Skip to main content

Master Sciences et technologies de l'agriculture, de l'alimentation et de l'environnement, Parcours : Qualité et sécurité en alimentaire (QSA)

Le parcours Qualité et Sécurité en Agroalimentaire (QSA) a pour objectif de former des cadres polyvalents à haut niveau de compétences, maîtrisant les sciences des aliments, la sécurité alimentaire et le management de la qualité. Les diplômés seront capable d’agir au niveau des différents secteurs de l’entreprise, sachant mettre en place et manager une équipe hygiène, qualité, sécurité, santé au travail ou encore environnement. Leurs compétences leur permettront notamment de valider un projet de certification dans ces domaines ou concourir à des activités de recherche ou de R&D dans des structures publiques ou privées.

Pédagogie

  • FUNDAMENTAL PREREQUISITES

    • The candidate in master 1 must have a Bac+3 degree in the field of science and technology (chemistry, biochemistry, biology).
    • The candidate in master 2 must have a Bac+4 degree in the field of agri-food.
  • FUNDAMENTAL PREREQUISITES

    Have experience in the agri-food sector (IUT IAA, BTS IAA, L3 food science), in particular by completing one or more internships.

  • LEARNING SITES

    • SCIENCES, Marseille St-Jérôme
  • LEARNING AND RESEARCH

    - QSA involves around 20 AMU teachers, half from the Institute of Molecular Sciences in Marseille (UMR CNRS 73 13) and the other half from other universities and EPST (INRAE, INSERM and CNRS). The specifications are to provide the state of the art of research in the disciplinary fields of the master's degree (nutrition-metabolism, food science and technology, toxicology, etc.).

    - Four specific projects of the course (out of 8) are devoted to research issues, targeting emerging risks in particular.

    - The M1 and M2 internships can be carried out in a research laboratory.

  • PROFESSIONAL SKILLS TO BE ACQUIRED

    The QSA graduate will be able to implement a global quality and food safety approach in line with the issues related to the company, the market, regulations and the environment, thanks to the following learning outcomes:

    • Know the evolution of food constituents from the field to the cell

    • Understand the fundamental technologies in the agri-food industries

    • Know the specific risks related to the safety of food products

    • Develop food analytical and control strategies

    • Know the quality management tools in the agri-food sector

    • Know the regulatory and socio-economic aspects of the agri-food sector

    • Implement an integrated quality-safety-health at work-environment management system

    • Deploy a methodology for developing an innovative food product

    • Conduct a research project in nutrition or food science

    • Knowing the evolution of food constituents from the field to the cell
    • Apprehend the fundamental technologies in the food industry
    • Know the specific risks related to the safety of food products
    • Developing analytical and control strategies for the food industry
    • Knowledge quality management tools in agri-food
    • Know the regulatory and socio-economic aspects of the agri-food sector
    • Implement an integrated quality-workplace health-environment management system
    • Develop a methodology for the development of an innovative food product
    • Conduct a research project in nutrition or food science
  • INTERNSHIPS AND SUPERVISED PROJECTS

    - Two mandatory internships, in M1 (2 to 4 months) and in M2 (6-month internship or work-study program) are carried out in a company or research laboratory.

    - Eight supervised projects are carried out by the group student (in groups of 2 or 3) under the supervision of two teachers each.

    - A group project (5 to 7 students) to create an innovative food product over two years, involves 14 teachers and is the subject of 7 milestones and 3 defenses. Each year, 6 innovative food products are created in the QSA course, as well as their companies and their industrial and managerial strategies.

  • SPECIFIC TEACHING CONDITIONS

    The pedagogy is centered on the student, particularly through inversed teaching, student specific projects (8 in total) and the project of creating new and novel food products. In addition, the student is called upon to participate in the evaluation of certain specific projects.

  • SEEKED CAREERS

  • NSF DOMAINS

    • 112F Biochimie des produits alimentaires ; Biochimie appliquée aux procédés industriels (fr)
    • 118F Biologie de l'agronomie et de l'agriculture ; Biologie des produits et des contrôles alimentaires ; Biopharmacologie (fr)
    • 221R Contrôle de qualité alimentaire (fr)
  • SEEKED CAREERS

    • Health, Safety, Quality and Environment Manager.

    • Biotechnology, bioremediation engineer, Genomics and plant improvement engineer.

    • Polyvalent engineer in the food industry.

    • Quality manager.

    • Research officer, Project manager.

    • R&D manager.

    • Fraud inspector

    The in job rate at 6 months of the QSA course is 83%, including an average of 4 DGCCRF inspectors per year between 2018 and 2024.

  • LEARNING COURSES LIST

Inscription

  • SCHOOL REGISTRATION

    Typical courses can be access by
    • Initial Formation
    • Continious formation
    • Alertnating Learning formation
      Le master 2 est également ouvert en alternance

Responsables du parcours