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<br />OOO~91 <br /> <br />NAME <br /> <br />RESUME <br /> <br />Rollin H. Hotchkiss, Ph.D. <br />Assistant Professor of Civil Engineering <br /> <br />ADDRESS <br /> <br />Department of Civil Engineering <br />W348 Nebraska Hall <br />University of Nebraska-Linroln <br />Lincoln, NE 68588-0531 <br />Telephone (office) (402) 472-5501 <br />(home) (402) 486-3909 <br /> <br />EDUCATION <br /> <br />Ph.D., University of Minnesota, Department of Civil and Mineral Engineering, 1989 <br />M,S" Utah State University, Department of Civil and Environmental Engineering, 1979 <br />B.S., Brigham Young University, Departll1ent of Civil Engineering, 1976 <br /> <br />PROFESSIONAL EXPERIENCE <br /> <br />August 1989 - Present <br /> <br />September 1985 - July 1989 <br /> <br />March 1987 - January 1989 <br /> <br />January 1981 - March 1985 <br /> <br />August 1979 - August 1985 <br /> <br />August 1978 - August 1979 <br /> <br />RESEARCH INTERESTS <br /> <br />Assistant Professor, Department of Civil Engineering <br />University of Nebraska-Lincoln <br /> <br />Research Assistant <br />Sl. Anthony FaIls Hydraulic Laboratory <br />University of Minnesota <br /> <br />Teaching Assistant <br />Department of Civil and Mineral Engineering <br />University of Minnesota <br /> <br />Lecturer, part-time <br />Department of Civil Engineering <br />University of Tennessee <br /> <br />Civil Engineer <br />Flood Protection Branch <br />Tennessee Valley Authority <br />Knoxville, Tennessee <br /> <br />Projects included: evaluation of sediment transport problems in upland <br />coal mining regions, flood frequency analyses, urban hydrologic computer <br />modeling, dam safety analyses in a multiple-reservoir system, and nuclear <br />power plant drainage and sediment transport studies. <br /> <br />Research Assistant <br />Department of Civil and Environmental Engineering <br />Utah State University <br /> <br />1. Deposition and removal of sediments from reservoirs. <br />2. Field and laboratory measurement of suspended sediment concentration. <br />3. Sediment transport in gravel and sand-bed streams, <br />4. Modeling areal and temporal rainfall distribution for use in hydrologic modeling. <br />5. Effect of land-use changes on flooding in small watersheds, <br />