University of Liege | Version française
Academic year 2014-2015Value date : 1/10/2014
Version 2013-2014
RTFE0013-1  Final work

Duration :  
Number of credits :  
Master en sciences agronomiques et industries du vivant, à finalité spécialisée en procédé biologique de valorisation des effluents, 2nd year18
Master en sciences agronomiques et industries du vivant, à finalité spécialisée en biotechnologies microbiennes, 2nd year18
Master en sciences agronomiques et industries du vivant, à finalité spécialisée en xylochimie et bioraffinage, 2nd year18
Lecturer :  Collégialité
Language(s) of instruction :  
French language
Course contents :  
Learning outcomes of the course :  
The second quadrimester of Master 2 is devoted to preparing the end-of-study work. It consists in personal scientific work on a topic defined jointly with the promoter. The work can be a planning or managing assignment as well as research work. It can be carried out in a laboratory, a private or public research center, or a company, and take place in Belgium, Europe, or overseas. After completing the course the student is expected to:
  • demonstrate that he can work independently;
  • identify and solve a problem, whose complexity matches educational objectives and the amount of time available.
  • handle the engineer sciences and use them. He can analyse mathematically and in a computer way a problem and he modelize it;
  • can use innovative methods to solve problems
  • detect and use the different methods of problems resolution
  • Innovate, conduct research and conceive scientific and technical solutions allowing him to define products, systems and services
  • use conception and modelling methodology and can see their limit;
  • can choose, apply and adapt them;
  • collect and interpret data and scientific relevant information, including in unfamiliar environment;
  • can do scientific reseraches and appropriate experimentations lonely or in group;
  • conceptualize models, systems and process in a real way;
  • Can identify, classify and describe the products performance, systems and services by analyse or modelling methods;
  • can conceive projects corresponding to exigeances or specifications totally define or not, eventually complex, unfamiliar, in uncertain environment or with uncomplete information;
  • cooperate with the world of researcher and engineer of the speciality or not;
  • show critical mind and creativity to developp original and new ideas (technic, methodological or comercial innovation) and new technology;
  • Find scientific and technologic solutions;
  • can use the theory and practice to solve engineering problems and offer trustworthy solutions;
  • differentiate lots of equipment: their characteristics, use and limits;
  • differentiate methods and process;
  • assure a conform achievement;
  • Confirm his works by a well-focused choose of tests;
  • Estimate the cost
  • Organize his work and can work with autonomy
  • integrate an organization, understand the different roles and have a team spirit;
  • communicate effectively, correctly and diversified with the engineering community and a large public (information, works, results).
Prerequisites and co-requisites/ Recommended optional programme components :  
Planned learning activities and teaching methods :  
Mode of delivery (face-to-face ; distance-learning) :  
Recommended or required readings :  
Assessment methods and criteria :  
Personal report (100%)
Work placement(s) :  
Organizational remarks :  
Contacts :  



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