The plan listed below is designed to provide suggestions for sequencing your major courses, but there are also other ways to sequence most majors. This plan is meant to provide aid in early, provisional planning. Please consult with your academic advisor to make strategic academic decisions about which courses to take each semester.

## Sample Four Year Plan: Mathematics (BA or BS)

### FALL - Semester 1

MATH 198: Analytic Geometry with Calculus I

MATH 101: Freshman Seminar

Liberal Studies Program (LSP) coursework

### SPRING - Semester 2

MATH 263: Analytic Geometry with Calculus II

CS 170: Intro to Computer Science

Liberal Studies Program (LSP) coursework

### FALL - Semester 3

MATH 200: Foundations of Mathematics

MATH 264: Analytic Geometry with Calculus III

CHEM 130: Chemical Principles I or PHYS 195: Physics I

Liberal Studies Program (LSP) Foreign Language

### SPRING - Semester 4

STAT 290: Statistics

MATH 357: Linear Algebra

Liberal Studies Program (LSP) coursework

Liberal Studies Program (LSP) Foreign Language

### FALL - Semester 5

MATH 451: Algebraic Structures

MATH XXX: One course from List A

JINS 3XX: Junior Interdisciplinary Seminar

Liberal Studies Program (LSP) or BS coursework

Elective

### SPRING - Semester 6

MATH 398: Junior Seminar in Mathematics

MATH XXX: One course from List A or B

Liberal Studies Program (LSP) or BS coursework

Elective

### FALL - Semester 7

MATH 499: Mathematics Capstone Seminar

MATH 461: Advanced Calculus I

MATH XXX: One course from List A or B

### SPRING - Semester 8

MATH XXX: One course from List A or B

MATH XXX: One course from List A or B

Electives (as needed) to total at least 120 hours

Graduation Requirements: Total credit hrs>=120

(40 credit hrs @ 300-level or higher)

List A of Elective Courses: | List B of Elective Courses: |
---|---|

MATH 363: College Geometry | MATH 300: Introduction to Numerical Analysis |

MATH 440: Topology | MATH 325: Introduction to Operations Research |

MATH 447: Combinatorial Analysis | MATH 325: Introduction to Operations Research |

MATH 452: Algebraic Structures II | MATH 330: Mathematics of Finance |

MATH 454: Theory of Numbers | MATH 335: Game Theory |

MATH 462: Advanced Calculus II | MATH 345: Introduction to Mathematical Biology |

MATH 465: Differential Geometry | MATH 347: Discrete Mathematics |

MATH 467: Logic and Set Theory | MATH 364: Vector Analysis |

MATH 515: Complex Variables I | MATH 365: Ordinary Differential Equations |

STAT 570: Math. Probability & Stat. I | MATH 400: Methods of Optimization |

MATH 455: History of Mathematics I | |

MATH 456: History of Mathematics II | |

MATH 464: Higher Geometry | |

MATH 511: Numerical Analysis | |

MATH 521: Partial Differential Equations | |

MATH 530: Topics in Mathematical Modeling | |

MATH 564: Advanced Linear Algebra | |

STAT 571: Mathematical Probability and Statistics II |

Department chair: please contact Jonathan Vieker with any updates to the plan above.

This is a sample course sequence to illustrate class offerings for this major. The Office of the Registrar is responsible for certifying completion of degree requirements based on requirements specified in Truman's Official Catalog.

## Sample Plans for Related Majors

Chemistry Major: Sample 4-Year Plan Computer Science: Sample 4-Year Plan