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Polymer Science - A key discipline enabling innovations in sustainable development
Sustainable polymeric materials and system-integrated functional polymers play a key role in modern life and economy. Progress in polymer sciences is important for the following:
Sustainable polymeric materials and system-integrated functional polymers play a key role in modern life and economy. Progress in polymer sciences is important for the following:
- Creating advanced materials for sustainable developments
- Enabling high resource and energy efficiency
- Protecting climate, environment and human health
- Rendering high-tech products available for everybody
- Low carbon footprint with attractive ecobalance
- Tailored property profiles with facile processing
- High cost efficiency with high versatility
- Low weight with high durability and recycling
- Multifunctionality with facile system integration
- Bio-based materials for lightweight engineering and biomedicine
- Adaptive ("smart") materials and systems responding to their environment
- Energy-autonomous micro-/bio-systems for energy management and health care
- Bio-inspired, 3D-printed multifunctional polymers/systems
Educational organisation
Built on a long-standing transnational collaboration in training and research, the University of Freiburg and the University of Strasbourg offer an International Master's programme in Polymer Sciences (IM-PolyS). All courses are held in the English language.Programme and courses of IM-PolyS:
- Semester 1 (Strasbourg): Introduction to polymer and soft matter science, complemented by courses in physical chemistry and/or physics
- Semester 2 (Freiburg)
In the second semester - together with the international students from Strasbourg - you can choose between the three main focus areas:
I. Advanced Macromolecular Materials and Nanostructure Engineering:
Advanced knowledge of designing, structuring and implementing advanced functional polymers
II. Macromolecular Engineering and System Integration:
Advanced knowledge of surface analysis, (micro) fabrication and assembly of flexible, energy-autonomous embedded micro systems and their applications
III. Biomaterials and Biosystems:
Advanced knowledge of bio-based polymer materials for sustainable development, exploiting renewable resources and the integration of biopolymer and synthetic functional polymers into (bio-/micro-) systems.
- Semester 3 "à la carte": Specialisation through a broad list of elective courses offered in Strasbourg and Freiburg
- Semester 4: Master's research internship and Master's thesis
Forms of assessment
Oral or written examsSemester 1 (Strasbourg):
Lectures with written exams: together 30 ECTS
Language course: exam 3 ECTS
Semester 2 (Freiburg):
Lab course: talk, colloquium and presentation 9 ECTS
Major module: lectures, seminars and/or lab oral or written exam 15 ECTS
Intercultural modules and language course: exam 6 ECTS
Semester 3 (Strasbourg or Freiburg):
Industrial Polymer Science: excursion, courses and lab 9 ECTS
Advanced practical report or presentation 9-18 ECTS
Lectures: exams 0-12 ECTS (depending on the university)
Languages: exam 3 ECTS
Semester 3 (Strasbourg or Freiburg):
Master Thesis: 30 ECTS
Language requirements
Proof of knowledge of English (at least level B2)Academic requirements
The applicant must hold a Bachelor's degree in chemistry, physics or engineering, or must be about to be conferred this degree.Want to improve your English level for admission?
Prepare for the program requirements with English Online by the British Council.
- ✔️ Flexible study schedule
- ✔️ Experienced teachers
- ✔️ Certificate upon completion
📘 Recommended for students with an IELTS level of 6.0 or below.
Enrolment fees
All students must register in both universities.Foreign students can choose either university as their "home university". French students must choose Unistra and German students the University of Freiburg.
Students who choose University of Strasbourg as their "home university":
Fees at Unistra: 260 EUR per year
Fees at University of Freiburg: 160 EUR per year
Students who choose University of Freiburg as their "home university":
Fees at University of Freiburg: 290 EUR per year
Fees at Unistra: N/A
Costs of living
Participants must make sure in good time that sufficient funds are available to finance their participation in a course of study. The average cost of living in Freiburg for one month is currently approx. 800-900 EUR. Some details:- Student accommodation costs approx. 280-450 EUR (monthly).
- Private expenses amount to around 350 EUR (monthly).
- Health insurance is available for approx. 45-90 EUR (monthly).
- Transport: A special student fare for regional transport costs approx. 89 EUR (per semester).
Funding opportunities within the university
Mobility scholarshipsThe French-German University (UFA / DFH) will grant a scholarship to every IM-PolyS Master's student in order to support his or her mobility in the partner university.
During the first semester (S1), students registered in Freiburg will be financed, while during the second semester (S2), students registered in Strasbourg will be supported.
The UFA / DFH financial support is 270 EUR per month of mobility.
Excellence scholarships
The Master IM-PolyS is presently applying for a "Degree of Excellence". In the event that IM-PolyS is recognised with this distinction, one or two excellence scholarships may be granted to select highly qualified students.
BGF - Ukrainian students
The French Ministry of Foreign Affairs has granted a scholarship (BGF - Bourse du Gouvernement Français) to IM-PolyS to support the application of Ukrainian students.