ESIROI · Maquettes Connexion
AccueilAAS9 · UE
E5AG9A21

Innovative products based on local starchy roots

FR EN ⬇ PDF
RéférentKaies SOUIDI <kaies.souidi@univ-reunion.fr>
ECTS4
CM / TD / TP14 / 12 / 10
Typematiere

Viable
Viable100%
Complète86%
Manque pour « complète »
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But du cours

Project 4 is dedicated to the transformation and process of local raw materials rich in starch and other agro/bio-molecules. Processing technologies such as extraction, separation techniques and drying processes will be focused on. Formulation of intermediate and/or end products will be carried out. This project will be performed in groups of students.

Acquis d'apprentissage visés

  • To be able to eco-design a new food product (supply, process, distribution, organization) and / or improve an existing product ;
  • To be able to innovate within the framework of specificities of the area ;
  • To analyze the process unit steps, propose suitable and sized technologies, plan their automation and maintenance ;
  • To know how to define an experimental plan, analyze numerical data from literature or experiments, conduct a statistical analysis.

Prérequis

Knowledge in food process engineering/technologies and unitary operations, notions of experimental planning (experimental design) and statistics, analytical characterization, eco-conception methodologies.

Programme

Over the courses, students will have to :

  • Analyze the state of the art ;
  • Plan experiments with suitable mathematical tools ;
  • Implement and realize experiments and analyze data with the use of fundamental sciences.
  • Develop new food products using local starchy resources ;
  • Propose ways of increase the added value of raw materials and the use of by-product ;
  • Research for appropriated transformation equipment ;
  • Assess the feasibility and the suitability of the product or of the global process.

All along the project, students will benefit from tutoring and courses on:

  • Intertropical starchy roots
  • Agri-food processing with special focus on extraction-separation and drying technologies ;
  • Experimental design using mathematical tools ;
  • Food formulation and analytical characterization.

Students will benefit from practical work in agro-food technology, culinary and physical-chemistry labs.

Modalités d'évaluation

  • Individual assessment
  • Oral presentation
  • Group deliverables such as food prototype

Supports

See tutor guide and student guide, IDEONIS and HILL developed tools