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Beyond Word Problems:  Making Sense of Math

Posted by Heather Taylor and Chris Mosberg on May 17, 2019 at 12:00 PM
Heather Taylor and Chris Mosberg

The study of mathematics involves the balance of procedural skill, fluency, conceptual understanding, and application. Engaging students to make sense of math, rather than teaching them to memorize concepts, helps create mathematical thinkers. An important key to understanding mathematical concepts is a problem-solving approach in the classroom.

sanford_school_math_problem_solvingMathematical problem solving helps students

  1. Cultivate critical thinking skills
  2. Provide opportunities to improve confidence by taking mathematical risks
  3. Develop perseverance in solving a challenging problem
  4. Improve communication of mathematical reasons and justifications
  5. Encourage the use of multiple approaches and strategies

“When will I ever use this?”
Problem-solving opportunities to look for in the classroom

  • Engaging problems
    Observe students finding creative ways to approach real-world examples and pull together various methods to determine solutions. Engaging word problems give students a reason to learn new concepts.
  • An opportunity for students to apply multiple skills
    Most word problems in each section of a math book are written so that students are applying the skill or skills learned in that one section. To help push students from procedural fluency to a deeper understanding, it is important to find a math program that provides an opportunity for students to decide which concepts to apply in finding solutions. In this way, they will not learn processes by rote and quickly forget them out of context. Rather, they will access their mathematical toolbox and pull out the appropriate skill to tackle diverse challenges.
  • Collaborative Learning Environment
    Find a learning environment that encourages students to work in groups for determining solutions to open-ended questions, giving them an opportunity to apply prior knowledge or test out new ideas. These kinds of problems improve students’ critical thinking skills and create a need for students to prove their ideas in a collaborative setting. Learning from peers can often help a student's light bulb go off if their classmate's explanation connects with them more than the textbook or teacher. Moreover, students learn better when they have to communicate why they chose particular strategies to problem-solve and how they executed each step toward a solution.

Listen to Our Sanford Speaks Podcast Add Problem-Solving To Multiply Learning

Watch students reap the following benefits from a math curriculum focused on problem-solvingsanford_school_learning

  1. The natural use of learned skills and concepts
  2. Technology being used in creative ways
  3. Growing confidence in their mathematical reasoning
  4. A desire to share their solution with other students
  5. Pride in their accomplishments

At Sanford School, problem-solving is an integral component of the mathematics curriculum, starting in the lower school. Our goal is to foster intellectual development to prepare students for success in a rapidly changing world. Our rigorous curriculum provides the mathematical skills required for college and everyday life.

Sanford Math Instructor Heather Taylor graduated from Drexel University with a Master’s of Science in Mathematics Learning and Teaching. Mrs. Taylor achieved a perfect GPA of 4.0 in the competitive program, which “emphasizes implementing student-centered and problem-based instructional practices and utilizing technology-enhanced strategies to meet the needs of math learners of all abilities.” She is the Co-Chair of the math department and is the Head Coach of the Girls’ Soccer Team.

Math Co-Chair Chris Mosberg is celebrating her 30th year at Sanford School. She is an integral part of the Sanford community supporting and advising students and faculty. Mrs. Mosberg earned her Master's Degree in Mathematics Education from Virginia Tech.


Topics: Education, Academics, STEM

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