# Mathematics Major, B.S.

**Jeremy Marzuola, Director of Undergraduate Studies**

**Elizabeth Davidson, Manager of Student Services**

Mathematics has always been a fundamental component of human thought and culture, and the growth of technology in recent times has further increased its importance.

Students majoring in mathematics may enter either the B.A. or the B.S. program. The B.S. program is more comprehensive; it provides solid preparation for work or for further study in mathematics and related fields. Within the B.S. program there is an applied option, which is designed for students who are primarily interested in using mathematics for the study of other sciences.

## Department Programs

**Majors**

**Minor**

**Graduate Programs**

In addition to the program requirements listed below, students must

- attain a final cumulative GPA of at least 2.0
- complete a minimum of 45 academic credit hours earned from UNC-Chapel Hill courses
- take at least half of their major course requirements (courses and credit hours) at UNC-Chapel Hill
- earn a minimum of 18 hours of C or better in the major core requirements (some majors require 21 hours).

For more information, please consult the degree requirements section of the catalog.

## Mathematics Majors, B.S.

Code | Title | Hours |
---|---|---|

Core Requirements | ||

One of the following: | 3 | |

Introduction to Programming ^{H} | ||

Introduction to Scientific Programming | ||

Computer-Assisted Mathematical Problem Solving | ||

MATH 381 | Discrete Mathematics ^{1} | 3 |

MATH 383 | First Course in Differential Equations ^{H} | 3 |

MATH 521 | Advanced Calculus I ^{H} | 3 |

One of the following: | 3 | |

Advanced Calculus II ^{H} | ||

Functions of a Complex Variable with Applications | ||

Mathematical Methods for the Physical Sciences I | ||

Introduction to Numerical Analysis | ||

One of the following: | 3 | |

Elementary Theory of Numbers | ||

Elements of Modern Algebra | ||

Algebraic Structures | ||

Combinatorial Mathematics | ||

MATH 547 | Linear Algebra for Applications (preferably before the senior year) | 3 |

or MATH 577 | Linear Algebra | |

At least three additional MATH courses numbered above 520, excluding MATH 528L and MATH 529L | 9 | |

Eighteen hours of C or better (not C-) in MATH courses numbered above 520 | ||

Additional Requirements | ||

MATH 231 | Calculus of Functions of One Variable I | 3 |

or MATH 241 | BioCalculus I | |

MATH 232 | Calculus of Functions of One Variable II | 3 |

or MATH 283 | BioCalculus II | |

MATH 233 | Calculus of Functions of Several Variables ^{H} | 3 |

One or two semesters of physics chosen from the following options: | 4-8 | |

Introductory Calculus-based Mechanics and Relativity (recommended) | ||

General Physics I: For Students of the Life Sciences | ||

General Physics I and General Physics II | ||

Mechanics and Electromagnetism and Optics ^{H} | ||

At least four courses in the Division of Natural Sciences and Mathematics (beyond the General Education requirements), but not in mathematics | 12 | |

Total Hours | 55-59 |

H | Honors version available. An honors course fulfills the same requirements as the nonhonors version of that course. Enrollment and GPA restrictions may apply. |

^{1} | A current or former major in mathematical decision sciences may substitute STOR 215 for MATH 381. |

## Mathematics Major, B.S.–Applied Option

Code | Title | Hours |
---|---|---|

Core Requirements | ||

COMP 110 | Introduction to Programming ^{H} | 3 |

or COMP 116 | Introduction to Scientific Programming | |

MATH 381 | Discrete Mathematics ^{1} | 3 |

MATH 383 | First Course in Differential Equations ^{H} | 3 |

MATH 521 | Advanced Calculus I ^{H} | 3 |

Five courses chosen from the following list: ^{2} | 15 | |

Advanced Calculus II ^{H} | ||

Functions of a Complex Variable with Applications | ||

Elementary Differential Equations | ||

Mathematical Methods for the Physical Sciences I ^{2} | ||

Mathematical Methods for the Physical Sciences II ^{2} | ||

Introduction to Probability | ||

Combinatorial Mathematics | ||

Mathematical Modeling in the Life Sciences ^{2} | ||

Introduction to Numerical Analysis ^{2} | ||

Scientific Computation I ^{2} | ||

Methods of Applied Mathematics I ^{2} | ||

MATH 547 | Linear Algebra for Applications | 3 |

or MATH 577 | Linear Algebra | |

Eighteen hours of C or better (not C-) in MATH courses numbered above 520 | ||

Additional Requirements | ||

MATH 231 | Calculus of Functions of One Variable I | 3 |

or MATH 241 | BioCalculus I | |

MATH 232 | Calculus of Functions of One Variable II | 3 |

or MATH 283 | BioCalculus II | |

MATH 233 | Calculus of Functions of Several Variables ^{H} | 3 |

One or two semesters of physics chosen from the following options: | 4-8 | |

Introductory Calculus-based Mechanics and Relativity (recommended) | ||

General Physics I: For Students of the Life Sciences | ||

General Physics I and General Physics II | ||

Mechanics and Electromagnetism and Optics ^{H} | ||

Strongly recommended: | ||

Introduction to Probability | ||

Mathematical Statistics | ||

At least four courses in the Division of Natural Sciences and Mathematics (beyond the General Education requirements), but not in mathematics. STOR 555 can be counted for this requirement. | 12 | |

Total Hours | 55-59 |

H | Honors version available. An honors course fulfills the same requirements as the nonhonors version of that course. Enrollment and GPA restrictions may apply. |

^{1} | A current or former major in mathematical decision sciences may substitute STOR 215 for MATH 381. |

^{2} | with at least three from MATH 528, MATH 529, MATH 564, MATH 566, MATH 661, MATH 668. |

Students must complete either the B.S. or B.S.-Applied Option for a B.S. degree with a major in mathematics. All Foundations, Approaches, and Connections requirements of the General Education curriculum apply to students in both options.

Following are suggested course selections (within the degree requirements) for students who have an interest in a particular direction.

### Course Suggestions for Pure Mathematics

These courses provide a solid theoretical understanding of central mathematics and excellent preparation for graduate study in mathematics or the mathematical sciences.

Code | Title | Hours |
---|---|---|

MATH 521 | Advanced Calculus I ^{H} | 3 |

MATH 522 | Advanced Calculus II ^{H} | 3 |

MATH 577 | Linear Algebra | 3 |

MATH 578 | Algebraic Structures | 3 |

Enough upper-level mathematics courses to satisfy the degree requirements |

H | Honors version available. An honors course fulfills the same requirements as the nonhonors version of that course. Enrollment and GPA restrictions may apply. |

Those planning graduate study in mathematics or the mathematical sciences may consider taking some of MATH 653, MATH 676, MATH 680, or subsequent courses.

### Course Suggestions for Mathematical Biology

For students interested in careers or further study in mathematical life sciences.

Code | Title | Hours |
---|---|---|

BIOL 101 | Principles of Biology ^{H} | 3 |

CHEM 101 | General Descriptive Chemistry I | 3 |

or CHEM 102 | General Descriptive Chemistry II | |

At least one of: | 4 | |

Ecology and Evolution ^{H} | ||

Molecular Biology and Genetics ^{H} | ||

Cellular and Developmental Biology ^{H} | ||

At least two of: | 6 | |

Evolutionary Genetics | ||

Computational Genetics ^{H} | ||

Comparative Biomechanics | ||

Mathematical and Computational Models in Biology | ||

MATH 521 | Advanced Calculus I ^{H} | 3 |

One of: | 3 | |

Advanced Calculus II ^{H} | ||

Functions of a Complex Variable with Applications | ||

Mathematical Methods for the Physical Sciences I | ||

Introduction to Numerical Analysis | ||

One of: | 3 | |

Elements of Modern Algebra | ||

Combinatorial Mathematics | ||

Algebraic Structures | ||

MATH 547 | Linear Algebra for Applications | 3 |

or MATH 577 | Linear Algebra | |

Three or more mathematics courses numbered above 500. Consider especially MATH 524, MATH 529, MATH 535, and MATH 564 | 9 |

H |

## Special Opportunities in Mathematics

Special activities for qualified students include an undergraduate Mathematics Club, problem-solving seminars, the Putnam Mathematical Competition, and the Virginia Tech Mathematics Contest. Students interested in these activities should consult the departmental honors advisor.

Qualified undergraduate students may work as research assistants in the Fluid Laboratory or as tutors in the Math Help Center. Students can conduct original research with the guidance of a faculty member, usually in conjunction with the preparation of an honors project. Study Abroad opportunities include semester or yearlong programs in a variety of countries. The Archibald Henderson Medal and the Alfred Brauer Prize recognize outstanding performance and promise in mathematics.

Undergraduate honors research projects as well as some internships or study abroad programs might qualify for experiential education credit. MATH 290, MATH 396, and MATH 410 satisfy this requirement.

### Honors in Mathematics

Special honors (H) sections are given in some mathematics courses when student demand is sufficient (for example, MATH 62H, MATH 233H, MATH 383H).

Promising students are encouraged to work toward a bachelor’s degree with honors in mathematics. This program consists of six or more courses approved by the departmental honors advisor and satisfactory completion of an honors project completed over the two semesters of the senior year. The honors project is conducted in association with a departmental faculty member on a topic approved by the departmental honors advisor, and spans two semesters of independent research, during which time the honors candidate must be enrolled in MATH 691H and MATH 692H. The final report on the project includes both a written description and an oral presentation before a committee of three faculty (including the project advisor) approved by the departmental honors advisor. The committee will then report to the departmental honors advisor, who, in conjunction with a subcommittee of the undergraduate committee, will make the final recommendation on awarding a degree with honors or highest honors. The candidate must have a 3.5 grade point average in mathematics courses to begin an honors project and must maintain the 3.5 average through the completion of the senior year.

### UNC–BEST

The UNC Baccalaureate Education in Science and Teaching (UNC–BEST) Program is a collaboration between the School of Education and the College of Arts and Sciences and is designed to allow undergraduate mathematics (and science) majors interested in teaching high school mathematics the opportunity to earn their degree and obtain licensure as a North Carolina high school mathematics teacher in four years. UNC–BEST students meet all the degree requirements for their mathematics major and complete a teaching methods class (MATH 410). Students also fulfill teaching licensure coursework requirements (see list below) as well as many General Education and elective requirements. For more details on admission requirements and application processes, visit the School of Education Web site.

Code | Title | Hours |
---|---|---|

One of the following: | 3 | |

Introduction to the Education of Exceptional Learners | ||

Foundations of Special Education | ||

EDUC 690 | ||

EDUC 532 | Introduction to Development and Learning | 3 |

EDUC 615 | Schools and Community Collaboration | 3 |

EDUC 601 | Education Workshops | 1-3 |

EDUC 593 | Internship/Student Teaching (final semester) | 1-12 |