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The programme for the Master in Environmental Bioengineering with a professional focus is designed to train bioengineers in the field of management, preservation and the sensible use of renewable natural resources (land and water) and natural and anthropized ecosystems.  

The programme trains future bioengineers to become:

• professionals able to tackle and diagnose environmental problems : management and development of resources (land, water, plants) and ecosystems, land development;
• scientists able to understand complex processes on different scales, used to multidisciplinary approaches and consultation with other specialists ;
• innovators able to design new kinds of environmentally-friendly resource management.

Training provides students with :

• knowledge in the field of environmental science (e.g. soil science, hydrology, hydraulics, ecology, biological and physico-chemical processes in the water and the land and forest science) and human sciences (e.g. economics of natural resources and environment law);
• technical skill in environmental bioengineering (e.g. geomatics, topometrics, photogrammetrics, ecological and environmental diagnosis, data analysis, modeling and support for decision-taking) and in integrated analysis (e.g. project management and systems analysis)

Strongly multidisciplinary in character, the training focuses on acquiring skills which combine the theory and techniques of bioengineering. There is special emphasis on the mechanistic study of processes, systems analysis, ecological impact, information systems, fusion of multi-source data and support for decision-taking.

This programme comprises a series of activities totalling 120 credits spread over two years worth 60 credits each. It is structured as follows :

Year 1 :

•          professional focus programme 30 credits (compulsory)

•          choice of one option course for 30 credits from five available. Certain option courses are organized jointly with one or two of the other Masters in Bioengineering programmes. This is the reason for the special numbering of these option courses. (For example, option course 4E is also in the programme for the Master in Agronomic Science where it is called option course 4A; option course 10E is also in the programme for the Master in Agronomic Science where it is called option course 10A and the Master in Chemistry and Bioindustry where it is called option course 10C.)

Year 2 :

•          core subjects programme of 38 credits (compulsory)

•          choice of one module of 22 credits from six advanced modules: each of the first five modules follow on from the option courses in Year 1. Students are strongly recommended to have studied the corresponding option course in Year 1 if they wish to continue in Year 2. The sixth module is generalist in nature and may be taken to follow on from any option course.

Optional subjects :
There are some optional courses within the programme. They may either be chosen from a suggested list or may be chosen freely from all the courses available at UCL or even at another institution. The same applies to all the optional courses in the programme. 

All these choices must be made in the timescale laid down by the Faculty Department and agreed by the Academic Secretary. For courses from another faculty or institution, students must gain prior agreement from the lecturer in charge of the course.

Additional training "Business Creation"  

Students enrolled on the Master in Bioengineering programme have the possibility of taking a module of interdisciplinary training entitled "Business Creation". This additional programme features in the Master programmes of various faculties (Bioengineering, Law, Business Management, Civil Engineering, Psychology). It is designed to provide students, as potential creators, with the tools for analysis and understanding which will help them to appreciate how entrepreneurship works when creating or taking on a business and develop projects of this kind within existing organizations.
In addition, this training enables students to gain familiarity with other disciplines and to learn how to work in multidisciplinary teams.

For further information :
- on the training programme, please refer to : http://www.uclouvain.be/cpme.html
- on how the Master in Bioengineering programmes work, please contact the Faculty Office.

The Master in Bioengineering programme follows on directly from the Bachelor in Engineering Science (Bioengineering) with an option course in Environment. Successful completion of this programme enables direct entry to other training programmes in the second and third cycles.

• Advanced Masters : The Advanced Masters in the filed authorized by regulations in addition to those established by the University Development Commission (Commission Universitaire au Développment – CUD) in the same field.
• Doctoral programmes : doctorates in Agronomic Sciences and Biological Engineering.

 

University Bachelors
Diploma	Special Requirements	Access	Remarks
UCL Bachelors
Bachelor in Bioengineering [180.0]	Additionnal module in Agronomy [30.0]	Access with additional training	Le cours d'Introduction aux sciences forestières (BIR 1334) doit être ajouté au programme de master.
Bachelor in Bioengineering [180.0]	Additionnal module in Environment [30.0]	Direct access
Belgian Bachelors of the French speaking Community
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Belgian Bachelors of the Dutch speaking Community
Intitulé du programme appelé par le code		On the file: direct access or access with additional training	Les conditions d'accès seront définies au cas par cas en fonction des prérequis nécessaires.
Foreign Bachelors
Intitulé du programme appelé par le code		On the file: direct access or access with additional training	Les conditions d'accès seront définies au cas par cas en fonction des prérequis nécessaires.
Non university Bachelors
Diploma		Access	Remarks
> Find out more about links to the university
> BA en agronomie > BA en chimie (toutes options) > BA-AESI en sciences: biologie, chimie, physique		Accès au master moyennant réussite d'une année préparatoire de max. 60 crédits	Type court
> BA en sciences agronomiques - type long > BA en sciences industrielles - type long		Accès au master moyennant vérification de l'acquisition des matières prérequises (examen d'admission, entretien, examen de dossier, etc.)	Type long
Holders of a 2nd cycle University degree
Diploma	Special Requirements	Access	Remarks
"Licenciés"
Ingénieur chimiste et des bioindustries		On the file: direct access or access with additional training
Ingénieur agronome		On the file: direct access or access with additional training
Bioingénieur		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training	Les masters bioingénieur peuvent également être accessibles sur dossier et notamment par validation des acquis de l'expérience (VAE).
Masters
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		On the file: direct access or access with additional training
Intitulé du programme appelé par le code		Direct access
Holders of a non-University 2nd cycle degree
Diploma		Access	Remarks
> Find out more about links to the university
> MA architecte paysagiste > MA en sciences agronomiques > MA en sciences de l'ingénieur industriel en agronomie > MA en sciences de l'ingénieur industriel, finalités chimie et biochimie > MA en sciences industrielles, finalités chimie et biochimie		Accès direct au master moyennant ajout éventuel de 15 crédits max	Type long

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Reminder : all Masters (apart from Advanced Masters) are also accessible on file.

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See the general admission requirements

The overall structure of the programmes for the Bachelor of Science in Engineering (Bioengineering) and the Master in Bioengineering clearly reflect the

concepts of specialization, gradual choice and individualization of the courses.

1^st cycle (Bachelor) :

• same programme for SC and AGRO in first year (BIR11BA),
• special programme in second year (BIR12BA) for all the BIR students
• distinct programme with 30 credits for option courses in third year (BIRC13BA, BIRA13BA, BIRE13BA) : three advanced subsidiary subjects available : chemistry (BIRC), agronomy (BIRA), environment (BIRE).

2^nd cycle (Master) :

• choice of three Masters in Bioengineering with a professional focus, together with twelve option courses which partly overlap, optional subjects (either free choice or from the lists) and a final individual dissertation.
  This overall structure gives students the opportunity to have a highly individualized programme whilst at the same time retaining both the comprehensive nature of the training and the foundation elements of university education : independence, competence, open-mindedness and interest in research.
  
  

The twelve option courses, which partly overlap at the level of the three Masters in Bioengineering, correspond to fields of activity identified on the basis of a wide-ranging survey of graduates of the Faculty working professionally and of contacts with potential employers. 

The interdisciplinarity and the integrated approach are key dimensions in the training of bioengineers in environmental science and technology. This is reflected by :

• availability of courses organized by other faculties ;
• grouping of training activities : combined exercises, joint project, analysis of real situations, simulations ;
• the perception, analysis, diagnosis and content of the course specifications (e.g. management, remediation and development) combine different kinds of tools (e.g. field observation, laboratory analysis, databases and information systems ) and various scales in space (e.g. from the molecular to  the hydrographic basin or from a region to a sub-continent) and in time ;
• teaching teams with a wide range of expertise ;
• learning how best to work in groups of students to develop a real, independent capacity for intellectual work.

Training for research. through research, which is essential for conceptual and innovative awareness and developing intellectual rigour, is reflected by different types of activities :

• producing a final dissertation and taking part in dissertation seminars ;
• participation in subject seminars providing direct contact with young researchers working in the field of environment science and land development;
• presentation of seminars by students from an outside research group or groups and the production of a dissertation. 

The application of skills, knowledge and techniques that students have acquired and how they use them together is taken into account in an integrated project in environmental science and technology. This is an important learning activity supplements the dissertation which, in the view of the Faculty, remains the most important part of training for research. 

Through the close connection between the teaching and research, the development of new tools and new approaches is the subject of advanced training from the beginning of the 2^nd cycle and is therefore central to this Master programme. All this enables graduates of this programme to be able to make rapid use of new techniques and approaches in their early professional experience.

Students are assessed according to the activities in the programme : this can take the form of written and/or oral examinations as well as individual and/or group work.

Further details about how the assessment is done can be found in the course specifications.

The programme for the Master in Environmental Bioengineering in offers a wide range of opportunities to study at other institutions, in Belgium, Europe and elsewhere.
The Faculty would like to highlight the strengths of this programme, particularly the potential for research and the fact that it is very much a part of a complete University. The shape of the option courses available has also been influenced by the different fields of activity in which bioengineers work. 

There are two kinds of international mobility : students who have already gained their Bachelor degree can move abroad to study for their Master at another institution ; it is also possible to take some course modules in another institution. The mobility rate for AGRO students on exchange schemes such as Erasmus is around 30-40% and the number of our students who go abroad is similar to the number of foreign students who come to study here.
This mobility should increase given the harmonization of education at the European level and the conclusion of new partnership agreements outside ERASMUS as well as membership of thematic networks. The AGRO Faculty is also a member of the ATHENS network.

Legend
Mandatory Optional Courses not taught this academic year Periodic courses not taught this academic year Periodic courses taught this academic year Two year courses
Click on the course code to see detailed informations (objectives, methods, evaluation...)
						Year
						1	2
BIRE2200	Master thesis  (in French)	N.		27credits			x
BIRE2204	Territorial diagnostic and decision aid  (in French)	Olivier Cogels (supplée Pierre Defourny), Olivier Cogels (supplée Frédéric Gaspart), Pierre Defourny (coord.), Frédéric Gaspart, Jean-Paul Malingreau	45h + 15h	6credits	1+2q		x
BIRE2210	Seminars accompanying the dissertation  (in French)	Charles Bielders, Patrick Bogaert, Joseph Dufey (coord.), Caroline Vincke	30h	3credits	1q		x
Questions de sciences religieuses; un cours au choix parmi les 3 suivants : (2credits)
TECO2100	Questions of religious sciences: biblical readings  (in French)	Bernard Van Meenen	15h	2credits	1q		x
TECO2200	Questions of religious sciences: reflections about christian faith  (in French)	José Reding	15h	2credits	2q		x
TECO2300	Questions of religious sciences: questions about ethics  (in French)	Henri Wattiaux	15h	2credits	1q		x

						Year
						1	2
BIRE2101	Statistical analysis of spatial and temporal data  (in French)	Patrick Bogaert	22.5h + 15h	3credits	2q	x
BIRE2102	Geomatic applied to the environment  (in French)	Pierre Defourny	30h + 22.5h	4credits	1q	x
BIRE2103	General hydrology  (in French)	Charles Bielders, Marnik Vanclooster	30h + 22.5h	5credits	1q	x
BIRE2104	Applied soil sciences  (in French)	Bruno Delvaux, Hugues Titeux (supplée Bruno Delvaux)	30h + 22.5h	5credits	2q	x
BIRE2105	Water and soil quality  (in French)	Patrick Gerin (coord.), Henri Halen, Xavier Rollin	22.5h + 7.5h	3credits	2q	x
BIRE2106	Topometry and photogrammetry  (in French)	Pierre Defourny, Sébastien Lambot	22.5h + 22.5h	4credits	2q	x
BIRA2109A	Agrarian systems and farm : partim  (in French)	Pierre Bertin	22.5h + 7.5h	3credits	1q	x
STAT2110A	Analyse des données  (in French)	N.	15h + 7.5h	3credits	1q	x

Optional subjects :
There are some optional courses within the programme. They may be either chosen from a suggested list or may be chosen freely from the courses available at UCL or even another  institution. The same applies to all the optional courses in the programme. 
All these choices must be made in the timescale laid down by the Faculty Department and agreed by the Academic Secretary. For courses from another faculty or institution, students must gain prior agreement from the lecturer in charge of the course. 

						Year
						1	2
BIR1311	Thermodynamics  (in French)	Yann Bartosiewicz	30h + 15h	4credits	1q	x
BIR1319	Colloïdal and surface chemistry  (in French)	Christine Dupont	30h	3credits	2q	x
BIRC2109	Process engineering : unit operations  (in French)	Marc Meurens (coord.), Patricio Ruiz Barrientos	45h + 15h	6credits	2q	x
BRES2103	Soil physics  (in French)	Charles Bielders, Mathieu Javaux	30h + 15h	4credits	1q	x
BRTE2101	Biological physico-chemistry of water and soil  (in French)	Joseph Dufey, Patrick Gerin	37.5h + 15h	5credits	1q	x
BRTE2102	Integrated exercises in environmental science and technology  (in French)	Patrick Gerin (coord.), Mathieu Javaux, Marnik Vanclooster	45h + 0h	4credits	1+2q	x
Cours au choix en 1ère année de master pour 4 crédits minimum parmi les intitulés suivants :
BRES2102	Soil hydrodynamics : modelling  (in French)	Sébastien Lambot, Marnik Vanclooster	30h + 22.5h	5credits	2q	x
MAPR2643	Treatment of liquid effluents  (in English)	Spyridon Agathos, Léon Duvivier	30h + 7.5h	4credits	1q	x
MAPR2680	Treatments of gaseous wastes  (in English)	Jacques Devaux, Olivier Françoisse	30h + 7.5h	4credits	1q	x
MAPR2690	Valorisation and Treatment of Solid Wastes  (in English)	Jacques Devaux, Joris Proost	30h + 7.5h	4credits	1q	x
AUCE2191	Geoenvironment  (in French)	Alain Holeyman	30h + 15h	4credits	2q	x

						Year
						1	2
AUCE2965	Introduction au droit de l'urbanisme et de l'aménagement du territoire  (in French)	Francis Haumont, Francis Haumont (supplée N.)	15h	2credits	1q	x
DROP2061A	Droit du développement durable - 1ère partie  (in French)	N.	15h	2credits	2q	x
BIRA2105	Agricultural and rural policies  (in French)	Bruno Henry de Frahan	30h + 0h	3credits	1q	x
BRAT2101	Suburban and rural space development  (in French)	Pierre Defourny (coord.), Freddy Devillez, Yves Hanin, Anne-Laure Jacquemart	45h + 22.5h	6credits	1q	x
BRAT2102	Spatial modelling of territorial dynamics  (in French)	Pierre Defourny	15h + 15h	3credits	2q	x
BRAT2103	Rural sociology and land development  (in French)	Daniel Bodson	30h	3credits	1q	x
BIRF2104A	Ecologie forestière et phytosiciologie: partie phytosiciologie  (in French)	N.	15h + 30h	4credits	2q	x
Un cours au choix en 1ère année de master pour minimum 4 crédits parmi les intitulés suivants :
BIRA2107A	Animal productions : principles and feeding  (in French)	Michel Focant, Yvan Larondelle (coord.)	30h + 15h	4credits	1q	x
BIRA2108	Plant production  (in French)	Pierre Bertin, Xavier Draye (coord.)	37.5h + 15h	4credits	1q	x
BIRF2105A	Sylviculture et dendrologie: partie sylviculture  (in French)	Quentin Ponette	30h + 30h	4credits	1q	x
Un cours au choix en 1ère année de master pour minimum 3 crédits parmi les intitulés suivants :
ENVI2011	Méthodes d'évaluation et de gestion environnementale  (in French)	Jean-Pierre Tack	30h	3credits	2q	x
DROP2061B	Droit du développement durable - 2ème partie  (in French)	N.	15h	3credits	2q	x
DROP2062B	Droit de l'urbanisme - 2ème partie  (in French)	Charles-Hubert Born, Francis Haumont	15h	3credits	2q	x
DROP2063	Environmental Law  (in French)	Damien Jans, Nicolas de Sadeleer	30h	5credits	2q	x

						Year
						1	2
BRES2102	Soil hydrodynamics : modelling  (in French)	Sébastien Lambot, Marnik Vanclooster	30h + 22.5h	5credits	2q	x
BRES2103	Soil physics  (in French)	Charles Bielders, Mathieu Javaux	30h + 15h	4credits	1q	x
Cours au choix en 1ère année de master pour 21 crédits minimum parmi les intitulés suivants :
BRES2101	Electronics and measurement  (in French)	Francis Labrique	30h + 22.5h	5credits	1q	x
BRES2104	Hydraulics of open irrigation channels  (in French)	Mathieu Javaux	30h + 22.5h	5credits	2q	x
BRES2105	Drainage and soil conservation  (in French)	Charles Bielders	30h + 22.5h	5credits	2q	x
BRES2106	Integrated management of the soil-plant system  (in French)	Stephan Declerck, Bruno Delvaux, Xavier Draye (coord.), Nathalie Kruyts (supplée Bruno Delvaux), Richard Lambert, Bernard Toussaint	45h + 15h	6credits	2q	x
BRTE2101	Biological physico-chemistry of water and soil  (in French)	Joseph Dufey, Patrick Gerin	37.5h + 15h	5credits	1q	x

						Year
						1	2
BRAT2102	Spatial modelling of territorial dynamics  (in French)	Pierre Defourny	15h + 15h	3credits	2q	x
BRTI2102	Process modelling and forescasting systems  (in French)	Emmanuel Hanert	30h + 15h	5credits	1q	x
INGI1271	Files and databases  (in French)	Alain Pirotte	30h + 30h	5credits	2q	x
STAT2320	Design of experiment.  (in French)	Patrick Bogaert, Bernadette Govaerts	22.5h + 7.5h	5credits	2q	x
INGE1216	Management Science: Deterministic models  (in French)	Philippe Chevalier, Mathieu Van Vyve	30h + 15h	5credits		x
Cours au choix libre en 1ère année de master pour minimum 7 crédits

						Year
						1	2
Pour suivre ce module, il est vivement conseillé d'avoir suivi l'option 4E en technologies environnementales : eau, sol, air
BIRE22034	Integrated project (in environmental technologies : water-soil-air)  (in French)	N.	50h	5credits			x
BRES2101	Electronics and measurement  (in French)	Francis Labrique	30h + 22.5h	5credits	1q		x
BRTE2201	Human and animal toxicology  (in French)	Alfred Bernard, Cathy Debier	45h + 7.5h	5credits	1q		x
Cours au choix en 2ème année du master pour minimum 4 crédits parmi les intitulés suivants :
BRES2102	Soil hydrodynamics : modelling  (in French)	Sébastien Lambot, Marnik Vanclooster	30h + 22.5h	5credits	2q		x
MAPR2643	Treatment of liquid effluents  (in English)	Spyridon Agathos, Léon Duvivier	30h + 7.5h	4credits	1q		x
MAPR2680	Treatments of gaseous wastes  (in English)	Jacques Devaux, Olivier Françoisse	30h + 7.5h	4credits	1q		x
MAPR2690	Valorisation and Treatment of Solid Wastes  (in English)	Jacques Devaux, Joris Proost	30h + 7.5h	4credits	1q		x
AUCE2191	Geoenvironment  (in French)	Alain Holeyman	30h + 15h	4credits	2q		x
Cours au choix libre en 2ème année de master: volume modulable pour obtenir un total minimum de 60 crédits pour l'année en cours.

						Year
						1	2
Pour suivre ce module, il est vivement conseillé d'avoir suivi l'option 5E en Aménagement du territoire.
AUCE3011A	Acteurs, territoires et contextes de développement  (in French)	N.	30h	3credits	1q		x
BIRE22035	Integrated project (and field training in land development)  (in French)	N.	80h	8credits			x
Cours au choix en 2ème année de master pour 3 crédits minimum parmi les intitulés suivants :
BRAI2210	Integrated development  (in French)	Jean-François Sneessens	30h	3credits	1q		x
BRAI2212	Economics of rural development  (in French)	Frédéric Gaspart, Bruno Henry de Frahan (coord.)	30h	3credits	1q		x
GEO2150A	Aides à la décision en géographie - Faisabilité des projets  (in French)	N.	15h + 15h	3credits	2q		x
ECGE1228	Regional Economics  (in French)	Jacques-François Thisse	30h + 10h	5credits	2q		x
Cours au choix libre en 2ème année de master pour minimum 8 crédits

						Year
						1	2
Pour suivre ce module, il est vivement conseillé d'avoir suivi l'option 6E en Nature, eaux et forêts.
BIRE22036	Integrated project (and field training in forestry)  (in French)	N.	90h	9credits	1+2q		x
BIRF2201	Economie et politique forestières  (in French)	Daniel Bemelmans (coord.), Jean-Louis Blanchez, Mathieu Jonard	37.5h	3credits	1q		x
BIRF2202A	Aménagement des formations forestières  (in French)	Quentin Ponette (coord.)	22.5h + 15h	3credits			x
Cours au choix en 2ème année de master pour minimum 3 crédits parmi les intitulés suivants :
BRAI2217	Meadows and trails  (in French)	Frédéric Janssens, Richard Lambert	45h	4credits	2q		x
BIRF2203	Pisciculture  (in French)	Xavier Rollin	30h	3credits	1q		x
Cours au choix libre en 2ème année de master: volume modulable pour obtenir un total minimum de 60 crédits pour l'année en cours.

						Year
						1	2
Pour suivre ce module, il est vivement conseillé d'avoir suivi l'option 7E en ressources en eau et en sol.
BIRE22037	Integrated project (project, seminars and field training in soil and water resources)  (in French)	N.	90h	9credits	1+2q		x
Cours au choix en 2ème année de master pour minimum 3 crédits parmi les intitulés suivants :
BRES2203	Soil management and planning in warm regions  (in French)	Charles Bielders, Thomas Delfosse (supplée Bruno Delvaux), Bruno Delvaux	22.5h + 7.5h	3credits	1q		x
BRES2204	Integrated management of water resources  (in French)	Olivier Cogels, Quentin Goor, Amaury Tilmant (coord.)	30h + 22.5h	5credits	1q		x
BRES2206	Material resistance and earth-made constructions  (in French)	Sébastien Lambot	30h + 22.5h	5credits	1q		x
Cours au choix libre en 2ème année de master: volume modulable pour obtenir un total minimum de 60 crédits pour l'année en cours.

						Year
						1	2
Pour suivre ce module, il est vivement conseillé d'avoir suivi l'option 10E en Analyse et gestion de l'information en ingénierie biologique.
BIRE22031	Integrated project (in technologies and information management)  (in French)	N.	60h	6credits			x
BRES2101	Electronics and measurement  (in French)	Francis Labrique	30h + 22.5h	5credits	1q		x
BRTI2202	Special questions in information management  (in French)	Emmanuel Hanert	30h	3credits	1q		x
BRTI2203	Communication scientifique dans le domaine des sciences exactes  (in French)	Pascale Gualtieri, Joël Saucin	30h	3credits	1q		x
INGE1322	Computer science: Analysis and Design of Information Systems  (in French)	Jean Vanderdonckt	30h + 15h	5credits			x

						Year
						1	2
Ce module est accessible à tous les étudiants quelle que soit l'option suivie en 1ère année de master.
Un cours au choix en 2ème année de master pour minimum 5 crédits parmi les intitulés suivants:
BIRE22031	Integrated project (in technologies and information management)  (in French)	N.	60h	6credits			x
BIRE22034	Integrated project (in environmental technologies : water-soil-air)  (in French)	N.	50h	5credits			x
BIRE22035	Integrated project (and field training in land development)  (in French)	N.	80h	8credits			x
BIRE22036	Integrated project (and field training in forestry)  (in French)	N.	90h	9credits	1+2q		x
BIRE22037	Integrated project (project, seminars and field training in soil and water resources)  (in French)	N.	90h	9credits	1+2q		x
Cours au choix libre en 2ème année de master: volume modulable pour obtenir un total minimum de 60 crédits pour l'année en cours.

						Year
						1	2
Ce module est accessible à tous les étudiants quelle que soit leur option. Il intègre l'ensemble de la formation interdisciplinaire CPME. Les étudiants qui choisissent ce module réalisent leur mémoire dans le cadre de cette formation. L'accès à ce module est réservé à un public limité: http://www.uclouvain.be/cpme.html
CPME2001	Entrepreneurship Theory  (in French)	Frank Janssen	30h	5credits		x
CPME2002	Managerial, legal and economic aspects of the creation of a company  (in French)	Régis Coeurderoy, Yves De Cordt	30h	5credits		x
CPME2003	Business plan of the creation of a company  (in French)	Frank Janssen, Olivier Jaspers	30h	5credits		x	x
CPME2004	Advanced seminar on Enterpreneurship  (in French)	Frank Janssen	30h	5credits		x
Cours au choix libre: volume modulable pour obtenir un total minimum de 60 crédits pour l'année en cours. Pour rappel, le programme de ce module s'articule avec celui de l'option au cours des deux années de master conformément aux directives du secrétaire académique qui veillera à la répartition de l'ensemble des cours sur les deux années de master.