PROGRAM OVERVIEW

The Department of Mathematics and Statistics offers the M.S. degree in mathematics. Options for this degree include predoctoral studies, applied mathematics, computer science, secondary mathematics, and statistics. Since 1968, almost 160 Masters degrees have been awarded. The curriculum stresses both theoretical and computational mathematics and is flexible enough to key a student's program to individual interests and abilities. Receiving a well-rounded mathematical education graduates pursuePh.D.'s, secure a position in government or industry, or further a teaching career.

The Department of Mathematics and Statistics, in cooperation with Rhodes University (Grahamstown, South Africa), facilitates a cooperative Ph.D. in pure or applied mathematics for truly exceptional students wishing to pursue doctorate in research areas represented by the combined graduate mathematics faculties of Rhodes University and Youngstown State University. Upon successful completion of all doctoral work, the Ph.D. is granted by Rhodes University.

CAMPUS AND FACILITIES

Youngstown State University is a state-assisted university located in northeastern Ohio, midway between Cleveland and Pittsburgh. The beautiful, unified campus has a lively calendar of cultural events and recreational opportunities. Enrollment is currently about 12,300 students. The Department of Mathematics and Statistics has extensive computing facilities that include microcomputers, workstations, University mainframe, and access to supercomputers.

Approximately 7 million people live within an hour's driving time of Youngstown (near Interstates 76, 80, and 79), with over a half million in the metropolitan area.

GRADUATE FACULTY

Samuel F. Barger Professor Emeritus, University of Minnesota Discrete mathematics	John J. Buoni Ph.D., University of Pittsburgh Numerical linear algebra; operator theory
Richard L. Burden, Ph.D., Case Western University Numerical analysis and scientific computing	Anita C. Burris, Ph.D., Memphis State University Graph theory; combinatorics
Guang-Hwa Chang,  Ph.D.,Texas Tech University Statistics; computer vision	J. Douglas Faires, Ph.D., University of South Carolina Analysis; numerical analysis; mathematics history
Jacek Fabrykowski, Ph.D., University of Warsaw Analytic number theory	Neil Flowers,  Ph.D., Michigan State University Group theory
Steven L. Kent,  Ph.D., University of Pittsburgh Mathematical physics, Yang-Mills theory	Zbigniew Piotrowski,  Ph.D., University of Wroclaw (Poland) General topology; real analysis; descriptive set theory; topological algebra
David H. Pollack,  Ph.D., University of Illinois Differential equations; nonlinear analysis; mathematics education	Nathan P. Ritchey,Chair Ph.D., Carnegie Mellon University Operations research; applied mathematics; medical decision making; stochastic modeling
Kenneth J. Roblee, Ph.D., Auburn University Graph theory, combinatorics	Stephen E. Rodabaugh, Ph.D., University of Missouri—Columbia Foundations of topology and fuzzy sets
Thomas D. Smotzer, Ph.D., University of Indiana Real analysis, complex analysis, operator theory	Angela S. Spalsbury, Ph.D., Kent State University Functional Analysis, operator theory
Jamal K. Tartir, Ph.D., Ohio University Set-theoretic topology	Eric J. Wingler, Ph.D., University of Illinois Real analysis; complex analysis; operator theory

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FINANCIAL ASSISTANCE

Assistantships are available each year. The 2001-2002 stipend is $10,000 for two semesters, with another $1,200 available for summer term, for a total support of up to $11,200 for the year. Cost of living increases are anticipated for the 2002-2003 academic year.All instructional and out-of-state fees are waived for each semester the assistantship is held; and assistants pay no instructional fees for the summer term if they have been an assistant for the previous two semesters.

Graduate assistants are required to take a minimum of 6 hours per semester—15 hours per academic year—and perform duties of approximately 20 hours per week. Assignments may include complete responsibility for teaching a class, tutoring in the Mathematics Assistance Center, or working with the Department's systems administrator. In addition, the Department sponsors extensive graduate assistant training and mentoring programs.

FURTHER INFORMATION AND APPLICATION PROCESS

For further information about graduate studies in mathematics and statistics, including admission and degree requirements, write or e-mail:

Stephen E. Rodabaugh

Graduate Program Coordinator
Department of Mathematics and Statistics
Youngstown State University
Youngstown, OH 44555-3609
Department Phone Number: (330) 742-3302
E-Mail: rodabaug@as.ysu.edu
Web Site: http://www.math.ysu.edu/gradprogram

Assistantship applications have a 15 February deadline and must be accompanied or preceded by application for admission to the School of Graduate Studies. Financial aid will not be awarded until the student has been admitted to the School of Graduate Studies. Late applications will be considered for both admission and assistantships on a first-come, first-served basis.

To obtain admission materials, graduate catalog, and assistantship or scholarship application forms, please write to Dean of Graduate Studies, Youngstown State University, Youngstown, OH 44555-3091, Phone: (330) 941-3091; download admission application forms for domestic students at http://www.ysu.edu/GradSchool/admission.htm; or e-mail, Ms. Tina Weintz, Graduate Admission Coordinator, at mailto:amgrad06@ysub.ysu.edu.

Youngstown State University is committed to a policy of nondiscrimination on the basis of race, color, age, religion, sex, national origin, disability, sexual orientation, or identity as a disabled veteran or veteran of the Vietnam era.