M2 European Master in Biological and Chemical Engineering for a Sustainable Bioeconomy
The European Erasmus Mundus Joint Master Degree Bioceb aims at providing top-level and up-to-date education in chemical and biological engineering applied to the design and development of bio-based products and processes. The objective is to provide all students with a solid multidisciplinary scientific background in biology, chemistry and biotetechnology, combined with a good knowledge of bio-based products markets, and value-chain sustainability assessement. Bioceb aims at training student to systemic approaches at different scales, from the biological cell to macroeconomic systems. The programme is built-up arround three key pedagological pillars: an academic programme (lecture and practice), a green-line multidisciplinary project carried out over the 2 years, and an internship. Bioceb have ambition to favor the graduates insertion in the professional world, through a cross-cutting approach related to innovation, entrepreneurship and dissemination. Thanks to Bioceb modular format, each student is given the opportunity to build-up his/her specific curriculum with a specialization in one major field of biotechnologies, among bioprocesses design and up-scaling, biomass engineering and valorisation, bioproducts design and production. In the framework of Bioceb programme, the Biomass Engineering for Bioeconomy (BEB) track organised by AgroParisTech whithin the Integrative and Predictive Biology Master consists in a multi-disciplinary training providing :
in M1: knowledge on agro-ressources and biorefinery combined with skills in value chain sustainability assessment and economics
in M2: in-depth knowledge of plant biochemical diversity (in particular through secondary metabolites) and of the biotechnological tools (genetic modification, synthetic biology, innovative extraction strategies according to green chemistry principles) supporting innovation in bioeconomy. Besides the theoretical and experimental training in this scientific fields, the programme includes a course on bioeconomy and innovation to train the students to industry-driven approaches.
To combine different disciplines in order to design new sustainable routes for the valorization of agro-resources or industrial waste.
To carry out experiments in a scientific research approach for bioeconomy-related projects.
To practice project engineering with knowledge of innovation processes and of the different stages leading to industrialization from laboratory research.
To interact within a group and exploit the diversity of skills to carry out a project.
To communicate scientific results.
To discuss with people from different culture and take into account social and ethical expectations.
BIOCEB Master offers International career perspectives in research and development, innovation management or knowledge transfert, in the field of bioeconomy. Depending on their specific curriculum, the graduates will have the possibility to deal with biomass production, conversion process, bio-based products or with whole value-chains related projects. Graduates' careers cover a large panel of profesional sectors in private and public institutions worldwide. Five possible international tracks are offered to the students through the semester 1 and semester 2 options. These five tracks have been designed so as to address specific needs of the job market in bioeconomy, with the following management and scientific activities:
Track 1: Bioproducts, green chemistry, biomass engineering: production of tailored plants and microorganisms to increase the sustainability of the value chains (adaptation of plant to climate change, preservation of biodiversity and food resources, etc.)
Track 2: Bioproducts, green chemistry, bioprocesses: design, optimization and up-scaling of processes for the production of bio-based molecules, combining fermentation and chemistry and taking into account the principle of green chemistry (in particular waste reduction)
Track 3: Bioproducts, green chemistry, materials, polymers: design and development of bioproducts and biomaterials in particular biodegradable materials, and exploiting the diversity of new structures
Track 4: Agro-resources, value-chain assessment, bioprocesses: design of new sustainable value chains and processes involving flexible multi-resources and multi-products biorefineries
Track 5: Agro-resources, value-chain assessment, materials, polymers: design of new sustainable value chains and products for bio-based materials, to substitute fossil-based solutions and create new products
Institut Jean-Pierre Bourgin
Institut des Sciences des Plantes de Paris-Saclay
Ecologie fonctionnelle et écotoxicologie des agroécosystèmes
Génie et Microbiologie des Procédés Alimentaires
MICrobiologie de l'ALImentation au Service de la Santé Humaine
Ingénierie Procédés Aliments.
Unité de Recherche Agro-Biotechnologies Industrielles (AgroParisTech)
AgroRessources Fractionnement et Environnement URCA-INRA
Institut de Chimie Moléculaire de Reims UMR CNRS 7312.
Semester 1 is composed of the three optional tracks:
track "Biomass engineering at AgroParisTech (Paris, France)
track "Bioprocesses at ULiège (University of Liège, Gembloux, Belgium)
track "Materials and biopolymers at Aalto University (Aalto, Finland)nland).
|UE Specialized metabolites in biotechnologies||6||24||3||21|
|UE Extraction and separation strategies in bioindustries: evolutions and innovations||5||15||6||12|
|UE Biomolecules, Biomaterials, Bioenergies||4||21||21|
|UE Green line project - 3rd stage||5||24||16||200|
|UE Practice of the chemistry of natural substances||4||3||35|
|UE Portfolio (innovative economical activities development)||2||24|
|UE Microbial biotechnology - applications||6||10||44|
|UE Chemistry of bioenergy production||7||4||40|
|UE Biological chemistry and corresponding processes engineering||6||4||37|
|UE Wood properties and wood products||5||30||40||30|
|UE Polymer blends and composites||5||14||81|
|UE Plant biomass||5||20||5||30||15|
|UE Lignocellulose chemistry||5||24||30||5||11|
|UE Fibers and fibers products||5||24||60|
|UE Cellulose-base fibers||5||24||70|
Lettre de motivation.
Tous les relevés de notes des années/semestres validés depuis le BAC à la date de la candidature.
Dossier VAPP (obligatoire pour toutes les personnes demandant une validation des acquis pour accéder à la formation).