The major objectives of the mathematics program are to provide knowledge of the theoretical basis of the field, appreciation for the intrinsic beauty of the discipline, skill in interpreting the concepts underlying quantitative procedures, and ability to apply modern mathematical techniques and tools to practical problems. Courses in the curriculum give students an opportunity to develop the basis for critical and logical analysis of problems and to design and implement creative solutions. In addition to comprehensive programs leading to a major or minor in mathematics, offerings are designed to serve the liberally educated person in support of other disciplines.

The student may choose to pursue a major in mathematics with a program leading to a Bachelor of Arts (B.A.) or a Bachelor of Science (B.S.) degree. The B.A. program, which requires a minimum of 33 semester hours of mathematics, allows a great deal of flexibility for persons interested in combining the major program with a strong minor or double major in another discipline. The B.S. program, which requires a minimum of 39 semester hours of mathematics, is recommended for students interested in scientific applications or further study in mathematics on the graduate level. Requirements are as follows:

• Mathematics Core (B.A. and B.S.): 115 (or 114), 116, 135, 215, 310, 402W, and 415W. Remaining courses must be taken at the 300 level or above. A grade of C or better must be achieved in all courses counting toward the major.
• Extra-disciplinary Requirements (B.A. and B.S.): Scientific Programming: C++ (COSC 160)
• Additional B.S. Mathematics and Science Requirements:
  • Applications component: At least one course chosen from 301, 308, and 314.
  • Theoretical component: At least two courses chosen from 403W, 412W, 416W, and 420.
  • Science component: at least one sequence chosen from the three options BIOL 111-113 & 112-114, CHEM 121 & 122, or PHYS 211 & 212.

The minimum requirements for a minor in mathematics are 115 (or 114) -116 and 9 additional hours in courses numbered 135 or above including at least one course numbered 300 or above.

Students can choose to focus the elective courses beyond Calculus II in their minor based on their career interests. Examples include the following:

4/1 Program for B.S./M.S.

Outstanding students enrolled in a B.S. program in either mathematics or computer science may apply to the graduate program in Computational Mathematics. During the spring semester of a student's junior year, application to the graduate program can be made according to guidelines already established for regular admissions. Applicants are expected to present credentials that include a cumulative grade point average of at least 3.25 and grade point averages in mathematics and computer science of at least 3.5. The GRE will not be required. The applicant should send a letter stating that he or she wishes to become a 4/1 student and should arrange for transcripts of undergraduate work and two letters of recommendation to be submitted along with the graduate application. At the successful completion of the program, the student will receive the B.S. degree in mathematics or computer science and the M.S. degree in Computational Mathematics. Please contact the director of the program, Dr. Mazur, for additional information.