|
WHO, WHAT, HEADLINES Tyson Family Donates $4 million State of the Station and College Animal Science Centennial Symposium Graduate Study Abroad Bio/Ag Engineering Academy Inducts Four ALL ABOUT ADVISING OUR WEB NETWORK Dale Bumpers College of Agricultural, Food and Life Sciences Arkansas Agricultural Experiment Station Vision Credits Vision is published six times a year by the Arkansas Agricultural Experiment Station in the U of A System's Division of Agriculture and by the Dale Bumpers College of Agricultural, Food and Life Sciences. It is produced by the Communication Services unit of the Department of Agricultural and Extension Education, 110 Agriculture Building, U of A, Fayetteville, AR 72701. 479-575-5647. Editor: Howell Medders, (hmedders@uark.edu).
|
|
Arkansas Agricultural Experiment Station, University of Arkansas Division of Agriculture A
newsletter for faculty, staff and students May-June 2005 Vol. 31, No. 3 International Graduate Study Positions Still Open Devon Cameron will begin her first semester as a doctoral student in Food Science at the University of Graz in Austria, thanks to a new international exchange program conceived and developed by Food Science Professor Andy Proctor and a colleague at the University of Ghent in Belgium. Slots for three more students for any semester in 2006 and five students in 2007 are open. Interested students should contact Dr. Proctor by e-mail: aproctor@uark.edu. The exchange program offers graduate students the opportunity to study emerging knowledge in renewable resources and clean technology abroad. The U of A is the lead U.S. university in the Renewable Resources and Clean Technology International Exchange Program. Proctor and Dr. Roland Verhé of the University of Ghent, Belgium, developed the program. It is funded by grants from the U.S. Department of Education and the European Commission's Directorate General for Education and Culture. The grants cover living expenses of the graduate students while they are studying abroad for up to five months. Language training, if needed, will also be provided. Each participating American university can send nine students over the two years and can host three students from each of the three European universities. Besides the U of A, the American institutions include Iowa State University and the University of Washington. The European institutions are the University of Ghent, Belgium, the Karl-Franzens University of Graz, Austria, and the National Polytechnic Institute of Toulouse, France. Proctor describes the program as "multiple institutions, multidisciplinary and multiple topics." It is open to students from any college at the university interested in studying renewable resources and clean technologies. The curriculum will include courses and projects in primary bio-production; unit operations in clean technology; renewable resources from carbohydrates, wood, lipids and proteins; bio-fuels; bio-energy; high-value added products; and socio-economic concerns. Verhé, during a visit to the U of A in April, said the programs, some of which will be conducted in English, will be adapted to the individual experiences and needs of the participating graduate students. A student could arrange a study program with classes, practicums and seminars; a thesis project involving research; or a combination of both. Another option would be an intensive program in a specific area of study. Verhé, an advocate of "student mobility," conceived the idea for the program as an outgrowth of similar programs among European universities. The idea was proposed by Verhé to Proctor by during a meeting of a European consortium that Proctor attended at the University of Ghent, Belgium in January 2004. Proctor met Verhé after he was invited to give a series of lectures during graduate course on renewable resources and clean technology in Vienna, Austria, two years ago. He presented his Arkansas Agricultural Experiment Station research in developing processes that uses rice hull ash, a byproduct of rice processing, to produce carbon and sodium silicate, products with a number of industrial uses. Besides providing a renewable resource that reduces harmful impact on the environment, these products require less energy to process than similar materials from other sources. A new plant, using this technology, started up in Stuttgart, Ark., last year. Such "green industry" technology is very popular in Europe, Proctor said, but university curriculums teaching it are not common in the U.S. "Roland approached me about producing an international course in this area," Proctor said, "and the ball got rolling from there." Verhé said he has been heavily involved in the internationalization of education or, as he calls it, "moving students around," for many years. Most of the programs he has designed have been between European universities. "I was interested in building a program with U.S. students," Verhé said. The benefits of international study, he said, include opportunities to study in different educational environments, gaining international professional experience that will enhance professional opportunities, developing personal skills and living in different cultural and social settings.
|