Master of Science in Mathematics and Physics - Mathematics Concentration

Mathematics Program Leader: Dr. Joseph Gaskin
P.O. Box 9759
Baton Rouge, LA 70813-9759
T. T. Allain Bldg. - Room 345
Phone: (225) 771-5180
Fax: (225) 771-4762
E-mail: joseph.gaskin@sus.edu

The Department of Mathematics and Physics offers a Master of Science degree in Mathematics and Physics, with a concentration in Mathematics. The curriculum of study must be chosen by the student and approved by the Graduate Committee of the Mathematics Program. Emphasis of study will reflect the student's choice.

Faculty

Professors:

Barona, Humberto Munoz
Ph.D., Mathematics
University of Louisiana at Lafayette

Associate Professors:

Gaskin, Joseph

Ph.D., Mathematics
Syracuse University 

Vincent-Finley, Rachel
Ph.D., Computational and Applied Mathematics
Rice University 

Assistant Professor:

Cunningham, Katrina
Ph.D., Mathematics
Saint Louis University

Introduction

The graduate program in mathematics began in 1960. For the first five years of the program’s existence, the students were in-service teachers who were participants in summer institutes sponsored by the National Science Foundation. Students not in this category, i.e. full-time graduate students, began to enroll in the late 1960s. The content of the program was focused on classical mathematics: Algebra, Analysis, Geometry, and Topology.

In 1985, the program added two more dimensions, namely Applied Mathematics and Mathematics for Teachers. These three programs were called Option I (Classical), Option II (Applied) and Option III (Teaching). Later, Options I and II were combined and renamed Program I, Option III was renamed Program II.

In 2006, the Teacher Option (Option II) was combined with the Option I Program. This redesigned program has the flexibility to meet the needs of the three options created in 1985, depending on the choices made by the student in choosing from the list of approved electives.

OBJECTIVES OF THE PROGRAM
This program is designed for persons interested in teaching post­secondary mathematics, pursuing further studies in mathematics or mathematics education, or working in industry.

Objectives:

  • To offer intensive study in the areas of Classical and Applied Mathematics.
  • To provide insights into the structure of mathematics and its importance.
  • To strengthen the background of those persons who are interested in pursuing further studies in mathematics or mathematics education.
  • To provide a stimulating environment for graduate students in mathematics.
  • To provide a sufficiently flexible program that allows students to engage in meaningful mathematical experiences which will enhance their career opportunities.

Admissions Requirements

In addition to meeting the general admission requirements of the Graduate School, applicants holding Bachelor of Science degrees in related fields, or having deficiencies in mathematics, may apply for provisional admission. In these cases, the Graduate Committee within the Mathematics Program, with the approval of the Chair, may recommend that the student enrolls in a mixed program of graduate and undergraduate courses approved by the graduate committee for the purpose of removing deficiencies in undergraduate mathematics. All deficiencies must be removed before a student can become a candidate for a graduate degree. Students admitted on the provisional basis cited above will receive credit toward the Master of Science degree for all graduate work successfully completed during this provisional period upon admission to the program.

Plan of Study

DEGREE REQUIREMENTS

In order to be eligible as a candidate for the Master of Science degree, a student successfully complete the core courses with a grade of at least "B" in each course. Students must also complete and successfully defend a thesis or a special project. The two options for degree requirements available are:

1: Thesis Option: The thesis option includes thirty-three credit hours of coursework including six credit hours of thesis research. With this option, a students must write and defend a thesis.
2: Non-Thesis Option: The non-thesis option includes thirty-three credit hours of coursework including six credit hours of a special project, and successful completion of the Department's Graduate Comprehensive Examination (MATH 601B) administered by the Mathematics Graduate Committee.

All students must pass eighteen credit hours consisting of the following core courses: MATH 500B, MATH 530B, MATH 531B, MATH 533B, MATH 565B, and MATH 566B. In addition to the core courses, all students must pass a minimum of nine credit hours selected from the list of approved electives.

Core Courses

All students must pass eighteen credit hours consisting of the following core courses:
MATH 500BFoundations of Mathematics

3

MATH 530BAbstract Algebra I

3

MATH 531BAbstract Algebra II

3

MATH 533BComput Linear Algebra I

3

MATH 565BMath Analysis I

3

MATH 566BMath Analysis II

3

Approved Electives

In addition to the core courses, all students must pass a minimum of nine credit hours selected from the list of approved electives.
MATH 432BElementary Theory of Numbers

3

MATH 492BIntro to Point-Set Topology

3

MATH 501BHistory of Mathematics

3

MATH 534BComputational Linear Algebra

3

MATH 571BNumerical Analysis

3

MATH 585BComputers, Stat & Probability

3

MATH 586BComputers, Stat, & Probability

3

MATH 595BTopics in Applied Math: Analy

3

Additional Mathematics Experiences

The following 400 level courses carry graduate credit and may be used to service various students needing additional mathematics experiences. It should be noted that only MATH 432B and MATH 492B are on the list of approved electives for purposes of meeting the thirty-three credit hours of Graduate Mathematics program requirements.
MATH 432BElementary Theory of Numbers

3

MATH 433BLinear Algebra

3

MATH 435BModern Algebra II

3

MATH 445BMath of Compound Interest

3

MATH 446BSeminar in Acturial Exam 110

3

MATH 450BTopics in Geometry

3

MATH 462BReal Analysis

3

MATH 463BIntrod to Complex Variables

3

MATH 470BDifferential Equations

3

MATH 472BBoundary Value Problems

3

MATH 474BNumerical Analysis

3

MATH 475BProbability & Statistics I

3

MATH 480BMath & Critical Thinking

3

MATH 481BTopics in Algebra

3

MATH 482BPrinciples of Geometry

3

MATH 483BPrinciples of Analysis I

3

MATH 492BIntro to Point-Set Topology

3

MATH 499BSeminar in Mathematics

3

Research Courses

MATH 599BThesis

1

MATH 600BResearch

3