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Master in Bio-informatics and Modelling

  • academic year
    2019-2020
Master in Bio-informatics and Modelling

This formation is taught in french and in english.

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  • Programme title
    Master in Bio-informatics and Modelling
  • Programme mnemonic
    MA-BINF
  • Programme organised by
    • Faculty of Sciences
  • Degree type
    Masters 120 credits
  • Tier
    2nd cycle
  • Field and branch of study
    Sciences and technics/Sciences
  • Schedule type
    Daytime
  • Languages of instruction
    french / english
  • Theoretical programme duration
    2 years
  • Campus
    Plaine/Solbosch
  • Category / Topic
    Sciences and technics - Sciences
  • Jury President
    Didier GONZE
  • Jury Secretary
    Dimitri GILIS

Details

General information

Degree type

Masters 120 crédits

Theoretical programme duration

2 years

Learning language(s)

french / english

Schedule type

Daytime

Campus

Plaine/Solbosch

Category(ies) - Topic(s)

Sciences and technics - Sciences

Organising faculty(s) and university(ies)
Infor-études

Contacts

+32 2 650 57 30

Succeed in your studies

ULB offers a number of activities and resources that can help you develop a successful strategy before or during your studies.

You can make the transition to higher education easier by attending preparatory courses, summer classes, and information and orientation sessions, even before you start your studies at ULB.

During your studies, many people at ULB are there specifically to help you succeed: support staff in each faculty, (inter-)faculty guidance counsellors, tutors, and experts in academic methodology.

Presentation

The response to current biological problems—from genome sequencing to the study of biomolecular structures and the analysis of dynamical cellular processes—increasingly relies on the complementarity between experimental and theoretical approaches, which allows biological systems to be analysed, modelled, and simulated on computers from the molecular and cellular scales up to entire organisms and even populations. To meet this trend, the programme trains students from a variety of academic backgrounds on computational genomics and proteomics, structural bioinformatics, and modelling of dynamical processes. Graduates of this Master are able to use and design bioinformatics and modelling tools to address all aspects of a biological question, in close collaboration with experimental researchers.

The Master programme consists of:

  • Lecture courses

  • Practical work in computers labs

  • Exercise sessions

  • Personal assignments

The curriculum includes:

  • An intership (in an academic or professional environment) (10 credits)

  • A Master's dissertation (25 credits)

ULB has played a pioneering role in developing the new disciplines covered in this Master, and has now reached a critical number of research groups and teachers with expertise in these areas. An increasing number of research laboratories in various faculties (Sciences, Applied Sciences, Medicine, and Pharmacy) have an interest in bioinformatics and modelling.

The curriculum offered by ULB for this Master covers all areas of modern bioinformatics and modelling. Academic research institutions as well as innovative pharmaceutical and biotechnology companies are recruiting young scientists with this kind of background, and this trend will certainly grow in the coming years. Multiple applications pertain to genome analysis, rational drug design, genetic and metabolic network modelling, synthetic biology, processing of large data sets (‘big data’), and so on.

ULB's Master in Bioinformatics and Modelling is based on research institutes of international renown such as the Institute for Interdisciplinary Research in Human and Molecular Biology (IRIBHM, Faculty of Medicine), the Institute of Biology and Molecular Medicine (IBMM, Faculty of Science), and the Interfaculty School of Bioengineering (EIB). This programme is inherently interdisciplinary, and as such it also benefits from the existence of interfaculty and interuniversity structures such as the Brussels Interuniversity Institute of Bioinformatics (IB)2 (http://ibsquare.be/).

The curriculum offered by the ULB for this Master covers all areas of modern bioinformatics and modeling. The sector of academic research as well as innovative pharmaceutical and biotechnology companies are seeking to recruit young scientists who benefit from this type of training. This tendency will gain in importance in the coming years. Areas of applications include genome analyses, epigenetic, rational drug design, modeling of genetic and metabolic networks, synthetic biology, treatment of large data sets ("big data").

The Master in Bioinformatics and Modeling of ULB is based on research institutes of international renown such as the Institute for Interdisciplinary Research in Human and Molecular Biology (IRIBHM) of the Faculty of Medicine, the Institute of Biology and Molecular Medicine (IBMM) of the Faculty of Science, and the Interfaculty School of Bioengineering (EIB). This training is inherently interdisciplinary, and thus also benefits from the existence of interfaculty and interuniversity structures such as the Brussels Interuniversity Institute of Bioinformatics (IB)2 (http://ibsquare.be/).

The Master in Bioinformatics and Modelling has academic and industrial partnerships at the national and international levels that enable student exchanges (e.g. as part of the Erasmus programme) and internships. Students have the opportunity to spend one or two semesters in a foreign university.

Access conditions

Programme

The Master in Bioinformatics and Modelling is an interdisciplinary programme that enables students to master and develop bioinformatic tools and modelling approaches to address biological questions. The curriculum is organised around 3 main topics: genomics/proteomics/evolution, structural bioinformatics, and modelling dynamical systems.

What's next ?

Prospects

The Master in Bioinformatics and Modelling enables graduates to adapt to a variety of jobs in many fields of activity. Upon completing the programme, they can pursue careers in the industrial sector (pharmaceuticals, biotechnologies, food, etc.) or in the public sector (environment and sustainable development, quality control, biosecurity, scientific outreach), or remain in the academic sector (teaching and research in secondary or post-secondary schools).

Whatever direction the graduates decide on, their interdisciplinary training will be a major asset.