Welcome to Mathematics
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Mathematics is the human activity of reasoning with number and shape, in concert with the logical and symbolic artifacts that people develop and apply in their mathematical activity. The National Council of Teachers of Mathematics (2018) outlines three primary purposes for learning mathematics:
References
National Council of Teachers of Mathematics (2018). Catalyzing change in high school mathematics: Initiating critical conversations. Reston, VA: National Council of Teachers of Mathematics.
- To Expand Professional Opportunity. Just as the ability to read and write was critical for workers when the early 20th-century economy shifted from agriculture to manufacturing, the ability to do mathematics is critical for workers in the 21st century as the economy has shifted from manufacturing to information technology. Workers with a robust understanding of mathematics are in demand by employers, and job growth in STEM (science, technology, engineering, and mathematics) fields is forecast to accelerate over the next decade.
- Understand and Critique the World. A consequence of living in a technological society is the need to interpret and understand the mathematics behind our social, scientific, commercial, and political systems. Much of this mathematics appears in the way of statistics, tables, and graphs, but this need to understand and critique the world extends to the application of mathematical models, attention given to precision, bias in data collection, and the soundness of mathematical claims and arguments. Learners of mathematics should feel empowered to make sense of the world around them and to better participate as an informed member of a democratic society.
- Experience Wonder, Joy, and Beauty. Just as human forms and movement can be beautiful in dance, or sounds can make beautiful music, the patterns, shapes, and reasoning of mathematics can also be beautiful. On a personal level, mathematical problem solving can be an authentic act of individual creativity, while on a societal level, mathematics both informs and is informed by the culture of those who use and develop it, just as art or language is used and developed.
References
National Council of Teachers of Mathematics (2018). Catalyzing change in high school mathematics: Initiating critical conversations. Reston, VA: National Council of Teachers of Mathematics.
Click on the icons to open the Colorado Academic Standards, the CCSD Scope and Sequence, and the curriculum map for each grade level.
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For the full curriculum map, refer to the "Additional Resources" section at the bottom of this page.
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For the full curriculum map, refer to the "Additional Resources" section at the bottom of this page.
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The Mathematics Teaching and Learning Framework is used in teaching the Colorado Academic Standards
to meet the needs of EVERY student EVERY day.
The "Effective Mathematics Teaching Practices Continuum" is designed to frame what the development of each teaching practice looks like along a learning, growth, and development trajectory. Teachers and teams can reference this continuum to self-assess current strengths, and areas of growth.
to meet the needs of EVERY student EVERY day.
The "Effective Mathematics Teaching Practices Continuum" is designed to frame what the development of each teaching practice looks like along a learning, growth, and development trajectory. Teachers and teams can reference this continuum to self-assess current strengths, and areas of growth.
The instructional framework for mathematics is divided into three components: "Student Practices," "Teacher Practices," and "Routines." Taken together, these comprehensively describe high-quality mathematics teaching and learning. (Click on the icons below for more detailed information).
Amber Gardner, Ph.D.
PI Partner of PK-12 Mathematics Instructional Support Facility (ISF) 720-554-5044 [email protected] |
Lori Mallett, Ed.S.
PI Partner of PK-12 Mathematics Instructional Support Facility 720-554-5631 [email protected] |