### Master of Education in Curriculum and Instruction - Mathematics Education

Total hours: 30

Core Requirement: Curriculum (12 credit hours) | |
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EDUC 5305 | Effective Teaching and Learning for 21st Century EC-12 Students |

EDUC 5309 | Advanced Teaching Modelsd for Diverse Learners |

EDUC 5394 | Understanding and Designing Classroom Resarch |

EDUC 5397 | Implementing and Disseminating Classroom Research (Capstone) |

##### Support Area/Concentration (18 credit hours)

Six courses to be selected from one of the Mathematics areas below. Students who want to take courses in more than one area must first seek approval of their faculty advisor.

Option 1: Non-Elective K-12 Mathematics Content and Curriculum Courses - Accelerated Online Program only | |
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MAED 5351 | Whole Numbers, Rational Numbers and Operations |

MAED 5352 | Patterns and Algebra |

MAED 5353 | Probability and Statistics |

MAED 5354 | Problem Solving |

MAED 5355 | Conceptual Geometry |

MAED 5356 | Measurement |

Option 2: Non-Elective K-8 Mathematics Content and Curriculum Courses - On Campus only | |
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MATH 5375 | Constructing Whole Numbers and Operations |

MATH 5376 | Constructing Rational Numbers and Operations |

MATH 5377 | Algebraic Reasoning in K-8 Mathematics |

MATH 5370 | Problem Solving in K-8 Mathematics |

MATH 5378 | Geometry Concepts in K-8 Mathematics |

MATH 5379 | Measurement Concepts in K-8 Mathematics |

Option 3: Elective Mathematics Content Courses - Any 6 content courses with Advisor Approval^{1,2} | |
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MATH 5340 | Concepts and Techniques in Discrete Mathematics |

MATH 5341 | Concepts and Techniques in Geometry |

MATH 5342 | Concepts and Techniques in Algebra |

MATH 5343 | Concepts and Techniques in Probability and Statistics |

MATH 5344 | Mathematics-specific Technologies |

MATH 5345 | Concepts and Techniques in Analysis |

MATH 5336 | Concepts and Techniques in Number Theory |

MATH 5337 | Concepts and Techniques in Calculus |

MATH 5346 | Concepts and Techniques in Problem Solving |

MATH 5347 | Concepts and Techniques in Modeling and Applications |

MATH 5348 | Advanced Algebra for Secondary Mathematics |

MATH 5352 | Concepts and Techniques in Precalculus |

MATH 5307 | Mathematical Analysis |

MATH 5308 | Mathematical Analysis II |

MATH 5320 | Ordinary Differential Equations |

MATH 5338 | Numerical Analysis I |

MATH 5371 | Applied Numerical Linear Algebra |

MATH 5373 | Numerical Solution of Ordinary Differential Equations |

MATH 53XX | or other courses as approved by advisor - List |

^{1} Courses listed under Option 3 require a background in upper level undergraduate mathematics.^{2} Option 3 courses may count for dual credit, as determined in consultation with faculty advisor.

#### Program of Work

Upon admission to the program, you will meet with your program director to create a program of work. This will plot out what courses you will take each semester until you complete the program.