They seek to understand physical phenomena and to measure materials properties of all kinds, e.g. mechanical, electrical, optical, magnetic, thermal, and chemical. Engineers in this field are concerned with the protection of the environment and responsible utilization of natural resources. The performance of virtually all engineering systems depends upon the properties of the various materials that make up the components of the system. Engineering and scientific advances are commonly limited by the materials which are currently available. The curriculum in Materials Science and Engineering is designed to give the student a broad, generic education across all materials types while permitting flexibility of specialization within various sub-disciplines of the field.
Students can also tailor a specialized program of elective study.
In an ABET accredited program, students study mathematics, computer programming and modeling, physics through modern physics, and chemistry through physical chemistry. The undergraduate curriculum contains an integrated program of instruction in engineering communication and computer skills including writing, public speaking, and graphical presentation. Materials Scientists and Engineers are truly interdisciplinary. They interact with chemists, physicists, geologists, medical researchers, and engineers in all of the disciplines. Programs are available for graduate work leading to the M.S. and M.Eng degrees.