Master in Advanced Materials Science

The University of Granada (UGR) blends centuries of academic tradition with modern research and teaching across a wide range of disciplines. Founded in 1531, UGR serves around 70,000 students and hosts a large international community, creating a cosmopolitan learning environment in the historic and culturally rich city of Granada. Students at UGR benefit from comprehensive academic offerings, from undergraduate degrees to doctoral programs, supported by experienced faculty and well-equipped research facilities.

UGR places strong emphasis on research excellence and international collaboration, with specialized centers and advanced laboratories that support cross-disciplinary projects. The university’s commitment to internationalization is evident in many exchange agreements, joint programs, and support services for incoming students, including language assistance and orientation activities. This combination of academic rigor and global perspective helps graduates develop the skills required in competitive international markets.

Granada itself offers an inspiring backdrop for study, with vibrant cultural life, affordable living, and easy access to Spain’s southern landscapes. International students will find ample opportunities for cultural immersion, internships, and language practice, while university career services and industry links support employability and professional development. UGR is well suited to students seeking a historic European university experience with strong research credentials and a welcoming international community.

The Advanced Materials Science program at the University of Graz is designed for students interested in the interdisciplinary aspects of materials and their applications. This master's program spans four semesters and is taught in English, making it accessible to international students. Ideal candidates are those who have completed a bachelor's degree in physical or engineering sciences and are eager to explore the innovative world of materials.

Students will delve into the production, characterization, simulation, and application of materials through both theoretical learning and extensive laboratory work. The curriculum offers specializations in metals and ceramics, semiconductor processing and nanotechnology, or biobased materials. This hands-on approach equips students with the skills necessary to tackle real-world challenges in various sectors, including energy, transport, and medical technology.

Graduates of this program can pursue diverse career paths in industrial research and development, particularly in materials, chemical, or semiconductor industries. They may also find opportunities in high-tech sectors such as sustainable technologies and process innovation. The skills acquired are transferable, allowing graduates to adapt to various roles in research, teaching, or public institutions.