ECTS
120 crédits
Durée
2 ans
Composante
Sciences Fondamentales et Appliquées
Langue(s) d'enseignement
Anglais
Présentation
Contact: emjmd.sucat @ univ-poitiers.fr
The SuCat project is based on catalysis and sustainable chemistry. The main objective is to provide expertise and knowledge on all declinations of catalysis (homogeneous, heterogeneous and enzymatic) and sustainable chemistry. The three partners are well known in each of these domains. University Rovira i Virgili (Spain) is specialised in homogeneous catalysis, University of Aveiro (Portugal) in biotechnologies and University of Poitiers (France) in heterogeneous catalysis.
In high education level, there are many master degrees dedicated to one declination of catalysis, but there is no master degree that gathers knowledge on homogeneous, heterogeneous and enzymatic catalysis, to the best of our knowledge. Chemical industries are widely interested in recruiting persons who will have a mulitidisciplinary background.
Non academic partners are interested in this master (SOLVAY, ARD, L’OREAL, CLARIANT, RAIZ, IFPEN, ADISSEO, Aquitaine Chimie Durable, ...) and will offer leading technical expertise particularly relevant as to enable students to gain practical application in professional contexts, thus ensuring excellent employment prospects.
At the end of this master degree, students will be trained to be recruited by chemical companies using catalysis all around the world with a large panel of expertise and cultural approaches.
Objectifs
The aim of SuCat is to train and form high level graduates in the field of catalysis (homogeneous, heterogeneous and biocatalysis) and sustainable chemistry. Catalysis is the most interdisciplinary and overarching technology in the chemical industry. Catalysis is involved in many industrial applications (energy, fine chemicals, materials…) and in the environmental protection (recycling of waste and reduction of greenhouse gases). Catalysis is of high interest in the chemical industry and helps to define sustainable catalytic processes. Catalysis is directly associated to sustainable chemistry and will help to develop green and sustainable future dependent on breakthrough discoveries in this field. These considerations reveal the strong need for bringing together the scattered knowledge of catalysis over several specialities:
- Homogeneous catalysis
- Heterogeneous catalysis
- Biocatalysis
Savoir-faire et compétences
- The alumni will have a broad spectrum of employers based on their double expertise in catalysis (two declinations) and in life cycle assessment,
- The alumni will be trained in skills that the employers require and need,
Les + de la formation
- The need for highly qualified personnel having skills and expertise in more than one declination of catalysis and sustainability is of prime interest.
- The purpose of SuCat is to provide to students knowledge and skills on catalysis in all its aspects as well as in Life Cycle Assessment. Practical experiences in two declinations of catalysis will be performed through a 6 months internship and 6 months of master thesis giving to students the skills to work in catalytic field in industry or academia. This master gathering partners from Europe, Brazil and Canada will help to coordinate catalysis in all these countries in order to graduate students in this field.
- The respective universities are supported by industrial partners (L’OREAL, CLARIANT, SOLVAY, ADISSEO, RAIZ…) and/or clusters that will prepare the students for the real labour market through a combination of industrial plant visits, internship and seminars.
- This formation will allow students to enter directly in the “work life” or start a PhD in catalysis field.
Formation internationale
Doubles diplômes, diplômes conjoints, Erasmus Mundus
Dimension internationale
The mobility plan ensures several opportunities to students from the same or different Master cohorts to meet and exchange. The students will have the opportunity to know well each other and to create a real group.
The welcome weeks are specifically planned to build a group within the same cohort and exchange experience, thought as beneficial in terms of networking and transferable skills purposes.
The first semester will be held in Poitiers. In the meanwhile, guest lecturers from University Rovira i Virgili, University of Aveiro as well as from affiliated partners will come to Poitiers or give their courses by video-conference.
Students of the SuCat master will do an internship of 6 months in one of the consortium or affiliated partners that will be on a different field of catalysis than the specialization chosen for the second year. They will be encouraged to move in order to discover another country and culture.
In the second year of the master, students will choose a specialization and will move to the University of Aveiro for biocatalysis, University Rovira I Virgili for homogeneous catalysis and University of Poitiers for heterogeneous catalysis. The main aim is that they will have 30 ECTS credits from at least two partners in order to get a double degree diploma.
Organisation
Stages
Stage | Obligatoire |
---|---|
Stage à l'étranger | Obligatoire |
Programme
Sélectionnez un programme
M1 Parcours Erasmus Mundus Sustainable Catalysis (SUCAT)
Green Chemistry/Chimie verte
6 créditsHomogeneous catalysis
5 créditsMicrobial and enzymatic catalysis
5 créditsLife cycle assessment
3 créditsHeterogeneous catalysis and eco-efficient processes
5 créditsAnalytical tools
6 créditsChromatographie-I
3 créditsTechniques spectroscopiques-I
3 crédits
S2 Internship
30 crédits
M2 Parcours Erasmus Mundus Sustainable Catalysis (SUCAT)
Catalytic nanomaterials/Nanomatériaux catalytiques
6 créditsSolid-state analyses / Analyses spécifiques des solides
6 créditsActivated chemical processes/Procédés d'activation
3 créditsEnvironmental remediation/Remédiation environnementale
3 créditsQuantum modeling of materials and interfaces/Modélisation en chimie quantique de matériaux et interfaces
3 créditsLow or zero carbon energy/Energie bas carbone et énergie décarbonée
3 créditsCompany management and bibliography on heterogeneous catalysis
6 crédits
Master Thesis
30 crédits