The VIGRE GOALS of UW-Madison



The Department of Mathematics of the University of Wisconsin - Madison has a tradition of excellence in graduate education that goes back more than 100 years. For over 25 years it has had a successful postdoctoral program in which recent PhDs have interacted and collaborated with faculty and graduate students, extending and enhancing their PhD training in research and education. In May of 1997 it celebrated its PhD Centennial with a conference that attracted more than 200 of its 900 Wisconsin Math PhDs and 80 postdoctoral fellows (Van Vleck Assistant Professors).
Although traditional mathematics graduate education in the USA has had enormous success, fundamental developments in the physical, technological, and biological sciences are introducing deep and challenging problems which require the need for a new type of mathematician, one who is broadly connected with other disciplines and who has computational knowledge and skills. Our general research theme is {\it New Applications of Mathematics}, encompassing important topics such as wavelets, B-splines, turbulence, cryptography, geophysical modeling, multi-scale materials modeling, new topological techniques for dynamical systems analysis, interfacial materials dynamics, and stochastic modeling.
The components of our program integrate research and education in pure and applied mathematics at the undergraduate, graduate, and post-graduate level. Its aim is to produce mathematicians who can (1) interact and communicate with scientists and engineers, (2) carry out mathematical research at a very high level, while avoiding fragmentation and isolation of one's work, and (3) appreciate the role of computing in the mathematical sciences, and when appropriate, perform computations and make effective use of available algorithms and hardware.
Our program seeks to sustain, strengthen, enhance, revise, and integrate the five areas of mathematics education at UW-Madison: (1) Mathematics Undergraduate Education, (2) Applied Mathematics, Engineering, and Physics Undergraduate Program, (3) Mathematics PhD Program within the Department of Mathematics, (4) Applied Mathematical Sciences Interdisciplinary PhD Program within the Center for Mathematical Sciences, and (5) Postdoctoral Training in Pure and Applied Mathematics.