Discover how quality instructional materials empower educators with evidence-based tools for effective instruction and fostering student success.
Using high-quality instructional materials in the classroom can make a demonstrable difference in the instruction students receive. For example, a 2018 study illustrated that teachers using quality-aligned materials engaged students in mathematical practices at a significantly higher rate than teachers without access to aligned curriculum.
As part of EdReports’ 2023 State of the Instructional Materials Market study, our analysis of data from the RAND Corporation’s American Instructional Resources Survey (AIRS) supports similar findings. When teachers use quality materials, students have access to activities that are crucial for deepening understanding and fostering participation.
When teachers use quality materials, students have access to activities that are crucial for deepening understanding and fostering participation.
This means supporting student literacy in ELA; problem solving, explaining logic, and justifying solutions in mathematics; and using phenomena-driven instruction and scientific models in science. Regardless of subject area, the data below illustrates that teachers' practices are directly impacted by the content they use in the classroom.
Aligned materials in ELA support a wide range of literacy-enhancing activities, from applying academic vocabulary to practicing reading fluency. These high-quality materials facilitate frequent engagement in comprehensive literacy tasks, which support the development of critical reading and analytical skills (Table 1).
High-quality materials facilitate frequent engagement in comprehensive literacy tasks, which support the development of critical reading and analytical skills.
Aligned materials in mathematics encourage a broad spectrum of problem-solving and communication activities, including explaining mathematical thinking and justifying solutions. These practices are essential for helping students develop a deeper conceptual understanding and the ability to communicate mathematical ideas effectively (Table 2).
Aligned materials in mathematics encourage a broad spectrum of problem-solving and communication activities, helping students develop a deeper conceptual understanding and the ability to communicate mathematical ideas effectively.
Aligned materials in science boost engagement in a variety of inquiry-based learning tasks, including constructing scientific arguments; using models; and obtaining, evaluating, or communicating information about scientific phenomena. These activities are crucial for developing a comprehensive understanding of scientific methods and encouraging critical thinking (Table 3).
Aligned materials in science boost engagement in a variety of inquiry-based learning tasks. These activities are crucial for developing a comprehensive understanding of scientific methods and encouraging critical thinking.
To be sure, selecting high-quality curriculum is not a self-contained solution. In order to adopt aligned materials that will be used effectively in the classroom, school systems must conduct a comprehensive, educator-led adoption process. They must also ensure that teachers have the necessary support for implementation and long-term, curriculum-based professional learning in order to make the most out of a quality program.
Adopting quality materials that promote evidence-based teaching practices and equipping educators to use them well are crucial steps to provide every student with engaging, grade-level content that promotes learning and growth.
To leverage quality curriculum for improved student outcomes, prioritize teacher-led adoption and ongoing, curriculum-based professional learning.
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