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Educational Mission
The educational mission of the Chemical Engineering program is to provide students with a unique interdisciplinary academic foundation on which to continue developing intellectual capacity, and the scholarly training needed to address complex problems in chemical and biomolecular engineering with emphasis on advances in (a) biomolecular engineering and biotechnology, (b) soft matter and complex fluids, and (c) energy processes, conversion, and storage.
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Extended-Life Glucose Biosensor Array
Extended-Life Glucose Biosensor Array - an array of chips where each chip (roughly 1 inch by 1 inch) will be an extended-life glucose biosensor. In the NSF-sponsored research of Chancellor's Professor Marc Madou, Ph.D., researchers are working on an implantable biosensor for diabetic patients designed to work for six months or longer. Currently, commercial technology allows for only three to seven days of continuous operation of in-vivo glucose sensors.
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E-Week Competition
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Experiential Learning
From day one on campus, engineering students are presented with multiple opportunities to gain design experience. All of the school’s engineering programs combine science, engineering fundamentals, design principles and application, and many courses incorporate a hands-on learning component in the curriculum.
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E-Week 2024
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Examining Nanotechnology
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Educational Missions