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The Materials Science Ph.D. program offers comprehensive scientific education, state-of-the-art research experiences, and engineering competencies essential for diverse academic and industrial career paths. Faculty and students collaborate across Kent State's participating departments and the Advanced Materials and Liquid Crystal Institute, engaging in research areas like liquid crystal molecular design and synthesis, characterization of liquid crystals and advanced materials, bio-related lyotropic liquid crystals, opto-electronic systems, and nanotechnology applications. These research domains naturally span multiple disciplines.
Program Learning Objectives
Upon completion, graduates will demonstrate the ability to:
Master core scientific principles concerning liquid crystals and related advanced materials, applying this understanding to analyze physical and chemical characteristics of soft materials including liquid crystals, polymers, colloids, and active matter systems
Develop proficiency in communicating research findings through scholarly publications, articles, poster sessions, and professional presentations
Utilize gained expertise to pioneer novel advanced materials and create innovative material-based devices and practical applications