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Engineering MS: Engineering Mechanics
MS
The Engineering Mechanics specialization is part of the broader Master of Science (MS) program, enabling students to apply mechanical principles to address practical challenges across various engineering components. This MS program establishes a solid base for engineering analysis and benefits non-engineering students seeking interdisciplinary expertise, opening doors to diverse sectors such as aerospace, automotive, mining, defense, and biomedical fields. Engineering mechanics deepens engineers' ability to assess structural behaviors through experimental methods and computational modeling.
Key focus areas within engineering mechanics encompass finite element computational analysis, experimental stress evaluation, advanced composite materials, computational mechanics, dynamic systems, nonlinear phenomena, plasticity, micro- and macro-scale composite behaviors, fracture mechanics, optimization techniques, and probabilistic static/dynamic assessments.
The MS in Engineering offers adaptable curriculum options catering to diverse student objectives. It serves as either preparation for advanced academic research, including PhD studies, or as a means to career progression through enhanced technical expertise. With faculty guidance, students can customize their coursework by selecting relevant classes across the College of Engineering and Applied Science (CEAS) and, when suitable, from other academic departments.