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The Mechanical Engineering Department provides two advanced degree options: the Master of Science (MS) and Doctor of Philosophy (PhD). These programs equip students with foundational skills for long-term success in engineering careers spanning 30-50 years. While graduate studies can't cover every future need, they instill critical thinking abilities, technical knowledge, and professional values for continuous career development. The curriculum focuses on fundamental engineering principles, teaching students to recognize challenges, formulate problems, and apply core methodologies to develop solutions. This approach permeates all learning experiences - from lectures and labs to design initiatives and research projects.
A thriving academic department must foster a vibrant, diverse program with national prominence. Our department engages in both theoretical research that pushes knowledge boundaries and practical research addressing current and emerging societal needs. Core research concentrations include three key domains: fluid dynamics and thermal systems, structural mechanics and materials science, and dynamic systems with controls (encompassing mechatronics and robotics). Each specialty area features cutting-edge laboratory facilities. Collaborative research partnerships extend to the National High Magnetic Field Laboratory (NHMFL), the Scientific Computing Department, the Materials Research and Technology Center (MARTECH), and the Center for Nonlinear and Non-equilibrium Aerospace Studies.