The Master’s Programme in Functional Materials Science is an interdisciplinary program that combines chemistry and physics with a special focus on nanoscience. It is designed for students interested in the design, synthesis, and analysis of advanced materials. This program provides a strong foundation for further doctoral studies and prepares graduates for careers in research and development within the materials science field.
Graduates of the Functional Materials Science Master's programme are well-prepared for a variety of career paths in both academic and industrial settings. The interdisciplinary and research-oriented nature of the program equips students with specialized knowledge and practical skills.
The program is suitable for graduates of Bachelor's programmes in Chemistry, Physics, Teacher Training (Subjects Chemistry and Physics), Earth Sciences, Atmospheric Sciences, Pharmaceutical Sciences, Civil Engineering and Environmental Engineering, or Mechatronics.
These figures are estimates and can vary. For the most current information, please consult the University of Innsbruck's official fee pages.
Non-EU/EEA citizens pay approximately €726.72 per semester. EU/EEA citizens generally have tuition fees waived, except for a student union fee of around €20.20 per semester. Please verify current fees with the university.
The program spans four semesters and covers 120 ECTS credits.
A relevant Bachelor's degree in fields like Chemistry, Physics, or related engineering disciplines is required. Proof of English language proficiency is also necessary; refer to the university's specific language requirements.
International students can apply online through the University of Innsbruck's online application portal. You will need to submit academic transcripts, degree certificates, and language proficiency proof.
Estimated living costs for students in Innsbruck are around €950-€1,100 per month, covering accommodation, food, study materials, and personal expenses.
Graduates are prepared for roles in material development, analytics, quality assurance, and patenting in both academic and industrial research settings.