Let's all think hard about what is truly behind the probable demise of the Minnesota Comprehensive Assessments.
The MCAs are the key assessment component of the system of accountability that has governed our public schools for the last decade. Each April, MCAs in math and reading are given for grades three through eight. The results are reported to students and their families, but are not as a rule used to determine whether a child moves to the next grade level.
At the high school level, two assessments are given that do affect the academic status of students — with regard to qualifying for a high school diploma. These two GRAD (Graduation Required Assessment for Diploma) tests include the GRAD Writing Test given at grade nine and the Grade 10 Reading MCA.
Two key points:
1. The MCAs represent accurate assessments of a student's mastery of math and reading skills needed at a given grade level.
2. Embarrassed by a persistent achievement gap in the results for low-income students and students of color, public school administrators and teachers have exerted great pressure on Gov. Mark Dayton and members of both houses in the DFL-dominated Legislature to terminate the MCAs. These politicians will most likely comply, since Education Minnesota (the key teachers union) and other groups within the education establishment are big contributors to DFL campaigns.
To understand what I mean when I say the MCAs represent good measures of grade-level skill mastery, go to the Minnesota Department of Education website and find the "Item Samplers." There is a disclaimer to the effect that the samplers should not be used to predict performance on the actual MCA. But they do provide an idea of the skills necessary to do well on the grade-level assessments.
Find, for example, the Grade 3 Mathematics Item Sampler. You'll see questions calling for a demonstration of skills one surely would expect of a third-grader — addition and subtraction, rounding a number, fundamental multiplication and division, recognition of perpendicular and parallel lines, recognition of basic fractions, and so on.