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This cross-disciplinary program bridges engineering, science, business, and legal studies. Students can theoretically craft a curriculum in nearly any engineering specialization. Typically, learners focus on one of three primary tracks: materials science and engineering, environmental & technological risk engineering, or information technology & engineering. Bioengineering is emerging as a popular specialization, blending engineering principles with biological sciences.
The materials science & engineering track incorporates studies from mechanical, electrical, chemical, and civil engineering, along with computer science, chemistry, and physics. Environmental & technological risk engineering draws mainly from chemical and civil engineering plus environmental science, with additional elements from industrial, biological, and petroleum engineering, chemistry, business, and occasionally law. Information technology & engineering combines industrial, electrical, and mechanical engineering with computer science, information systems, decision science, and library information systems. Similarly, bioengineering integrates agricultural, civil, mechanical, chemical, and industrial engineering with chemistry and biological sciences.
Students can pursue a Material Science and Engineering concentration at both MS and PhD levels through the Engineering Science Programs. This track provides an engineering-focused graduate degree with interdisciplinary adaptability, mirroring the diverse nature of materials science.