Academic Programme

Green Factories : Process engineering for sustainable valorisation of bioresources - Master's level

Specialisations: Green Factories : Process engineering for sustainable valorisation of bioresources
Diplôme national de master contrôlé par l'État

Résumé

This training programme in Process Engineering (Bio-Processes), which spans from Master's to Doctorate level, aims to prepare the next generation of researchers and engineers to tackle the scientific and technical challenges of industrial transition ...... En savoir plus

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Détails

General Information

- Entry:September 2024 (Master 1 or Master 2)
- Duration: 1 or 2 years
- Place: Nantes
- Langue: English
 

Laboratory

Présentation

This training programme in Process Engineering (Bio-Processes), which spans from Master's to Doctorate level, aims to prepare the next generation of researchers and engineers to tackle the scientific and technical challenges of industrial transition through the development of engineering approaches for the sustainable valorization of agro- and bio-resources for both food and non-food purposes (e.g., materials, energy).

The training programme is built around strong laboratory immersion, offering education through and for research. It particularly benefits from the internationally recognized expertise of the GEPEA laboratory, deeply involved in research and industrial programs for industrial transition in the fields of food (nutrition and health), energy (biofuels, etc.), and the environment (green chemistry, industrial ecology, waste minimization, etc.).
 
 

Why choose our graduate programme?

  •     A fully English-taught programme by professors and researchers from internationally recognized laboratories.
  •     A strong focus on cutting-edge research and its application to address industrial challenges and societal issues of tomorrow's industry.
  •     Access to top-tier platforms and pilot facilities, including advanced European installations such as the R&D platform AlgoSolis (microalgae valorization), providing practical expertise directly linked to current industry needs.
  •     Access to innovative equipment and original experimental prototypes, from laboratory scale to semi-industrial platforms.
  •     A training program that combines individual research projects and direct participation in international collaborations with leading teams in the field (Europe, Australia, USA, South America, etc.).
  •     Personalized mentorship to tailor the program to the student’s needs.

The training programme benefits from multiple industrial and international collaborations, such as with Australia (Flinders University, Murdoch University), the USA (Georgia College and State University, Grove City College), South America (University of Sao Paulo and University Federal of Santa Catarina), and Europe (TU Berlin, University College Dublin, etc.). The Master's programme is also part of the ERASMUS exchange programs with several European universities, as well as internationally (about twenty countries, including Lebanon, Indonesia, etc.). Industrial partners are already involved, such as AlgoSource in the microalgae sector, for example.
 

Admission

Pré-requis

Formation(s) requise(s)

Applicants should have a strong background in one of the following fields:
  • Chemical and Bioprocess Engineering
  • Biochemical Engineering
  • Physics, Chemistry, or Biology

Language Requirements

Students must meet one of the following English proficiency criteria:

  • A minimum overall TOEIC score of 800 or equivalent
  • A degree from a university in an English-speaking country
  • A direct interview in English

Candidature

Modalités de candidature

For the selection process, applicants must submit the required documents and attend an interview.
 

Application Process for the 2025-2026 Academic Year

To check the opening and closing dates of the application platform and to submit your application, please visit the Master’s Application page.

Required Documents:

  • A CV written in English or French
  • A motivation letter written in English or French
  • A recommendation letter (if possible)
  • Academic transcripts

Important Information:

For international students who live in the countries that do not use the Campus France procedure on the Études en France platform (including EU countries):

  • To apply for an M1 programme, please use the Mon Master platform.
  • To apply for an M2 programme, please follow the international application procedure for students without a qualifying degree (SURF).
For students who have French nationality or resident in France, please follow the procedure guideline on our website Admission to Nantes Université
For more information, please check our Admission to Nantes Université

Programme

The programme is built on a multidisciplinary approach, covering topics from plant (bio)chemistry to process engineering and modeling, providing students with the skills and knowledge needed to tackle the challenges of a bioresource-based industry.

Each student can choose between two specialization tracks: "Valorization of Microalgae"; "Innovative Food Factory"

Our programme

The programme allows students to acquire skills in the following areas:
  • Process and Bioprocess Engineering
  • Sustainable Production and Circular Economy
  • Bioraffinery of Agro- and Bio-Resources
  • Microalgae Cultivation and Industrial Valorization
  • Biotechnology and Food Processing
 

First year of Master's (Master 1)

  First semester
  • Basic Sciences (5 ECTC)
  • Plant biomass resource and its utilisation (5 ECTS)
  • Process modeling, simulation and Control (Part 1) (5 ECTS)
  • Circular economy and LCA (5ECTS)
  • Research Discovery (5 ECTS)
  • Engineering of Research I (5 ECTS)
  Second semester
  • Separation processes (4 ECTS)
  • Process Modeling Simulation & Control (Part 2)  (4 ECTS)
  • Advanced research in plant resource processing and valorisation (3)
  • Chosen specialyzed course 1* (12 ECTS)
  • Engineering of Research II (4 ECTS)
  • Summer School (3 ECTS)

Second year of Master's (Master 2)

  • Biomass conversion technologies (5 ECTS)
  • Chosen specialized course 2* (12 ECTS)
  • Engineering of Research III (3 ECTS)
  • Master Thesis Building (7 ECTS)
  • Conferences (3 ECTS)
  • Supervised Research in Solo (Master Thesis) (30 ECTS)
Examples of specialized courses (linked to the research activities of the host laboratories):
•   In “Microalgae valorisation”: Biology of microalgae, , Microalgae culture and photobioreactor engineering, Harvesting and biorefinery of microalgae, Microalgae for circular economy
•   In “Innovative Food Factory”: Advanced food processing, Clean label and functional ingredients, Toxical risks and packaging
•   In “Microalgae valorisation” & “Innovative Food Factory”: Bioreaction Engineering, Technological innovations, Cell factory and Biochemical Analysis of bioproducts, Advanced monitoring of bioprocesses

 

6 months

Et après ?

Niveau de sortie

Bac+5 (Libellé inconnu)

Compétences visées

The Programme Develops Advanced Skills in the Following Areas:
  • Bioprocess, Chemical, and Process Engineering, as well as Biotechnology
  • Sustainability and Circular Economy, with a focus on resource efficiency, waste co-valorization, and energy optimization
  • Design, optimization, and scaling-up of (bio)processes for agricultural and biological resources, including bio- and photobioreactors
  • Downstream processes for industrial valorization of agricultural and biological resources into high-value products such as food, biofuels, biochemicals, and bio-based materials
  • Microalgae cultivation and its industrial applications
The Master’s programme fosters high-level research skills in an international collaborative environment. It emphasizes the use of modeling tools and bioprocess control, from individual units to full-scale industrial operations. The goal is to develop sustainable solutions to reduce the energy footprint of industries while preparing students to address contemporary challenges in bioprocess and resource management.
 

Career Opportunities

  • R&D Engineer / Manager
  • Operations or Production Engineer
  • R&D Engineer or Consultant
  • Researcher or Lecturer (PhD level)
  • Scientific Director (PhD level)
  • Project Manager (PhD level)

Poursuites d'études

After two years of the Master's programme, you will have the choice between developing your own career or pursuing a research project at the PhD level. With a PhD, even more opportunities will become available to you.

For more information about our PhD program, please follow this link (available soon).
 
Mis à jour le 04 mars 2025.