Bachelor in Materials Science and Engineering
Course Overview
This course provides a comprehensive exploration of materials science, from the atomic to the macroscopic scale. Students will learn to connect a material's microscopic structure to its real-world properties and performance, enabling the design and engineering of innovative new substances. The curriculum focuses on applying fundamental principles to solve complex engineering challenges and create next-generation materials.
Key Program Highlights
- Explore the fundamental link between atomic structure, processing, and material properties
- Master techniques for characterizing and analyzing materials across different scales
- Learn principles for designing and fabricating novel, high-performance materials
- Apply core concepts to solve real-world engineering and technological problems
- Gain a multidisciplinary perspective essential for innovation in various industries
Course Overview
This course provides a comprehensive exploration of materials science, from the atomic to the macroscopic scale. Students will learn to connect a material's microscopic structure to its real-world properties and performance, enabling the design and engineering of innovative new substances. The curriculum focuses on applying fundamental principles to solve complex engineering challenges and create next-generation materials.
Key Program Highlights
- Explore the fundamental link between atomic structure, processing, and material properties
- Master techniques for characterizing and analyzing materials across different scales
- Learn principles for designing and fabricating novel, high-performance materials
- Apply core concepts to solve real-world engineering and technological problems
- Gain a multidisciplinary perspective essential for innovation in various industries
