Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
This master's program offers comprehensive insights into the critical elements influencing material design and selection for cutting-edge engineering applications, including their processing methods, characteristics, and durability. With an emphasis on composites, high-performance alloys, and technical ceramics, you'll examine manufacturing technologies for advanced materials while gaining knowledge about the connections between composition, microstructure, production techniques, and functionality. The curriculum teaches evaluation methods for material performance in real-world applications and provides understanding of degradation mechanisms in extreme environments. Additionally, you'll acquire vital competencies for designing and innovating next-gen high-performance engineering materials, building a solid base for careers in industry or academia. Designed for students with substantial materials expertise seeking specialized knowledge about advanced engineering materials' principles, structure, processing, and design, the program also accommodates graduates from other engineering and scientific disciplines looking to focus on materials engineering.