Applied Mathematics

Programs under this Subject:
Applied Mathematics PhD
Applied Mathematics MS

Department Contact Information

Department
Applied Mathematics
Phone
(520) 621-2016
Fax
(520) 626-5048
Mailing Address
Mathematics Building, Room 410
Website
http://appliedmath.arizona.edu

PhD program

Contact Information

Application Questions
Graduate Coordinator
(520) 621-2016
applmath@u.arizona.edu
Advising Questions
Michael Tabor
(520) 621-4664
applmath@u.arizona.edu

Deadlines

Domestic Applicants
Fall
January 25
Spring
No admissions
Summer I
No admissions
Summer II
No admissions
International Applicants
Fall
January 31
Spring
No admissions
Summer I
No admissions
Summer II
No admissions

Minimum Application Requirements

  • GPA 3.0
  • TOEFL 575 (230 CBT; 79-80 IBT)
  • GRE required
  • Official transcripts
  • 3 letters of recommendation from qualified individuals on their letterhead
  • Statement of Purpose describing your interest in Applied Mathematics and the University of Arizona in particular. Please include a list of the courses, if any, which you have taught and describe your teaching experiences in general.

GRE Code

0702

Financial Aid

  • Research and Teaching Assistantships

MS program

Contact Information

Application Questions
Graduate Coordinator
(520) 621-2016
applmath@u.arizona.edu
Advising Questions
Michael Tabor
(520) 621-4664
applmath@u.arizona.edu

Deadlines

Domestic Applicants
Fall
January 25
Spring
No admissions
Summer I
No admissions
Summer II
No admissions
International Applicants
Fall
January 31
Spring
No admissions
Summer I
No admissions
Summer II
No admissions

Minimum Application Requirements

  • GPA 3.0
  • TOEFL 575 (230 CBT; 79-80 IBT)
  • GRE required
  • Official transcripts
  • 3 letters of recommendation from qualified individuals on their letterhead
  • Statement of Purpose describing your interest in Applied Mathematics and the University of Arizona in particular. Please include a list of the courses, if any, which you have taught and describe your teaching experiences in general.

GRE Code

0702

Financial Aid

  • Research and Teaching Assistantships

Description

The Program in Applied Mathematics offers courses of study leading to the Master of Science and Doctor of Philosophy degrees in Applied Mathematics, and a Professional Masters Degree in Mathematical Sciences. It supports and encourages interdisciplinary research in many areas of the mathematical, physical, biological, and engineering sciences in which the use and development of mathematical methods and modeling techniques play a central role. Students entering the Program are expected to have a strong background in mathematics, including advanced calculus, linear algebra, complex variables, and differential equations. However, entry into the Program is not restricted to students who have an undergraduate mathematics major. Courses of study in the Program are flexible and individually designed. In the first year, students take a sequence of core courses which includes numerical analysis, principles of analysis, and methods of applied mathematics. In addition, students participate in Research Tutorial Groups which provide the opportunity to become involved in small-scale research projects. In subsequent years students are able to choose from a broad variety of courses in mathematics and other disciplines suited to their evolving research interests.

The M.S. in Applied Mathematics consists of 30 units of course work, including the core sequence. A Masters thesis is optional. This degree provides a very strong foundation in applied mathematics and is well suited for students who wish to consider a career in teaching or in industry. Students completing the M.S. degree and meeting appropriate requirements may also continue on to a Ph.D.

 The Professional M.S. in Mathematical Sciences is designed for students seeking careers in industry, commerce and government. This terminal degree consists of a flexible set of course requirements, a thesis, an internship in industry, business courses, and an industrial colloquium series held with students from other Professional M.S. degree programs at the University. For more information on this degree please visit psm.arizona.edu

For the Doctor of Philosophy degree a dissertation is required. This dissertation is expected to contain original research contributions by the student to the solution of a mathematical problem in a scientific discipline or to the development of applicable mathematical methods and/or modeling techniques. The listed Members of the Program are actively involved in the supervision and/or teaching of Program graduate students. The departmental affiliations of the faculty in this list give an indication of the breadth of research activities. In addition, the Program has a substantial body of Affiliate Members who are involved in research with a strong applied mathematics component and who are potential research advisors. The combined network of Members and Affiliate Members creates an unusually broad base of interdisciplinary research opportunities in applied mathematics.

Graduate Faculty

Professor & Chair

  • M. Tabor, (Applied Mathematics)

Professor

  • G. R. Andrews (Computer Science)
  • W. D. Arnett (Astronomy)
  • W. Piegorsch (Mathematics, Statistics, and Public Health)
  • M. Dror (Systems and Industrial Engineering, and Management Information Systems)
  • T. F. Balsa (Aerospace and Mechanical Engineering)
  • B. R. Barrett (Physics)
  • H. H. Barrett (Optical Sciences)
  • M. F. Brown (Chemistry)
  • A. S. Burrows (Astronomy and Physics)
  • C. L. Chan (Aerospace and Mechanical Engineering)
  • P. L. Chesson (Ecology and Evolutionary Biology)
  • J. M. Cushing (Mathematics)
  • W. J. Dallas (Radiology)
  • C. S. Desai (Civil Engineering)
  • P. Deymier (Materials Science and Engineering)
  • P. J. Downey (Computer Science)
  • N. M. Ercolani (Mathematics)
  • W. G. Faris (Mathematics)
  • H. F. Fasel (Aerospace and Mechanical Engineering)
  • H. Flaschka (Mathematics)
  • L. Friedlander (Mathematics)
  • I. R. Gabitov (Mathematics)
  • R. A. Gatenby (Radiology)
  • A. Goriely (Mathematics)
  • R. J. Greenberg (Planetary Sciences)
  • W. B. Hubbard (Planetary Sciences)
  • J. Jacobs (Aerospace and Mechanical Engineering)
  • J. R. Jokipii (Astronomy and Planetary Sciences)
  • J. D. Kececioglu (Computer Science)
  • T. G. Kennedy (Mathematics)
  • E. J. Kerschen (Aerospace and Mechanical Engineering)
  • D. O. Lomen (Mathematics)
  • J. I. Lunine (Planetary Sciences)
  • E. Madenci (Aerospace and Mechanical Engineering)
  • R. Malhotra (Lunar and Planetary Laboratory and Planetary Sciences)
  • M. W. Marcellin (Electrical and Computer Engineering)
  • S. Mazumdar (Physics)
  • K. D. McLaughlin (Mathematics)
  • P. Meystre (Optical Sciences)
  • R. E. Michod (Ecology and Evolutionary Biology)
  • P. B. Mirchandani (Systems and Industrial Engineering)
  • J. V. Moloney (Mathematics)
  • W. R. Montfort (Biochemistry and Molecular Biophysics)
  • S. P. Neuman (Hydrology and Water Resources)
  • A. C. Newell (Mathematics)
  • J. N. Palmer (Mathematics)
  • J. Rafelski (Physics)
  • R. M. Richardson (Geosciences)
  • W. M. Schaffer (Ecology and Evolutionary Biology)
  • R. Schowengerdt (Electrical and Computer Engineering)
  • T. W. Secomb (Physiology)
  • M. Shaked (Mathematics)
  • M. K. Sundareshan (Electrical and Computer Engineering)
  • F. Szidarovsky (Systems and Industrial Engineering)
  • L. P. Tolbert (Arizona Research Laboratories, Neurobiology Division)
  • J. B. Walsh (Ecology and Evolutionary Biology)
  • M. P. Wojkowski (Mathematics)
  • E. M. Wright (Optical Sciences)
  • V. E. Zakharov (Mathematics)
  • R. W. Ziolkowski (Electrical and Computer Engineering)

Associate Professor

  • B. J. Bayly (Mathematics)
  • M. Brio (Mathematics)
  • E. W. Clarkson (Optical Sciences)
  • J. M. Fellous (Psychology)
  • J. B. Goldberg (Systems and Industrial Engineering)
  • C. M. Higgins (Electrical and Computer Engineering)
  • R. Indik (Mathematics)
  • L. Kunyansky (Mathematics)
  • J. Lega (Mathematics)
  • J. D. Pelletier (Geosciences)
  • J. Restrepo (Mathematics)
  • H. S. Tharp (Electrical and Computer Engineering)
  • U. van Kolck (Physics)
  • B. Vasic (Electrical and Computer Engineering)
  • S. Venkataramani (Mathematics)
  • K. Visscher (Physics)
  • Q. D. Wang (Mathematics)
  • J. C. Watkins (Mathematics)
  • J. C. Baygents (Chemical and Environmental Engineering)
  • J. Wehr (Mathematics)
  • A. L. Wright (Mathematics)

Assistant Professor

  • L. Lopes (Systems and Industrial Engineering)
  • O. Miyashita (Biochemistry and Molecular Biophysics)
  • J. Vande Geest (Aerospace and Mechanical Engineering)
  • F. Tama (Biochemistry and Molecular Biophysics)
  • K. Glasner (Mathematics)
  • F. Kueppers (Optics)
  • M. A. Kupinski (Optical Sciences and Radiology)
  • R. G. Erdmann (Materials Science and Engineering)
  • M. Stepanov (Mathematics)