You can obtain several different graduate degrees in our program:
Our Ph.D & M.S. degrees follow a standard graduate program. Read below to learn more about our Applied Mathematics & Statistics masters programs.
This program emphasizes mathematics for science and engineering and examines applications through seminars and case studies. This will prepare you for either a Ph.D. degree or employment in industry or government. Students should have taken the following courses:
This program combines theory and application. The program has the two-fold purpose of:
Students in statistics will be trained in:
Students in our graduate programs typically majored in math or another science, such as engineering or physics.
There is no specific minimum GRE score for admission into the M.S. and PhD programs. All aspects of the graduate application, including GRE scores and GPA, are evaluated as a whole.
If you lack a strong foundation in math, you may still qualify for our program. All incoming graduate students work with faculty to determine if additional background courses should be taken. This ensures that they will be prepared for more advanced degree courses.
All students working toward graduate degrees must satisfy the general requirements as listed by the SSE. View specific requirements.
Most graduate students receive tuition waivers and teaching assistantships, which carry a stipend of $22,000 approximately. Teaching Assistants typically teach two laboratories (each meets weekly), although more advanced students may teach one section of an undergraduate course. All Ph.D. students are required to teach an undergraduate course, or to serve as teaching assistants in problem sessions attached to undergraduate courses, for at least two semesters during their residence.
Ph.D. students (U.S. Citizens or Legally Permanent Residents) are strongly recommended to apply the external funding resources such as NSF GRFP (Graduate Research Fellowship Program). More details on here https://www.nsfgrfp.org. For non-U.S. Citizens, there is a bountiful funding resources from several fields. Please find the information on https://immigrantsrising.org.
We offer courses in Applied Mathematics, Differential Geometry, Probability and Statistics, Scientific Computation, Theoretical Computer Science, Algebra, Topology, and Analysis.
More elementary courses are also available in most areas, so that some students can first improve the level of their mathematical backgrounds and prepare for the degree courses.
In addition to our standard courses, we often offer special topics courses and seminars primarily in the areas in which the faculty will direct Ph.D. dissertations.
All our faculty are active in research; during the past five years our regular faculty of 24 have published some 300 research articles and several books. We direct theses in very diverse areas of Pure Mathematics, Applied Mathematics, and Statistics.
In addition to regular faculty, the department maintains regular postdoctoral positions and benefits from frequent visits by researchers in many areas of mathematics.
The incoming graduate student is advised by the Graduate Studies Committee of the Mathematics Department. The Committee, in consultation with the students, determines appropriate first courses for each student, according to the student's preparation and interests. Throughout the program, the Committee continues to help the students plan their studies and realize their mathematical interests.
In addition, with 24 faculty and about the same number of graduate students, a new graduate student is soon familiar with everyone and feels at home.
The department also has its own library, the A. H. Clifford Mathematics Research Library, housing some 21,000 bound volumes and subscribing to 288 journals devoted to all areas of mathematics and applications.
All faculty, graduate students and staff in the department have either a PC running either Windows, Mac OS X, or some version of UNIX, depending on their preference. In addition, the members of the scientific computing group have high-end SUN or Silicon Graphics workstations. There is also a small lab containing Silicon Graphics workstations for the use of students working in scientific computing. The department has a Linux-based server that supports its own email system and the departmental web pages. The entire system is part of the university's 100mb/sec network with connections to Internet-II and to the commercial Internet.
The Mathematics Department is housed in the upper floors of Gibson Hall, a stone structure built in 1894. Tulane University is located in America's most exciting and most visited city.
Our department is on St. Charles Avenue, across from Audubon Park, in a quiet residential area full of majestic oak trees and fine old antebellum homes. The iconic streetcars (soon to be restored) provide an easy ride to the picturesque French Quarter.
New Orleans has a rich cultural life, with a symphony orchestra, operas, ballets, plays, a noted art museum, many art galleries, excellent jazz, a major jazz festival and many other events. During Mardi Gras (40 days before Easter) the town fills with parades and revelry.
New Orleans is also famous for its cuisine; it boasts a number of great restaurants, and many more with inexpensive good meals.