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The Master of Science in Engineering offers students a demanding yet flexible curriculum and research setting, equipping them to synthesize insights from diverse fields and tackle challenges that transcend conventional academic boundaries.
Its mission is to create, refine, and share knowledge and technologies for managing interdisciplinary engineering systems.
The MS-E program delivers a challenging, adaptable academic framework and research opportunities that enable students to combine findings from various disciplines and solve multifaceted issues spanning different scales beyond traditional engineering fields. It offers comprehensive education in science and engineering focused on addressing intricate problems that cross specialized engineering domains. This degree mandates twenty-four credit hours of coursework, featuring ENGR 6910 (Research Methods) and one seminar credit (ENGR 8950). Additionally, six thesis research credits are required. Students are encouraged to complete six credits each in mathematics and statistics, with remaining courses tied to their thesis subject. For more information, consult the graduate coordinator.
Biochemical Engineering applies the fundamental principles of living organisms, characteristics of biological materials, and engineering techniques to process biological substances and utilize biological components like cells, enzymes, and antibodies.