{\noindent {\bf I. PROGRAM DESCRIPTION}}

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Computation has assumed a status equal in importance to
theory and experiment in many science and engineering disciplines.
Computation's role continues to grow in disciplines such as
economics, fine arts, and film.  Computational science is now
recognized as a speciality that is well served by neither a
traditional degree in computer science, nor a degree in a specific
application areas, such as pure science or engineering.
For example, scientists wishing to contribute through large-scale computation
to leading edge research must henceforth have a background that
combines a significant share of the scientific degree,
non-traditional courses in high performance or large-scale
computing and courses which integrate computing with a scientific
discipline.  Many of the most important problems of our time
involve considerable complexity and are best approached through a
combination of modes of investigation that includes skillful
computational simulations.

The new degree program in computational science is intended
to be offered for both a Masters and Doctoral degree in Computational Science.
It's goal is to train graduates who have expertise in computer
science, information technology, applied mathematics, science
and engineering beyond the purview of their specialization.
The program will also develop a small number of courses (4) for
professional development of educators and three undergraduate
courses.  Students in this program
are likely to come from a wide range of undergraduate
backgrounds including science, mathematics, engineering, and social
sciences.
