ECTS
120 credits
Duration
2 years
Training structure
Faculty of Science
Language(s) of instruction
English
Presentation
The Master in Membrane Engineering for Sustainable Development, MESD, offers an advanced training program in membrane science and engineering at the interface between materials science and chemical engineering, focusing on specific application areas: Energy, Food, Bio & Health, and Water.
Objectives
The MESD architecture has been designed to train future membrane engineering professionals to meet the challenges of sustainable development.
- To broaden knowledge and train students in Membrane Engineering so that they can be integrated into industry or academic research.
- Promote excellence, innovation, mobility and diversity in quality training related to membrane science and engineering at the interface between materials science and chemical engineering.
- Meet environmental and sustainability challenges and provide efficient membrane solutions in the fields of energy, food, bio & health and water.
At the end of the Master's program, graduates will have acquired a number of competencies and skills, such as:
- Theoretical and practical scientific competence in sustainable membrane and process engineering (knowledge of materials science, physics and chemistry, engineering and processes, modeling, nanoscience and nanotechnology, industrial and chemical processing)
- Cross-disciplinary skills such as multilingualism; project management and information technology skills
- Cross-disciplinary skills such as adaptability, knowledge of diverse European cultures and values.
Program
The MESD Master's program lasts two years: 4 semesters, each corresponding to 30 ECTS (European Credit Transfer System), spent in at least 3 different countries. The field of membrane applications is vast, and in order to offer the widest possible range of knowledge, the summer school and weekly seminars will complement the Master's program.
The master's program involves seven higher education institutions (HEIs) in six European countries:
Université de Montpellier (France), coordinating organization, UM
Université Toulouse III-Paul Sabatier (Toulouse, France), UT3
University of Chemistry and Technology Prague (Czech Republic), UCTP
Universidade Nova de Lisboa (Portugal), NOVA
Universidad de Zaragoza (Spain), UNIZAR
University of Twente (Netherlands), UTwente
Lund University (Sweden), LU, new partner
Select a program
Membrane Engineering for Sustainable Development - Membrane Materials
Inorganic materials
Influence of processing properties on the properties of mate
2 creditsSolutions, colloids, interfaces
2 creditsPolymers and biodegradable polymers for sustainable developm
2 creditsTransport phenomena
2 creditsPolymers
2 creditsTutored projects
8 creditsIntroduction to nanomaterials Online Course (UNIZAR, Spain)
2 creditsModelling and numerical simulations
2 creditsMembrane material design
2 creditsEntrepreneurship and Innovation Online Course (NOVA,Portugal
3 creditsMembrane technology applications
2 creditsCharacterization of porous materials
2 credits
MESD-MM UNIZAR
25 creditsHybrid & structured materials
2 credits
Admission
Access conditions
To be eligible for application (admission and scholarship), students must meet the following conditions:
Hold a Bologna undergraduate degree or a bachelor's degree in chemistry, physics, materials engineering, chemical engineering, biochemical engineering, or an equivalent degree, from a recognized college, university or technical school. Alternatively, recognized professional experience in these fields may be accepted. Students in their final year of study may be admitted provided they submit their diploma certificate and official transcripts prior to registration.
Provide proof of proficiency in English, preferably through TOEFL or IELTS. Other official proof may be accepted. Please consult the list of documents (Minimum required level CEFR, Common European Framework of Reference for Languages: B2).
Submit a complete application form with all required documents. Candidates must complete the application form and submit it exclusively online (see https://mesd.edu.umontpellier.fr/ for full procedure).
How to register
There is one application process for both scholarship and self-paying students. By applying, all candidates will automatically be considered for an EMJM scholarship - no separate application is needed. See: https://mesd.edu.umontpellier.fr/how-to-apply/
Tuition fees
The Erasmus Mundus Joint Master's Scholarship (EMJM) is designed to help students cover the costs of participating in the MESD Master's program. It offers financial assistance covering travel, visa, accommodation and living expenses, enabling students to concentrate on their studies without financial worries.
EMJM grant :
Monthly stipend of 1,400 euros/month to cover living expenses, calculated over the 24-month duration of the program.
The scholarship covers all activities required to complete the program, including study, research, internships and dissertation preparation.
Scholarships are open to students from all over the world. The MESD consortium is committed to maintaining a geographical balance*, ensuring a fair representation of students of various nationalities.
*EMJM scholarships can be offered to students from all over the world. However, consortia must ensure geographical balance, i.e. no more than 10% of the total number of scholarships awarded during project implementation must be to applicants of the same nationality (this rule does not apply to additional scholarships for targeted regions of the world, where applicable)."
And then
Professional integration
MESD students benefit from exclusive access to internships, company visits and a global network of research laboratories and industrial partners.
These unique opportunities not only enhance their employability, but also provide them with the skills and experience they need to excel in the job market upon graduation.
MESD graduates enjoy a high rate of employability, supported by a strong professional network and hands-on learning experiences built into the program. 90% of graduates are employed within a year of graduation
Most students publish their first research paper during the program, accelerating their careers in academia and industry.