材料科学家和工程师担心材料在从电子到摩天大楼的各个尺度上的行为。他们对改善现有材料的性能以及设计和制造自然界中不存在的新型高性能材料感兴趣。设计新材料的一个重要部分是从原子层面上了解材料的结构。<br> <br>应用与生物医学领域相关的材料科学和工程方面，例如骨组织工程，传感器和生物医学设备。生物材料方面的工作可以涉及材料的各个方面，例如，通过生物结构的启发开发新​​材料，创新新颖的成分和结构，或者使用结构和工艺改进来改善现有材料的性能。应用与半导体器件，传感器，电介质以及磁性和光学器件有关的材料科学和工
Learn how materials behave at all scales, from electrons to skyscrapers, to improve the performance of existing materials and to design and fabricate new, higher performance materials. With a Bachelor of Science in Materials Science and Engineering (BSMSE), you will have an understanding of the application, methods, and principles involved in studying engineering materials. Materials scientists and engineers are concerned with how materials behave at all scalesfrom electrons to skyscrapers. They are interested in improving the performance of existing materials and in designing and fabricating new, higher performance materials that dont exist in nature. An important part of designing new materials is to understand the structure of materials from the atomic level upwards.