The broad research area of flexible electronics has been developing over the past decade, according to Christopher Ober, the F.N. Bard Professor of Materials Engineering and principal investigator. Such efforts have to date produced flexible displays and flat-panel lighting, as well as circuitry printed onto flat, plastic substrates - using methods similar to how an inkjet printer prints on paper.
Scientists have begun to combine potentially low-cost printing methods with biomedical applications, which is where Cornell's new IGERT fellows will do their research. "Over the next decade, I think Cornell has the opportunity to have an enormous impact in the biomedical area of flexible electronics, and this work will spill into other areas as well", Christopher Ober stated.
Over the next five years, the IGERT funding will bring a total of between 30 and 40 fellows to Cornell, as well as to programme partners SUNY Binghamton and the University of Albany/Wadsworth Center. Each IGERT fellow will work on team research projects, which will be based at one of these core institutions. Existing partnerships with Lincoln University, Howard University and Clark Atlanta University will allow students at these institutions to participate in the Cornell-based team research efforts, called Team Focus Projects.
These student project teams will design sensors and other biodevices that incorporate the most recent advances in biocompatible materials and flexible electronics, explained Graham Kerslick, associate director of the NBTC. Some of the students also will work in labs overseas at such partner institutions as Seoul National University in Korea and Cambridge University in the United Kingdom.
IGERT fellows will take courses in areas where materials science, biology and other applications converge, and students from other institutions will participate in the courses through such distance-learning technologies as videoconferencing.