The programme comprises core subjects of 30 and an option course of 30 credits.
Students must choose one of the following focuses : research, professional (biotechnology) or teaching.
The option courses available are : biochemistry, molecular genetics and microbial cellular physiology, plant molecular genetics and cellular physiology, animal and human molecular genetics and cellular physiology.
One option to choose between
7 crédits à choisir dans la liste de cours ci-dessous
Holders of the Master in Biology with an option course in biochemistry, molecular and cellular biology may go on to the degree of Master in Biochemistry, Molecular and Cellular Biology (120 credits) subject to a further year of training and a more advanced dissertation.
Holders of the Master in Biology with an option course in biology of organisms and ecology may go on to the degree of Master in Biology of Organisms and Ecology (120 credits) subject to a further year of training and a more advanced dissertation.
University Bachelors |
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Diploma | Special Requirements | Access | Remarks |
UCL Bachelors | |||
Intitulé du programme appelé par le code | Direct access | ||
Bachelor in Chemistry [180.0] | Si l'étudiant a suivi la Minor in Biology [30.0] | Direct access | |
Bachelor in Bioengineering [180.0] | Access with additional training | ||
Belgian Bachelors of the French speaking Community | |||
Bachelier en sciences biologiques | Direct access | ||
Intitulé du programme appelé par le code | Direct access | ||
Belgian Bachelors of the Dutch speaking Community | |||
Bachelor in de biochemie en de biotechnologie | Direct access | ||
Intitulé du programme appelé par le code | Direct access | ||
Foreign Bachelors | |||
Intitulé du programme appelé par le code | Direct access | ||
Non university Bachelors |
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Diploma | Access | Remarks | |
> Find out more about links to the university
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> BA en agronomie > BA en chimie (toutes finalités) > BA en chimie finalité biochimie | 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 | Après vérification de l'acquisition des matières prérequises, soit accès moyennant la réussite d'une année préparatoire de 60 crédits max, soit accès immédiat moyennant ajout éventuel de 15 crédits max | Type long | |
Holders of a 2nd cycle University degree |
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Diploma | Special Requirements | Access | Remarks |
"Licenciés" | |||
Intitulé du programme appelé par le code | Direct access | ||
Masters | |||
Intitulé du programme appelé par le code | Direct access | ||
Holders of a non-University 2nd cycle degree |
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Diploma | Access | Remarks | |
> Find out more about links to the university
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> 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 |
See the general admission requirements
Specific procedures :
Les demandes d'admission sont à introduire auprès du Secrétariat du Département de biologie, Carnoy, Place Croix du Sud 2, 1348 Louvain-la-Neuve.Strong points of the pedagogical approach
Students will mainly be assessed on the basis of individual work (e.g. reading, consultation of databases and bibliographic references, writing monographs and reports, presentation of seminars, dissertation and field work). As far as possible, there will be continuous assessment, including regular ‘open book examinations’. Certain activities will not be given a precise mark but will be officially certified.
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Click on the course code to see detailed informations (objectives, methods, evaluation...) | ||||||||||||||||||
Year | ||||||||||||||||||
1 | ||||||||||||||||||
LBIOL2990 | Mémoire | N. | 15credits | x | ||||||||||||||
Sciences humaines (2credits) | ||||||||||||||||||
Philosophie (2credits) 2 crédits à choisir parmi | ||||||||||||||||||
LSC2001 | Introduction to contemporary philosophy | Gilbert Gérard | 30h | 2credits | 2q | x | ||||||||||||
LSC2220 | Philosophy of science | Michel Ghins | 30h | 2credits | 2q | x | ||||||||||||
LFILO2003E | Ethics in the Sciences and technics (sem) | N. | 2credits | x | ||||||||||||||
Activités au choix (13credits) 11 crédits à choisir dans les programmes des masters 120 en biochimie, biologie moléculaire et cellulaire (BBMC) ou en biologie des organismes et écologie (BOE). Des activités de mise à niveau peuvent être choisies pour un maximum de 6 crédits. | ||||||||||||||||||
LBBMC2101 | Biochimie structurale et fonctionnelle | Pierre Morsomme, Patrice Soumillion | 30h | 3credits | x | |||||||||||||
LBBMC2102 | Biologie moléculaire et cellulaire intégrée | Henri Batoko, Bernard Hallet, René Rezsohazy, Yves-Jacques Schneider | 30h | 3credits | x | |||||||||||||
LBIRC2101A | Analyse biochimique et notions de génie génétique: analyse biochimique | Marc Boutry, François Chaumont, Pierre Morsomme | 18.5h + 22.5h | 3credits | 1q | x | ||||||||||||
LBRMC2101 | Genetic engineering | Marc Boutry | 30h + 7.5h | 3credits | 1q | x | ||||||||||||
LBRMC2202 | Cell culture technology | Marc Boutry (coord.), Yves-Jacques Schneider | 30h | 3credits | 1q | x | ||||||||||||
LBOE2110 | Stages de terrain | Thierry Hance, Hans Van Dyck, Renate Wesselingh (coord.) | 20h + 80h | 6credits | x | |||||||||||||
LBOE2111 | Evolution | Thierry Hance, Caroline Nieberding, René Rezsohazy, Marie-Claire Van Dyck, Renate Wesselingh | 60h | 5credits | 1q | x | ||||||||||||
LBOE2112 | Analyse des données biologiques | Éric Le Boulengé | 24h + 36h | 5credits | 1q | x | ||||||||||||
Activités de mise à niveau | ||||||||||||||||||
LBIO1332 | Animal embryology | René Rezsohazy | 25h + 15h | 3credits | 1q | x | ||||||||||||
LBIO1335 | Immunology | Jean-Paul Dehoux | 25h + 15h | 3credits | 1q | x | ||||||||||||
LBIO1322 | Integrated tutorials in biochemistry and molecular genetics | Bernard Hallet, Patrice Soumillion | 0h + 60h | 5credits | 2q | x | ||||||||||||
LBIO1233 | Animal physiology and morphology | Patrick Dumont, Françoise Gofflot, René Rezsohazy | 30h + 30h | 10credits | 2q | x | ||||||||||||
LBIO1342 | Plant morphogenesis | François Chaumont | 20h + 15h | 3credits | 2q | x | ||||||||||||
LBIO1341 | Plant physiology | Xavier Draye, Stanley Lutts | 45h + 15h | 5credits | 2q | x | ||||||||||||
LBIO1336 | Animal Biochemistry, physiology and histology | Patrick Dumont, Françoise Gofflot, Jean-François Rees | 30h + 30h | 6credits | 2q | x | ||||||||||||
LCHM1211 | General Chemistry 2 | Michel Devillers (coord.), Bernard Tinant | 30h + 54h | 6credits | 2q | x | ||||||||||||
LCHM1251 | Elements of crystallography and molecular spectroscopy | Yaroslav Filinchuk, Sophie Hermans | 60h + 30h | 8credits | 1+2q | x | ||||||||||||
LCHM1331 | Inorganic chemistry I | Michel Devillers | 37.5h + 7.5h | 4credits | 1q | x | ||||||||||||
LBIR1317 | Chimie organique (3è partie) | Benjamin Elias | 30h + 15h | 3credits | 1q | x | ||||||||||||
LCHM1321A | Analytical chimistry | Christine Dupont, Yann Garcia | 30h | 3credits | 1q | x | ||||||||||||
LCHM1361 | Introduction to polymer chemistry | Jean-François Gohy | 22.5h | 2credits | 2q | x | ||||||||||||