eric.ed.gov har udgivet: California’s shift towards continuous improvement in education makes understanding how districts and schools can learn to improve a more pressing question than ever. The CORE Improvement Community (CIC), a network of California school districts engaged in learning about improvement together, is an important testing ground to learn about what this work entails. This report continues drawing lessons from the CIC’s second year as its districts work together towards a common aim: to improve the mathematics achievement of African American and Latinx students in Grades 4-8. The CIC applies a specific continuous improvement approach, called improvement science, to support teams in reaching the aim. Improvement science, unlike many approaches to reform, is not a specific “program” designed to fix educators’ performance in a particular aspect of their work… Continue Reading →
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eric.ed.gov har udgivet: Teachers do make a difference in student outcomes–and it can be a big one. Research has shown this to be especially true in mathematics, which forms the foundation for all future STEM learning. But most U.S. students do not get a series of good teachers–and highly skilled math and science teachers are not the norm. Excellent instruction requires both deep content knowledge and expertise in teaching that content to all kinds of learners. Developing inspiring STEM instruction is particularly demanding, while STEM teachers are particularly poorly prepared. This STEM Smart Brief describes the research and promising practices regarding teacher preparation, professional development, and school leadership strategies that are effective in improving teacher quality or student outcomes. Link til kilde
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eric.ed.gov har udgivet: States have often introduced programs supporting science, technology, engineering and math in the secondary grades. Yet the evidence of STEM’s positive impact on young children’s development makes a compelling case for engaging learners in pre-K through third grade in consistent, authentic and high-quality STEM experiences. High-quality P-3 STEM learning need not — and should not — be viewed as an add-on to an already crowded set of learning objectives. Instead, states can integrate early STEM opportunities to advance developmentally appropriate practice and young learners’ growth in literacy and numeracy, executive function and 21st century skills. This Policy Guide, informed by experts in early education and STEM fields, identifies policies and actions a state can adopt to bring STEM opportunities to the early grades. Link til kilde
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eric.ed.gov har udgivet: For school districts in California, just as one set of revolutionary new content standards is beginning to feel familiar, another deep change is brewing. Districts have now had more than five years to wrestle with how they implement the Common Core State Standards for Mathematics (CCSS-M) (NGA Center & CCSSO, 2010). Many have made large-scale changes in their systems. However, state math assessment scores have remained flat, suggesting that many districts may still be in the early stages of understanding and implementing changes that are necessary to support instruction. This report describes how 10 districts participating in the Math in Common (MiC) initiative have approached implementation of the CCSS-M somewhat differently. To implement their district visions of the CCSS-M, each MiC district’s MiC leadership team developed three… Continue Reading →
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