Curriculum leading to the Bachelor of Science (BS) degree The undergraduate program in the Department of Material Science is designed to enable students to develop in-depth understanding of science principles;a familiarity with the use of the science literature; skill in basic laboratory methods, including modern instrumentation; the ability to observe, record, critically interpret, and communicate experimental results; and a facility in analytical and logical problem solving. Our Department's research programs and faculty have obtained worldwide recognition for being at the leading edge of scientific research. Research activities include strong programs in the areas of theory of condensed matter, experimental physics, nano technology, molecular magnetism and spin chemistry, coordination chemistry, organic and bioorganic chemistry. Students are encouraged to interview faculty members as early as possible about their research programs and to select a problem in which they are particularly interested. Undergraduate research is an independent study program. Once students select particular problems, they carry out the work under the personal guidance of members of the faculty. The results of such work are frequently published in scientific journals or presented at scientific meetings. Careers in Material Science The objective of material science is to acquire a fundamental understanding of the structure and transformations of matter at the molecular level. Material science can either be pursued as a search for knowledge for its own sake or as a method for improving the quality of life. Material-scientists play important roles in all aspects of the economy. Many are involved in research and product development, making discoveries that contribute to a healthy population and a dynamic, productive economy. Graduate School in Materials Science About 80% of students in our undergraduate program are considering an advanced degree (Master of Science and Doctor of Science (equivalent to Ph. D.)).