Bachelier en sciences biologiques

Overview

The Bachelor’s program in Biology at the University of Namur is characterized by an early focus on the major fields of biology (cellular and molecular biology, plant, animal, and microbial diversity and evolution, evolutionary theories, and histology).  

The program is complemented by fundamental concepts in chemistry and experimental physics, as well as statistics and programming. 

Subsequently, the biology program intensifies and becomes more specialized with courses in physiology, genetics, biochemistry, microbiology, ecology, and bioinformatics. 

In the third block, you customize your program by choosing a concentration. This concentration does not limit your options, whether for a master’s degree or in the job market. 

Le bachelier en sciences biologiques

You will develop a strong command of English, enabling you to understand scientific literature and communicate with other scientists in your field (some courses are taught entirely in English). 

A human dimension complements your bachelor’s degree with a reflective approach to the role and impact of science in society. 

You're off to a good start

  • You are passionate about living things and curious to learn how living organisms and processes work;
  • you feel comfortable with biology;
  • you feel capable of integrating concepts from physics, chemistry, and mathematics, without necessarily having taken a rigorous high school curriculum;
  • you have strong analytical and synthesis skills;
  • You are motivated by the idea of learning English and being able to communicate in that language.

Teaching Methods

Lectures, seminars, practicals, exercise sessions, labs, internships… every effort is made to ensure a thorough understanding of concepts and the development of practical skills in the techniques most commonly used by biologists. 

Organized in small groups, the practical work and exercise sessions introduce you to the techniques specific to each discipline. You learn how to use the equipment, take measurements, and then interpret them. In this way, you will experimentally observe certain laws or phenomena covered in theoretical lectures. 

Field trips and internships are essential for a natural science like biology. That is why, in addition to exercises and lab work, you will participate in field days where you apply your discipline in real-world settings: marine biology and ecology internships, environmental biology internships, ecology and integrative biology internships, multidisciplinary summer internships, or immersion internships in laboratories, industry, and hospitals. 

Les études en sciences biologiques

Independence and critical thinking are skills you learn to develop throughout your education. For example, during “flipped classrooms” or problem-based learning sessions, you prepare parts of the material in groups guided by a teacher. You present your findings and formulate questions to make the most of your interaction with the instructor. 

Through the “student-researcher” project, you can gain an introduction to research under the supervision of a researcher from the department. This experience also allows you to develop your independence, creativity, and critical thinking skills. 

Le bachelier en sciences biologiques

If you choose the “biology tutoring” option in Block 3, you will have the opportunity to mentor students in Blocks 1 and 2 during lab sessions, thereby gaining your first teaching experience. 

Completing a final-year project on a topic of your choice concludes your bachelor’s degree. This project can be approached from a bibliographic, pedagogical (to allow you to participate in science outreach activities), or experimental perspective (assisting a researcher in the laboratory). 

A program rooted in sustainable development

Deadly viruses, chronic diseases, loss of biodiversity, global warming, food resources… are complex societal issues that affect life in all its forms. 

Analyze the core components of these problems and develop solutions for the future! 

Sciences études

Support for Success

Succeeding in a year of university studies involves many challenges. 

To help you overcome them, UNamur supports you in developing your academic, methodological, and interpersonal skills—with the help of many professionals. 

Preparatory courses, personalized assistance… Discover the resources available to support your education. 

Biologie études

After a bachelor's degree: a master's degree

Contacts

Faculty of Science

2 Rue Grafé • B-5000 Namur

Office

Ms. A.-C. Casse, S. Duvivier
Tel.: +32 (0) 81 72 45 00
secretariat-sciences@unamur.be

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  • Complementary activities

    Left to read
    Code Name Staff Th.+Ex. Credits/Block
    1 2 3
    MMEDB360 One Health 15h th.
    SBIOB003 Pluridisciplinary scientific field trip 48h th. + 48h ex.
    SVETB297 Zootechnics course 1 10h th.
    SVETB343 Internship at the Centre de Recherches Ovines 1 20h ex.
  • General scientific training

    Left to read
    Code Name Staff Th.+Ex. Credits/Block
    1 2 3
    SGOLB102 Introduction to geology 20h th. + 20h ex.
    SCHIB118 General Chemistry I 60h th. + 20h ex.
    SCHIB119 General Chemistry II 30h th. + 25h ex.
    SPHYB113 Syllabus, webcampus, Teams. 30h th. + 11h ex.
    SPHYB114 Physics III - Optics 30h th. + 10h ex.
    SMATB111_Biologie <unknown> 15h th. + 15h ex.
    SPHYB112_Biologie Physics I : Mechanics and Waves 46h th. + 22h ex.
    SPHYB117 Supplementary physics in life sciences 15h th.
    SCHIB212 Chimie organique 40h th. + 10h ex.
    SMATB223 Mathematics II 15h th. + 20h ex.
    SBIOB205 Introduction to statistics 24h th. + 22.5h ex.
    SBIOB324 Advanced Statistics and Bioinformatics in Life Sciences 36h th. + 24h ex.
  • IT

    Left to read
    Code Name Staff Th.+Ex. Credits/Block
    1 2 3
    SBIOB120_Bloc1 Data management in life sciences, basic principles 8h th. + 12h ex.
    SBIOB220 Data Analysis in Life Sciences 12h th. + 15h ex.
  • Language

    Left to read
    Code Name Staff Th.+Ex. Credits/Block
    1 2 3
    SCDLB101 Introduction to Scientific English (level B1 and above) 30h th.
    SCDLB201 English : Communicating Science Effectively (level B2) 30h th.
    SCDLB301 Writing and Presenting a Scientific Literature Review (level B2) 30h th.
  • Humanities

    Left to read
    Code Name Staff Th.+Ex. Credits/Block
    1 2 3
    SSPSB101 Philosophical questions 22h th. + 7h ex.
    SSPSB203 Psychology 22.5h th.
    SSPSB102_Bloc1 Religious Studies: Anthropology, Metaphysics and Science 30h th.
    SSPSB202 History of science 22.5h th.
    SSPSB204 Logic and argumentation 22.5h th.
    SSPSB102 Religious Studies: Anthropology, Metaphysics and Science 30h th.
    SSPSB309 Ethical 15h th.
    SSPSB308 Philosophy of science 15h th.
    SSPSB307 Formal logic 15h th.
  • Biology

    • Module

      • Human, cellular and molecular biology

        Left to read
        Code Name Staff Th.+Ex. Credits/Block
        1 2 3
        SBIOB327 Genetic and epigenetic regulations 30h th.
        SVETB313 Applied microbiology 20h th.
        SBIOB301 Molecular Mechanisms of Development 24h th.
        SMEDB358 Integrated and biological approach to diseases 30h th. + 15h ex.
        SBIOB345 Human cell biology 15h th. + 10h ex.
        SBIOB344 Visits to laboratories, industry and hospitals 10h th. + 10h ex.
        SBIOB332 Mechanisms of cell responses to stimuli 15h th. + 10h ex.
        SBIOB358 Modern laboratory techniques. 24h th. + 24h ex.
      • Organismal biology and ecology

        Left to read
        Code Name Staff Th.+Ex. Credits/Block
        1 2 3
        SBIOB003 Pluridisciplinary scientific field trip 48h th. + 48h ex.
        SBIOB368 Applied ecology 20h th. + 15h ex.
        SBIOB349 Environmental biology course (including ornithology) 30h ex.
        SBIOB362 Ecoethology 30h th. + 15h ex.
        SBIOB340 Biodiversity, conservation and population genetics 30h th. + 15h ex.
        SBIOB341 Ecophysiology and ecotoxicology 30h th. + 15h ex.
      • Microbiology

        Left to read
        Code Name Staff Th.+Ex. Credits/Block
        1 2 3
        SBIOB372 Immunology of infection 15h th.
        SBIOB369 Metabolic diversity and ecology of microorganisms 22h th. + 22h ex.
        SBIOB375 Internship rotations 40h th. + 40h ex.
        SBIOB371 Bacterial pathogenesis 15h th.
        SVETB313 Applied microbiology 20h th.
        SBIOB370 Bacterial models 15h th. + 30h ex.
        SBIOB327 Genetic and epigenetic regulations 30h th.
    • Biological sciences

      Left to read
      Code Name Staff Th.+Ex. Credits/Block
      1 2 3
      SBIOB131 Introduction to molecular and cell biology 36h th. + 24h ex.
      SBIOB132 Theories of evolution 12h th.
      SBIOB113 Microbial diversity and evolution 12h th.
      SBIOB119 Histology of cells and tissues 24h th. + 12h ex.
      SBIOB126 Animal diversity and evolution 30h th. + 24h ex.
      SBIOB100 Plant diversity and evolution 36h th. + 30h ex.
      SBIOB221 General ecology 35h th. + 14h ex.
      SBIOB232 System Histology 15h th. + 20h ex.
      SBIOB209 Introduction to Bacteriology 15h th. + 10h ex.
      SVETB218_Biologie <unknown> 25h th. + 12h ex.
      SBIOB214 Animal physiology II 32h th. + 12h ex.
      SBIOB229 Current issues in biology 20h th.
      SBIOB210 General Biochemistry I 45h th. + 22.5h ex.
      SBIOB213 Génétique 24h th. + 15h ex.
      SBIOB228 Plant physiology 30h th.
      SBIOB215 Animal diversity and evolution 30h th. + 30h ex.
      SVETB306 Immunologie 24h th. + 6h ex.
      SBIOB304 Bachelor thesis 25h th. + 25h ex.
      SVETB310_Biologie Partim "Virology 17.5h th.
      SBIOB305 Evolution 15h th.
      SBIOB312 General Biochemistry II 25h th.
      SBIOB323 Cell Biology 45h th. + 10h ex.
      SBIOB326 Complements of genetics 35h th. + 30h ex.
    • Optional courses

      Left to read
      Code Name Staff Th.+Ex. Credits/Block
      1 2 3
      UNAM0043 Global change and the Anthropocene 24h th.
      SBIOB003 Pluridisciplinary scientific field trip 48h th. + 48h ex.
      SBIOB350 Tutoring in biology 24h ex.
      UNAM0049 Science for all : Introduction to popular science 24h th.
      UNAM0048 Artificial intelligence: challenges and opportunities 24h th.
      MMEDB360 One Health 15h th.
      SBIOB002 Professional observation internship 5h th.
    • Optional courses

      Left to read
      Code Name Staff Th.+Ex. Credits/Block
      1 2 3
      SBIOB203 15h th.
      SBIOB202 5h th. + 10h ex.
    • Internships

      Left to read
      Code Name Staff Th.+Ex. Credits/Block
      1 2 3
      SBIOB208 Marine biology and ecology course 40h th. + 40h ex.
      SBIOB309 Ecology course 60h ex.
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  • General scientific training

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SGOLB102 Introduction to geology 3 20h th. + 20h ex.
    SCHIB118 General Chemistry I 7 60h th. + 20h ex.
    SCHIB119 General Chemistry II 4 30h th. + 25h ex.
    SPHYB113 Syllabus, webcampus, Teams. 3 30h th. + 11h ex.
    SPHYB114 Physics III - Optics 3 30h th. + 10h ex.
    SMATB111_Biologie <unknown> 2 15h th. + 15h ex.
    SPHYB112_Biologie Physics I : Mechanics and Waves 5 46h th. + 22h ex.
    SPHYB117 Supplementary physics in life sciences 2 15h th.
  • IT

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SBIOB120_Bloc1 Data management in life sciences, basic principles 2 8h th. + 12h ex.
  • Language

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SCDLB101 Introduction to Scientific English (level B1 and above) 2 15h th. 15h th.
  • Humanities

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SSPSB101 Philosophical questions 2 22h th. + 7h ex.
    SSPSB203 Psychology 2 22.5h th.
    SSPSB102_Bloc1 Religious Studies: Anthropology, Metaphysics and Science 2 30h th.
  • Biology

    • Biological sciences

      Left to read
      Code Name Staff Credits Hours/Quarter
      1 2
      SBIOB131 Introduction to molecular and cell biology 5 36h th. + 24h ex.
      SBIOB132 Theories of evolution 2 12h th.
      SBIOB113 Microbial diversity and evolution 2 12h th.
      SBIOB119 Histology of cells and tissues 3 24h th. + 12h ex.
      SBIOB126 Animal diversity and evolution 5 30h th. + 24h ex.
      SBIOB100 Plant diversity and evolution 6 36h th. + 30h ex.
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  • Complementary activities

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    MMEDB360 One Health 3 15h th.
    SBIOB003 Pluridisciplinary scientific field trip 3 48h th. + 48h ex.
  • General scientific training

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SCHIB212 Chimie organique 4 40h th. + 10h ex.
    SMATB223 Mathematics II 3 15h th. + 20h ex.
    SBIOB205 Introduction to statistics 4 24h th. + 22.5h ex.
  • IT

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SBIOB220 Data Analysis in Life Sciences 2 12h th. + 15h ex.
  • Language

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SCDLB201 English : Communicating Science Effectively (level B2) 2 15h th. 15h th.
  • Humanities

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SSPSB203 Psychology 2 22.5h th.
    SSPSB202 History of science 2 22.5h th.
    SSPSB204 Logic and argumentation 3 22.5h th.
    SSPSB102 Religious Studies: Anthropology, Metaphysics and Science 2 30h th.
  • Biology

    • Biological sciences

      Left to read
      Code Name Staff Credits Hours/Quarter
      1 2
      SBIOB221 General ecology 5 35h th. + 14h ex.
      SBIOB232 System Histology 3 15h th. + 20h ex.
      SBIOB209 Introduction to Bacteriology 2 15h th. + 10h ex.
      SVETB218_Biologie <unknown> 3 25h th. + 12h ex.
      SBIOB214 Animal physiology II 4 32h th. + 12h ex.
      SBIOB229 Current issues in biology 3 20h th.
      SBIOB210 General Biochemistry I 5 45h th. + 22.5h ex.
      SBIOB213 Génétique 4 24h th. + 15h ex.
      SBIOB228 Plant physiology 4 30h th.
      SBIOB215 Animal diversity and evolution 5 30h th. + 30h ex.
    • Optional courses

      Left to read
      Code Name Staff Credits Hours/Quarter
      1 2
      SBIOB203 2 15h th.
      SBIOB202 2 5h th. + 10h ex.
    • Internships

      Left to read
      Code Name Staff Credits Hours/Quarter
      1 2
      SBIOB208 Marine biology and ecology course 3 40h th. + 40h ex.
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Uncollapse all
  • Complementary activities

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SVETB297 Zootechnics course 1 2 5h th. 5h th.
    SVETB343 Internship at the Centre de Recherches Ovines 1 1 20h ex.
  • General scientific training

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SBIOB324 Advanced Statistics and Bioinformatics in Life Sciences 5 36h th. + 24h ex.
  • Language

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SCDLB301 Writing and Presenting a Scientific Literature Review (level B2) 2 15h th. 15h th.
  • Humanities

    Left to read
    Code Name Staff Credits Hours/Quarter
    1 2
    SSPSB309 Ethical 2 15h th.
    SSPSB308 Philosophy of science 2 15h th.
    SSPSB307 Formal logic 2 15h th.
  • Biology

    • Module

      • Human, cellular and molecular biology

        Left to read
        Code Name Staff Credits Hours/Quarter
        1 2
        SBIOB327 Genetic and epigenetic regulations 2 30h th.
        SVETB313 Applied microbiology 2 20h th.
        SBIOB301 Molecular Mechanisms of Development 2 24h th.
        SMEDB358 Integrated and biological approach to diseases 2 30h th. + 15h ex.
        SBIOB345 Human cell biology 2 15h th. + 10h ex.
        SBIOB344 Visits to laboratories, industry and hospitals 2 10h th. + 10h ex.
        SBIOB332 Mechanisms of cell responses to stimuli 2 15h th. + 10h ex.
        SBIOB358 Modern laboratory techniques. 4 24h th. + 24h ex.
      • Organismal biology and ecology

        Left to read
        Code Name Staff Credits Hours/Quarter
        1 2
        SBIOB003 Pluridisciplinary scientific field trip 3 48h th. + 48h ex.
        SBIOB368 Applied ecology 4 20h th. + 15h ex.
        SBIOB349 Environmental biology course (including ornithology) 3 30h ex.
        SBIOB362 Ecoethology 4 30h th. + 15h ex.
        SBIOB340 Biodiversity, conservation and population genetics 4 30h th. + 15h ex.
        SBIOB341 Ecophysiology and ecotoxicology 4 30h th. + 15h ex.
      • Microbiology

        Left to read
        Code Name Staff Credits Hours/Quarter
        1 2
        SBIOB372 Immunology of infection 2 15h th.
        SBIOB369 Metabolic diversity and ecology of microorganisms 3 22h th. + 22h ex.
        SBIOB375 Internship rotations 5 40h th. + 40h ex.
        SBIOB371 Bacterial pathogenesis 2 15h th.
        SVETB313 Applied microbiology 2 20h th.
        SBIOB370 Bacterial models 2 15h th. + 30h ex.
        SBIOB327 Genetic and epigenetic regulations 2 30h th.
    • Biological sciences

      Left to read
      Code Name Staff Credits Hours/Quarter
      1 2
      SVETB306 Immunologie 4 24h th. + 6h ex.
      SBIOB304 Bachelor thesis 5 25h th. + 25h ex.
      SVETB310_Biologie Partim "Virology 2 17.5h th.
      SBIOB305 Evolution 2 15h th.
      SBIOB312 General Biochemistry II 5 25h th.
      SBIOB323 Cell Biology 5 45h th. + 10h ex.
      SBIOB326 Complements of genetics 4 35h th. + 30h ex.
    • Optional courses

      Left to read
      Code Name Staff Credits Hours/Quarter
      1 2
      UNAM0043 Global change and the Anthropocene 3 24h th.
      SBIOB003 Pluridisciplinary scientific field trip 3 48h th. + 48h ex.
      SBIOB350 Tutoring in biology 3 24h ex.
      UNAM0049 Science for all : Introduction to popular science 3 12h th. 12h th.
      UNAM0048 Artificial intelligence: challenges and opportunities 3 24h th.
      MMEDB360 One Health 3 15h th.
      SBIOB002 Professional observation internship 3 5h th.
    • Internships

      Left to read
      Code Name Staff Credits Hours/Quarter
      1 2
      SBIOB309 Ecology course 3 60h ex.

Careers for Biologists

Career Opportunities

Spotlight on our alumni

Les études en biologie

Organismal Biology and Ecology

Upon completion of this master’s program, you will be qualified to pursue a scientific career in the national and international job market, particularly in research institutions, nature conservation organizations, government and non-governmental agencies, as well as private companies.

Your modeling skills, in-depth understanding of biological phenomena, passion for research, and scientific rigor will be in demand not only in scientific professions (research, development, teaching, etc.) but also across society as a whole.

Biomedical Sciences

Biomedical sciences can lead to many different careers in the field of basic and/or applied research: universities, hospitals, government agencies, laboratories in the biopharmaceutical, biotechnology, nutritional and food/animal feed, cosmetics, forensic science, and medical and laboratory equipment sectors.

Molecular Microbiology

The wide variety of research fields in bacteriology will allow you to apply your knowledge in industries or research centers involved in the development of new biotechnological, medical, or food solutions.  

Your proficiency in scientific English and your participation in a joint European program will facilitate your recruitment beyond our borders.

A Constantly Evolving Sector 

The life sciences are constantly evolving, and with them, techniques and professions. In Belgium, the pharmaceutical industry employs over 29,000 people, including more than 5,000 in research and development (R&D). With 12.8% of global pharmaceutical exports, our country holds a leading position. Alongside the healthcare sector, growing environmental awareness is opening up a growing number of opportunities for biologists. 

Advancing science 

Nearly 40% of our recent graduates begin their careers in research at a university, either in Belgium or abroad. There, they pursue a Ph.D. (typically a 4-year program) or participate in a research program, most often on a fundamental topic. 

Research is also conducted in corporate R&D departments and at public research centers. As part of a team, biologists develop new products or conduct laboratory analyses. 

After graduating, I was hired by a CRO (Contract Research Organization) located in Louvain-la-Neuve. I set up clinical trials on behalf of our clients. Specifically, I organize the submission of the trial to the ethics committee. Next, I train the staff at the site where the study will be conducted. I visit the site regularly to ensure that the protocol is being followed. I liaise with the other subcontractors involved (for example, for genetic blood analyses, for entering results into databases, etc.). Finally, I coordinate the writing of the final study report. It’s a job that requires a lot of organization and strong stress management skills 

Marie, graduate

I manage a river contract in southern Belgium, within a nature park funded by European grants. Setting up a river contract involves convincing many partners with often divergent interests. I have to promote the project, particularly by publishing brochures. I organize outreach activities, such as workshops for children. Administrative and financial management, as well as fundraising, take up a significant portion of my time.

Nicolas, graduate

On the periphery of research and development

Many service providers are involved in the downstream phase of R&D. In large companies, specific departments handle these activities, either in full or in part. 

CROs (Contract Research Organizations) are service companies that subcontract certain stages of clinical research on behalf of large companies. Some specialize in managing the clinical trials that new pharmaceutical products undergo before being brought to market, in order to verify their safety and pharmacokinetic profile (the behavior of a drug’s active ingredient within the body after administration). 

Quality is the watchword of the pharmaceutical sector. It is always necessary to be able to prove that all procedures comply with current regulations, from the earliest stages of development through to the delivery of products to customers. 

Within regulatory affairs departments, biologists supported by legal professionals monitor current regulations and handle the submission and tracking of “quality” or “intellectual property” filings with the relevant administrative authorities. 

Preserving living heritage 

An increasing number of biologists are working to protect natural, plant, and animal heritage. In accordance with established environmental policies, they conduct inventories, manage, monitor, and promote these resources. They may lead large-scale projects related to sustainable development (partner recruitment, fundraising, outreach, etc.). 

 My company develops bioreactors. We currently have 80 employees. After a year of laboratory training, I now manage a cell culture project. This involves planning the steps based on available resources—both equipment and personnel—using project management tools. I conduct literature reviews, carry out certain experiments, and present the results in the form of presentations and publications. English is essential for all communication with our partners and clients.

Florence, graduate

I am a quality assurance manager at an agricultural research center. We test pesticides before they are released to the market. I spend 25% of my time in the field, conducting inspections in the lab, attending meetings, or performing external audits. The rest of the time, I work on drafting procedures and reports. Communication, both oral and written, is essential in my work. 

Vanessa, graduate 

Passing on a passion for life 

Science education remains a significant career path for our graduates, both in universities and in upper secondary education. 

The emergence of new careers 

In recent years, we have seen biologists entering the hospital sector, either in assisted reproductive technology laboratories or in the management of clinical trials involving patients. 

Bioinformaticians, who combine their scientific training with strong skills in databases, statistics, and programming, play a fundamental role in dealing with the influx of new genomic sequencing data and other data derived from the exploration of living organisms. They model and compare this wealth of information to formulate relevant research hypotheses to be tested in an experimental setting. 

I am a biologist in the molecular biology department of the Institute of Pathology and Genetics (IPG). One of the IPG’s missions is the screening for genetic diseases (such as cystic fibrosis) in adults, children, newborns, and even fetuses. As a biologist, I manage the work of a team of laboratory technologists, analyze the results obtained for each patient, and communicate them to the patient’s attending physician in the form of a report. We must also stay continuously informed about scientific and technical advancements through literature reviews, training, and conferences. Effective time and resource management, as well as the ability to communicate scientific data concisely, are essential skills in this profession.

Charlotte, graduate 

L'aide à la recherche d'emploi

La Cellule Emploi accompagne les étudiants de dernière année et les diplômés dans leur parcours professionnel, via plusieurs services : diffusion d’offres d’emploi et de stage, entretiens d’orientation, ateliers sur les thématiques liées à l’insertion professionnelle, information et documentation sur le monde du travail.