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Math Placement in California’s Public Schools

By Niu Gao, Sara Adan

Last year, the California Legislature passed a new law—the California Mathematics Placement Act—to address widespread concern over equity in the math placement process. The law is aimed at improving the measurement of student performance in order to move more students successfully through the high school curriculum. In this context, we surveyed California’s school districts during the 2015–16 school year to examine their placement policies right before the law took effect and to identify district needs for technical assistance while implementing the new law. We found that:

  • Districts need help in determining how to proceed. Because the law leaves many details open to local interpretation, many districts are unsure about how to handle certain key elements. Teacher recommendations are a good example. Our survey indicates that the majority of districts have relied on recommendations as an important factor in determining placement. But the law now restricts their use. Improving the law’s clarity is critical going forward.
  • Despite uncertainties, most districts are implementing the new law. Among our respondents, 86 percent reported having a systematic math placement policy. Sixty percent said they are somewhat or very familiar with the new law. Among these districts, 51 percent said they were already in compliance and 42 percent reported revising their policies for compliance purposes.
  • Across districts, there is a strong need for valid, reliable, and objective performance measures. This need applies both to assessing student performance and to evaluating district policies. Districts with the largest gains in student course outcomes over a 10-year period provide some insight. These districts are more likely than others to emphasize test scores, math GPA, and overall GPA when assessing student placement. They are also more likely to use end-of-year math grades to evaluate district placement policies.
  • Districts face a number of other challenges. Districts’ concerns range from handling parental expectations, to needing evidence-based performance measures, to creating better policy alignment within and across schools. In addition, equity issues and staffing shortages present ongoing challenges for many districts.

We recommend several actions for helping districts comply with the law and improve their math placement process. These include establishing evidence-based measures, refining the approach to teacher recommendations, and identifying effective placement protocols. In the longer term, districts would benefit from using student data to improve equity issues and from increased staffing, especially in rural and high-need districts.

Report

College Readiness in California: A Look at Rigorous High School Course-Taking

By Niu Gao

Recognizing the educational and economic benefits of a college degree, education policymakers at the federal, state, and local levels have made college preparation a priority. There are many ways to measure college readiness, but one key component is rigorous high school coursework. California has not yet adopted a statewide college readiness requirement, but a growing number of school districts—including Los Angeles Unified, San Jose Unified, Oakland Unified, San Diego Unified, and San Francisco Unified—now require students to complete the rigorous coursework, called the "a–g courses,” that are necessary for admission to the University of California (UC) and the California State University (CSU) system.

In this report we look at participation and performance in rigorous high school courses among California high school students, both overall and across demographic and racial/ethnic groups. While enrollment in rigorous courses has been increasing, particularly among students who are traditionally underrepresented in higher education, a large majority of California high school students are not taking the courses that can prepare them for college. Forty-three percent of high school graduates in 2015 completed the a–g requirement, and 27 percent of high school graduates in 2013 passed an advanced placement (AP) exam. Participation in advanced math, biology, chemistry, and physics courses is also low. In particular, only 30 percent of high school juniors and seniors enrolled in Algebra II and smaller shares enrolled in chemistry (28%) and physics (10%).

As they monitor the progress of public high schools in preparing students for college, state policymakers and districts need to focus on indicators such as a–g completion, benchmark course-taking, and end-of-course exam (EOC) results. We also recommend tracking performance across student groups to help schools and districts address gaps in achievement and provide educational resources to students who need them most.

Report

Upgrading Technology Infrastructure in California’s Schools

By Patrick Murphy, Niu Gao

As California schools move into online testing and online learning, an adequate technology infrastructure is no longer an option, but a necessity. To fully benefit from digital learning, schools will require a comprehensive technology infrastructure that can support a range of administrative and instructional tools. An earlier PPIC report found that most schools need significant technology upgrades in order to accommodate online learning. What upgrades do schools need most, and how much will they cost? How can policymakers help ensure that all students have access to 21st-century learning tools?

This report describes findings based on new statewide data. First, schools need high-density wireless networks, increased bandwidth, and overall network infrastructure upgrades. The challenges are greater in large schools, mostly because of the high cost of wireless networks for large groups of users. Second, IT staffing continues to be an issue in most schools. Only a third of schools have staff onsite to support desktop and local network configuration.

To estimate the costs of upgrading technology infrastructure, we created two scenarios. Our baseline scenario—which includes minimum bandwidth for digital learning, one device for every two middle- and high-school students, and one IT staffer for every 300 computing devices—would cost an additional $1.5 billion over the next three years. Our target scenario—which involves additional bandwidth and one device to every middle- and high-school student—would cost significantly more: $3.8 billion. In either scenario, staffing costs are more than 60 percent of the total.

As the state explores ways to address these ongoing technology needs, we offer several recommendations. First, continue and maintain sustained funding for technology investment, particularly for staffing. Second, provide targeted technical assistance to address severe staffing problems. Third, to ensure that all students have full access to digital learning, take advantage of federal funding and explore innovative partnerships with private sector to cover the cost of home broadband access for students from lower-income families.

Report

High-Need Students and California’s New Assessments

By Laura Hill, Iwunze Ugo

The 2014–15 school year was the first in which the Smarter Balanced assessments (referred to here as the SBAC) were administered statewide. While educators and policymakers agree that multiple measures over multiple years are the best way to gauge student, school, and district performance, the first-year SBAC results provide an important baseline for assessing implementation of the Common Core State Standards and the Local Control and Accountability Plans (LCAPs).

These results may also have implications for the evolution of accountability measures at the district and state levels—especially in relation to high-need students. The California State Board of Education has not yet devised a replacement for the Academic Performance Index (API), which was suspended in the 2014–15 school year. Districts have developed goals and measures in their LCAPs but the rubrics that state and the county offices of education will use are not yet in place. In the meantime, a close look at the results of the first year of testing can help us track achievement gaps between student groups and identify districts and schools with the largest tasks ahead.

One of the major goals of the Local Control Funding Formula (LCFF) is to help districts address a long-standing achievement gap between high-need students—economically disadvantaged students and English Learners (ELs)—and other students. However, we find that the test score gap is larger for 4th-grade EL and economically disadvantaged students when measured with the SBAC than with the state’s prior assessment (the California Standards Test, or CST). Generally speaking, as the share of high-need students in a district or school increases, the proportion of students meeting the standards falls. However, when we compare results across demographically similar schools and districts, we find that some schools performed better than expected.

Results for English Learners are particularly useful for local and state policymakers as they implement new EL standards and consider how to revise reclassification standards. Notably, in a relatively large number of schools, no EL students scored at or above the standards for English language arts (ELA) and math. In the past, 30 percent of districts required ELs to meet the ELA standard on the CST to be reclassified.

Our main conclusion is that high-need students are far behind other student groups—indeed, they may be farther behind than we thought. Schools and districts can use this analysis to take stock of their implementation of the Common Core and their progress toward their LCAP goals for EL and economically disadvantaged students. And schools and districts with large gaps—especially those performing below expectations—can find examples of similar districts and schools that exceeded expectations.

Report

Public Safety Realignment: Impacts So Far

By Magnus Lofstrom, Brandon Martin

Prompted by a federal court order to reduce prison overcrowding, California’s 2011 historic public safety realignment shifted many correctional responsibilities for lower-level felons from the state to counties. The reform was premised on the idea that locals can do a better job, and it was hoped that incarceration rates and corrections costs would fall. At the same time, critics predicted crime would rise. Four years since its implementation, realignment has made several important impacts:

  • Realignment significantly reduced the prison population, but the state did not reach the court-mandated population target until after the passage of Proposition 47 in November 2014, which reduced penalties for many property and drug offenses.
  • The reform challenged county jails and probation departments by making them responsible for a greater number of offenders with a broader range of backgrounds and needs.
  • The county jail population did not rise nearly as much as the prison population fell, reducing the total number of people incarcerated in California.
  • Realignment did not increase violent crime, but auto thefts rose.
  • Research so far shows no dramatic change in recidivism rates.
  • State corrections spending remains high, but there is reason to believe expenditures could drop in the future.

Realignment has largely been successful, but the state and county correctional systems face significant challenges. The state needs to regain control of prison medical care, which is now in the hands of a federal receiver. And the state and counties together must make progress in reducing stubbornly high recidivism rates.

blog post

College Readiness and the New State Exams

By Jacob Jackson

Results of the new statewide tests show that about half of 11th-grade students are at least conditionally ready for college level courses in English and less than a third are ready for college level math courses.

blog post

Students Struggle on Test of New Standards

By Laura Hill, Iwunze Ugo

On California’s first statewide tests aligned with the Common Core standards, 40% of fourth-graders scored proficient or better on the English Language Arts (ELA) test and 35% did so in math.

Report

What If California’s Drought Continues?

By Ellen Hanak, Jay Lund, Jeffrey Mount, Peter Moyle ...

California is in the fourth year of a severe, hot drought—the kind that is increasingly likely as the climate warms. Although no sector has been untouched, impacts so far have varied greatly, reflecting different levels of drought preparedness. Urban areas are in the best shape, thanks to sustained investments in diversified water portfolios and conservation. Farmers are more vulnerable, but they are also adapting. The greatest vulnerabilities are in some low-income rural communities where wells are running dry and in California’s wetlands, rivers, and forests, where the state’s iconic biodiversity is under extreme threat. Two to three more years of drought will increase challenges in all areas and require continued—and likely increasingly difficult—adaptations. Emergency programs will need to be significantly expanded to get drinking water to rural residents and to prevent major losses of waterbirds and extinctions of numerous native fish species, including most salmon runs. California also needs to start a longer-term effort to build drought resilience in the most vulnerable areas.

Report

Are California’s Schools Ready for Online Testing and Learning?

By Niu Gao

In addition to the Common Core State Standards (CCSS), California is implementing a new, online assessment system: the California Assessment of Student Performance and Progress (CAASPP). Field tests were conducted last spring and the system is being rolled out this year, amid concerns about whether schools are technologically prepared. Using survey data from the California Educational Technology Professionals Association (CETPA), this report examines school districts’ technology infrastructure and assesses their readiness for online testing. Three findings emerge. First, school districts express confidence in the quantity and quality of their hardware and network capabilities but remain concerned about software and training of instructional and IT staff. Second, there is sizable variation in readiness across districts, linked mainly to student enrollment and district expenditure levels. Third, a clear majority of the state’s onetime CCSS Implementation Fund is going into non-technology spending such as instructional materials and teacher training. Regardless of their current readiness, districts will need targeted and ongoing support to upgrade and maintain their technology infrastructure. In the longer term, virtually all schools will need to upgrade their technology infrastructure in order to adopt and benefit from digital learning.

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