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in Thermal and Fluid Sciences (covering heat and mass transfer, thermodynamics, biotechnology, renewable energy systems, sustainability, boiling and multiphase flow, combustion, multidisciplinary design optimization, and high-performance computing), Mechanics, Controls, and Systems (including robotics, mechanical design, mechatronics, control theory, dynamical systems, space and ocean exploration technologies, biomedical engineering, rehabilitation technologies, and sustainable energy systems), and Materials and Manufacturing (encompassing nanotechnology, composite and smart materials, electrochemistry, corrosion science, precision engineering, and advanced material joining techniques). Competitive graduate students may qualify for teaching assistantships, research positions, and academic scholarships.
Program Learning Objectives
Upon completing graduate degree requirements, students should demonstrate the ability to:
Exhibit comprehensive understanding of field-specific methodologies and techniques.
Communicate effectively both verbally and in writing within their discipline.
Execute original research or creative projects.
Function professionally within their chosen field