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Individuals holding a materials science and engineering degree examine the composition, characteristics, and production methods of metals, ceramics, polymers, and composite materials, subsequently utilizing this understanding to develop innovative materials. Those pursuing this major can specialize in biomedical materials engineering, manufacturing engineering, metallurgical engineering, or polymeric engineering. Michigan State University's ongoing research focuses on energy sustainability, nanotechnology, biotechnology, and medical applications. Key research facilities encompass the Composites and Materials Structures Center—a premier hub for polymer and composite studies—and the Composite Vehicle Research Center, which specializes in designing and evaluating lightweight, durable vehicle components. Additionally, MSU oversees a Detroit-based scaling facility for IACMI, a collaborative initiative involving industry, academia, and government entities to enhance automotive fuel efficiency through composite materials. Students in this program gain expertise in material selection and development for bioengineering, microelectronics, and aerospace applications, while mastering techniques to optimize atomic structures for high-performance, economically viable solutions in modern technologies.