Master in Chemistry and Materials Technology

The University of Vienna, established in 1365, is one of Europe’s oldest and most comprehensive research universities, enrolling around 44,665 students with an international community of roughly 15,871. With nearly a century and a half of academic traditions and broad disciplinary breadth across humanities, natural sciences, social sciences and law, the university combines historic campus life with modern research infrastructure. Its program portfolio spans numerous undergraduate and graduate pathways, attracting scholars interested in rigorous scholarship and a multicultural study environment.

Research and teaching at the University of Vienna are characterized by strong academic freedom, interdisciplinary collaboration and significant international engagement. The institution’s profile includes numerous internationally recognized scholars and a record of high-impact publications. Academic programs emphasize critical thinking, research training and language diversity, and international students can access a range of support services and English-language options alongside German-taught courses.

Studying in Vienna offers cultural richness, extensive public transport and proximity to Europe’s academic and professional networks. The university supports career development through research assistantships, internships and partnerships with regional institutions. For prospective international students seeking a deeply historic yet research-intensive European university, the University of Vienna combines scholarly prestige, diverse study options and vibrant city life to support academic and professional ambitions.

The Master in Chemistry and Materials Technology at the University of Vienna is a master's degree for students who want to gain a broad education in chemistry and materials technology. It takes a few years to complete and is taught in German. This program helps students develop long-term knowledge and competences.

The curriculum is based on the principles of chemistry and physics, and helps students understand the relationships between composition, structure and morphology of materials. Students learn to synthesise, modify and characterise materials for various purposes, and develop skills in areas like materials science and chemical synthesis.

Graduates of this program can work as Materials Scientists, Chemical Engineers, Research and Development Managers, or Quality Assurance Specialists. They can find jobs in industries like materials science, chemical engineering, or pharmaceuticals, and work for employers like research institutes, universities, or chemical companies.