Work
I taught junior high and high school mathematics in rural Georgia between
1969-1973. The nearest post office was in Keysville, (Burke County) Georgia,
which is located about forty miles southwest of Augusta. I was told that Burke
and Jackson County (Mississippi) were the last two counties in the US to
desegregate. While in Burke County, I became the first white president of the
county National Educational Association at the beginning of the ten year
rotation of black/white presidents. After work in Georgia, I went to Oregon
State University to finish my Ph.D. degree. While at Oregon State University, I
taught basic mathematics at a maximum security prison over a period of two
years.
I left Oregon State University in 1977 to begin work at Michigan State
University as a systems analyst for an international project for food production
potential since my wife was getting her Ph.D. in sociology from Michigan State
University. While at Michigan State University, I worked in the Dominican
Republic, Costa Rica, Nicaragua, Honduras, and Jamaica. In addition, we
developed software for food production analysis for Syria. My job consisted in
developing software (geographical information systems, statistical and linear
programming models), models, analysis and training for transfer to the various
the countries in which the project was working. While in Costa Rica, I worked
directly with the Organization of American States (IICA) with some of their
projects in Nicaragua and Honduras that had similar emphasis as that of Michigan
State University. In 1982, I was hired by the Department of Mathematics of the
University of Colorado at Denver where I am an Associate Professor of
mathematics.
Some of the highlights associated with the activities of teaching, research
and service that have given me special pleasure are the year’s work I did with
EPA Region 8 in geographical information systems and helping one unit set up
some hardware, software and analytical methods. In addition, the mathematics
clinics that I have lead dealing with plant variety protection (basically,
patents for seeds), radiation therapy of cancer tumors, and neural networks and
dynamical systems for control stand out as particularly enjoyable. |