18	18	[+]	5
ELEC0448-1	Planning and operation of electric power and energy systems (anglais) Bertrand Cornélusse, Damien Ernst, Louis Wehenkel	Q2	26	26	-	5

Choose courses totaling 15 credits from the remaining option packages, within maximum 3 option packages, unless this is not feasible due to remedial courses. Courses from the remedial list should be selected as a priority if they have not yet been completed. Upon approval of the jury, 5 credits can be taken in the UNIC catalog or in the catalog of the university
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
[...]	Upon approval by the jury, 5 credits can be chosen among the courses of the two professional foci, from an other programme at ULiège or from the UNIC course catalog						-
[...]	The students can also choose courses from the non-selected option " Conversion " or " Networks " as elective courses in Block 1.						-
Remark : Electives may also be replaced by one or more courses from the undergraduate "energy" option for which competencies would not be acquired. the courses. ELEC0053-2, MECA0002-1 and SYST0022-1 are corequisite to some compulsory courses of the master program. They must be taken prioritarily, unless they were already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills have been acquired previously.
Remedial courses
ELEC0053-2	Circuits électriques Bertrand Cornélusse	Q2	26	26	-	5
SYST0022-1	Linear Systems Design (anglais) - [15h Projet] Guillaume Drion, Pierre Sacré	Q2	26	26	[+]	5
MECA0002-1	Thermodynamique appliquée et introduction aux machines thermiques Vincent Lemort	Q1	26	26	-	5
MECA0025-3	Mécanique des fluides - [30h Projet] Eric Delhez	Q2	26	26	[+]	5
Low carbon production sources
ENRG0002-1	Wind Energy (anglais) - [12h Projet] Thomas Andrianne, Koen Hillewaert	Q2	36	16	[+]	5
ENRG0003-1	Hydropower (anglais) - [20h Projet, 1j Travail sur le terrain] Sébastien Erpicum	Q2	26	26	[+]	5
GENU0018-3	Introduction to Nuclear Engineering and Power Plant Technnologies (anglais) Pierre Dewallef	Q2	26	26	-	5
Energy in buildings, transport and mobility
ARCH3272-1	Building performance simulation and monitoring (anglais)	Q1				5
	Partim 1 Shady Attia		15	15	-
	Partim 2 - [70h Projet] Shady Attia		15	25	[+]
MECA0034-1	Energy flexibility in buildings (anglais) Vincent Lemort	Q1	26	26	-	5
GEOL1046-1	Geothermal energy (anglais) - [40h Projet, 1j Travail sur le terrain] Bertrand François, Philippe Orban	Q2	18	15	[+]	5
MECA0527-1	Electric, hybrid and fuel cell vehicles (anglais) - [5h Laboratoire, 15h Projet] Pierre Duysinx	Q1	30	10	[+]	5
GCIV0008-2	Energy and transport (anglais) - [25h Projet] Mario Cools	Q1	30	15	[+]	5
MECA0536-1	Hydrogen technologies in mobility (anglais) - [10h Laboratoire, 10h Projet, 2j Travail sur le terrain]	Q1	40	-	[+]	5
Conversion technologies & Industry
MECA0032-1	Flow in turbomachines (anglais) - [60h Projet] Koen Hillewaert	Q1	26	26	[+]	5
MECA0041-1	Internal combustion engine (anglais)	Q2				5
	Partim 1 : Fundamental aspects - [1j Travail sur le terrain, 15h Projet] Marc Nélis		15	15	[+]
	Partim 2 : Application to propulsion - [10h Projet, 0,5j Travail sur le terrain] Marc Nélis		10	10	[+]
ELEC0041-1	Modelling and design of electromagnetic systems (anglais) Christophe Geuzaine	Q2	26	26	-	5
MECA0531-1	Experimental Evaluation of Components and Processes (anglais) - [6h Laboratoire, 14h Projet]	Q1	23	17	[+]	5
ENRG0004-1	CO2 capture, utilisation and storage (anglais) - [4j Travail sur le terrain] Motiar Rahaman	Q2	26	22	[+]	5
CHIM9330-1	Management and safety of industrial processes (anglais)	Q1				5
	Partim "Safety" - [2j Travail sur le terrain] Angélique Léonard, Grégoire Léonard, Dominique Toye, Dominique Toye		25	-	[+]
	Partim "Management" - [1j Travail sur le terrain] Angélique Léonard, Grégoire Léonard		15	-	[+]
Decision making
ELEN0062-1	Introduction to machine learning (anglais) - [40h Projet] Pierre Geurts, Louis Wehenkel	Q1	30	5	[+]	5
MATH0462-1	Discrete optimization (anglais) - [25h Projet] Quentin Louveaux	Q2	30	20	[+]	5
INFO8010-1	Deep learning (anglais) - [60h Projet] Gilles Louppe	Q2	30	-	[+]	5
MQGE9007-1	Advanced Modeling Techniques in Optimization (anglais) Quentin Louveaux, N...	Q1	30	-	-	5

Compulsory courses within the focus
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
CHIM0695-2	Modelling of chemical & energy processes (anglais) Grégoire Léonard	Q1	20	32	-	5
ELEC0055-3	Element of power Electronics (anglais)	Q1				5
	Partim A Fabrice Frebel		30	6	-
	Partim B Fabrice Frebel		-	20	-
ELEC0447-1	Analysis of electric power and energy systems (anglais) - [1j Travail sur le terrain] Bertrand Cornélusse	Q1	26	26	[+]	5
ENRG0001-1	Energy challenge (including seminars) (anglais) - [3j Travail sur le terrain, 80h Projet] Bertrand Cornélusse, Pierre Dewallef, Samuel Gendebien, Vincent Lemort, Grégoire Léonard	TA	30	-	[+]	10

Bloc 2

Compulsory courses from the core curriculum
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
CHIM0664-3	Electrochemical energy conversion and storage (anglais)	Q1				5
	partim 1 Nathalie Job		15	-	-
	partim 3 - [3j Travail sur le terrain]		11	7	[+]
GEST3162-1	Principles of management (anglais) - [25h Projet] Michaël Parmentier, Willem Standaert	Q1	30	-	[+]	5
ATFE2003-1	Travail de fin d'études et stage	TA				30
	Travail de fin d'études - [750h Projet] Collégialité, Vincent Lemort		-	-	[+]
	Stage d'insertion professionnelle		-	-	-

Optionnal courses from the core curriculum

Choose 5 credis in one of the two options
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
Conversion
ENRG0005-1	Power-to-fuel systems (anglais) - [4j Travail sur le terrain] Motiar Rahaman	Q1	26	22	[+]	5
Networks
ENRG0006-1	Energy Transition : Modeling and Scenario Analysis (anglais) Xavier Fettweis, Sylvain Quoilin	Q2	26	26	-	5
ELEC0449-1	Practices and evolution of the electric power and energy industry (anglais) - [12h Projet, 6j Travail sur le terrain] Olivier Bronkart, Bertrand Cornélusse, Damien Ernst	Q2	18	18	[+]	5

Choose courses totaling 10 credits from the remaining option packages, within maximum 3 option packages, unless this is not feasible due to remedial courses. Courses from the remedial list should be selected as a priority if they have not yet been completed. Upon approval of the jury, 5 credits can be taken in the UNIC catalog or in the catalog of the university
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
[...]	The students can also choose courses from the non-selected option " Conversion " or " Networks " as elective courses in Block 2.						-
Remark : Electives may also be replaced by one or more courses from the undergraduate "energy" option for which competencies would not be acquired. the courses. ELEC0053-2, MECA0002-1 and SYST0022-1 are corequisite to some compulsory courses of the master program. They must be taken prioritarily, unless they were already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills have been acquired previously.
Remedial courses
ELEC0053-2	Circuits électriques Bertrand Cornélusse	Q2	26	26	-	5
SYST0022-1	Linear Systems Design (anglais) - [15h Projet] Guillaume Drion, Pierre Sacré	Q2	26	26	[+]	5
MECA0002-1	Thermodynamique appliquée et introduction aux machines thermiques Vincent Lemort	Q1	26	26	-	5
MECA0025-3	Mécanique des fluides - [30h Projet] Eric Delhez	Q2	26	26	[+]	5
Low carbon production sources
ENRG0002-1	Wind Energy (anglais) - [12h Projet] Thomas Andrianne, Koen Hillewaert	Q2	36	16	[+]	5
ENRG0003-1	Hydropower (anglais) - [20h Projet, 1j Travail sur le terrain] Sébastien Erpicum	Q2	26	26	[+]	5
GENU0018-3	Introduction to Nuclear Engineering and Power Plant Technnologies (anglais) Pierre Dewallef	Q2	26	26	-	5
Energy in buildings, transport and mobility
ARCH3272-1	Building performance simulation and monitoring (anglais)	Q1				5
	Partim 1 Shady Attia		15	15	-
	Partim 2 - [70h Projet] Shady Attia		15	25	[+]
MECA0034-1	Energy flexibility in buildings (anglais) Vincent Lemort	Q1	26	26	-	5
GEOL1046-1	Geothermal energy (anglais) - [40h Projet, 1j Travail sur le terrain] Bertrand François, Philippe Orban	Q2	18	15	[+]	5
MECA0527-1	Electric, hybrid and fuel cell vehicles (anglais) - [5h Laboratoire, 15h Projet] Pierre Duysinx	Q1	30	10	[+]	5
GCIV0008-2	Energy and transport (anglais) - [25h Projet] Mario Cools	Q1	30	15	[+]	5
MECA0536-1	Hydrogen technologies in mobility (anglais) - [10h Laboratoire, 10h Projet, 2j Travail sur le terrain]	Q1	40	-	[+]	5
Conversion technologies & Industry
MECA0032-1	Flow in turbomachines (anglais) - [60h Projet] Koen Hillewaert	Q1	26	26	[+]	5
MECA0041-1	Internal combustion engine (anglais)	Q2				5
	Partim 1 : Fundamental aspects - [1j Travail sur le terrain, 15h Projet] Marc Nélis		15	15	[+]
	Partim 2 : Application to propulsion - [10h Projet, 0,5j Travail sur le terrain] Marc Nélis		10	10	[+]
ELEC0041-1	Modelling and design of electromagnetic systems (anglais) Christophe Geuzaine	Q2	26	26	-	5
MECA0531-1	Experimental Evaluation of Components and Processes (anglais) - [6h Laboratoire, 14h Projet]	Q1	23	17	[+]	5
ENRG0004-1	CO2 capture, utilisation and storage (anglais) - [4j Travail sur le terrain] Motiar Rahaman	Q2	26	22	[+]	5
CHIM9330-1	Management and safety of industrial processes (anglais)	Q1				5
	Partim "Safety" - [2j Travail sur le terrain] Angélique Léonard, Grégoire Léonard, Dominique Toye, Dominique Toye		25	-	[+]
	Partim "Management" - [1j Travail sur le terrain] Angélique Léonard, Grégoire Léonard		15	-	[+]
Decision making
ELEN0062-1	Introduction to machine learning (anglais) - [40h Projet] Pierre Geurts, Louis Wehenkel	Q1	30	5	[+]	5
MATH0462-1	Discrete optimization (anglais) - [25h Projet] Quentin Louveaux	Q2	30	20	[+]	5
INFO8010-1	Deep learning (anglais) - [60h Projet] Gilles Louppe	Q2	30	-	[+]	5
MQGE9007-1	Advanced Modeling Techniques in Optimization (anglais) Quentin Louveaux, N...	Q1	30	-	-	5

Compulsory courses within the focus
Code	Détails	Organisation	Théorie	Pratique	Autres	Crédits
ELEC0018-1	Energy markets and regulation (anglais) Damien Ernst	Q1	39	13	-	5

Ingénieur civil en génie de l'énergie à finalité spécialisée

Vue bloc

Bloc 1

Compulsory courses from the core curriculum

Optionnal courses from the core curriculum

Choose 15 credis in one of the two options

Conversion

Networks

Remedial courses

Low carbon production sources

Energy in buildings, transport and mobility

Conversion technologies & Industry

Decision making

Compulsory courses within the focus

Bloc 2

Compulsory courses from the core curriculum

Optionnal courses from the core curriculum

Choose 5 credis in one of the two options

Conversion

Networks

Remedial courses

Low carbon production sources

Energy in buildings, transport and mobility

Conversion technologies & Industry

Decision making

Compulsory courses within the focus