Teaching of mathematics in the Minneapolis Public
Schools is abysmal.
Teachers at K-5 have been given very little
training in mathematics in their course preparation. The pertinent courses that they take in route
to receiving a degree in elementary education do not involve intensive
instruction in mathematics; many
teachers at K-5 are mathematics phobic, and they sometimes lack even the
rudimentary skills that they are to impart to their students. Teachers at K-5 have typically had very little
training in algebra, geometry, trigonometry, statistics, or calculus, so that
they can convey very little in the way of a vision to their students as to the
exciting journey into mathematics that lies ahead.
Students in the Minneapolis Public Schools
frequently never master their multiplication tables and their grasp of key
concepts as to place value, decimals, fractions, and percentages is
extraordinarily weak. A lack of these
arithmetic skills serves as inhibitor to the performance of algebraic,
geometric, and trigonometric skills that presume foundational mathematics
skills. Overreliance on calculators
impedes understanding of the four basic operations, fractions, decimals, and
percentages and slows the accomplishment of tasks in algebra, geometry, trigonometry,
statistics, and calculus.
There is a dearth of highly trained teachers at the
high school level who are capable of rendering instruction in Advanced
Placement Mathematics; almost all
teachers of high school mathematics who have attained master’s degrees have received
Masters of Teaching Mathematics degrees from education departments, colleges,
and schools, rather than Masters of Mathematics degrees from mathematics departments.
The full array of mathematics skills described by
the Minnesota State Mathematics Standards are not being taught in the
Minneapolis Public Schools.
Below is the introduction to the Minnesota State Mathematics Standards presented on the Minnesota Department of Education website:
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Mathematics is a discipline whose basic ingredients are numbers, shapes, and algebraic relationships. Logical reasoning is used to study the properties of these objects and develop connections between them. The results can be used to understand and analyze a vast array of phenomena arising in all of the sciences, engineering and everyday life. For this reason, mathematics is often called the "language of science.” We support mathematics achievement for all learners by providing guidance and technical assistance on implementation of academic standards, current best practices, and multitiered systems of intervention.
For more information about Mathematics, contact Susan Wygant.
Standards, Assessments, and Graduation Requirements
Standards
The Minnesota K-12 Academic Standards in Mathematics are grounded in the belief that all students can and should be mathematically proficient. All students need to learn important mathematical concepts, skills and relationships with understanding. The standards describe a connected body of mathematical knowledge students learn through the processes of problem-solving, reasoning and proof, communication, connections, and representation. The standards are grouped by strands: 1) Number and Operation; 2) Algebra; 3) Geometry and Measurement; and 4) Data Analysis and Probability.
The mathematics standards were revised in 2007, with full implementation by the 2010-11 school year. Though the math standards were scheduled to be reviewed again during the 2015-16 school year, the review has been postponed. As passed in the spring 2015 first special legislative session, according to Chapter 3, H.F. 1, the math standards review has been postponed until 2021-22. Find the math standards documents below.
A
Mathematics Benchmark Toolkit has been developed to help districts
and schools review curriculum maps, make adjustments in the areas that have
caused the most difficulty, and make sure teachers have what they need to
ensure students are understanding the more difficult concepts.
Assessments
Assessments
The Minnesota Comprehensive Assessment (MCA) III
Mathematics exam assesses the mathematics standards in grades 3-8 and 11. There
are also standards for literacy in science and technical subjects contained
within the Minnesota
K-12 Academic Standards in English Language Arts (2010). The MCAs
and the Minnesota Test of Academic Skills (MTAS) are state tests that help
districts measure student progress toward Minnesota's academic standards. Most
students take the MCA, but students who receive special education services and
meet eligibility criteria may take the MTAS. Read more about the MCAs and statewide
assessments on the Statewide
Testing page.
Graduation Requirements
Graduation Requirements
The graduation requirements for mathematics include
credit requirements and standards requirements. All students are required to
satisfactorily complete three credits in mathematics encompassing the high
school academic standards.
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