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Jul 21, 2026
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MATH& 131 Math for Elementary Education 15 credits Designed for prospective elementary teachers, this course focuses on the mathematical concepts behind topics taught at the K-8 level. Topics of study include problem-solving strategies, number theory, and numeration, with an emphasis on analyzing learning difficulties and teaching strategies for these concepts. Students will improve their abilities to recognize patterns and make connections to the mathematical ideas explored, while practicing strategies for communicating mathematical concepts to others.
This course meets the Quantitative Reasoning general education distribution requirement.
Prerequisites: MATH 98 (or placement into any college-level, transferable MATH/MATH& course) and ABED 46 or ELL 50 (or placement into ENGL 93 or higher)
Course Outcomes Upon successful completion of this course students will be able to:
- Use problem-solving models and apply them to concepts introduced throughout the course
- Explore counting, place value, and numeration through a study of historical number systems
- Identify and distinguish among different methods for addition, subtraction, multiplication, and division
- Explore math operations using manipulatives, pictorial arrays, and different bases
- Apply a variety of algorithms and mental computations to solve problems dealing with whole numbers, fractions, decimals, ratios, proportions, and percentages
- Incorporate basic number theory concepts including primes, factors, divisibility, and equality as problem-solving strategies
- Identify common student errors and learning difficulties related to the course topics
- Develop and practice teaching strategies for mathematical concepts
- Self-assess learning and teaching experiences, and modify strategies as needed
Program Outcomes
College-Wide Learning Outcomes This course teaches to the college-wide learning outcome of Problem Solving, the ability to analyze situations, explore possible responses, apply informed solutions, and evaluate results in relation to real‑world contexts.
Total Hours: 50 Theory (Lecture) Hours: 50
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