The Common Core presents challenges for school districts in teaching and learning. This guidebook provides evidence-based solutions to build teacher capacity, address curriculum gaps, design assessments, leverage technology, engage stakeholders, and manage change. It emphasizes the importance of design thinking, focusing on essential change management practices, and connecting the initiative to a broader vision for improved teaching and learning. The goal is to promote innovation, build reciprocal accountability, and effectively address both technical and human dimensions of change.

The Common Core State Standards (CCSS) aim to improve public education by increasing expectations, deepening subjects, and providing an active curriculum. These goals include addressing disparities in U.S. student performance, reducing remediation rates, improving workplace readiness, and promoting civic participation. Equitable CCSS implementation can help close opportunity and achievement gaps affecting low-income, minority, and English learner students, with all standards expected of all students. California has a unique chance to improve education by implementing the CCSS effectively.

Preparing every high school graduate for postsecondary education and fulfilling work is the goal of common core standards. Career readiness and college readiness share many of the same skills, knowledge, and dispositions. Being ready for professional life requires additional transferable skills to support success throughout a lifetime of changing circumstances. The importance of transferable skills is emphasized by many groups and observers.

The California Academic Performance Index (API) is limited by demographics, instability, and narrow focus on test scores. Experts recommend tracking individual students' progress, measuring achievement growth over multiple years, and using alternative performance measures. Improving API could enhance accountability systems and target educational improvements.

This report commemorates the fifth anniversary of the Getting Down to Facts project, which sought to provide a thorough and reliable analysis of the critical challenges facing California’s education system as the necessary basis for an informed discussion of policy changes aimed at improving the performance of California schools and students. The report focuses on the four key issues that received emphasis in the Getting Down to Facts studies: governance, finance, personnel, and data systems.

Education reform efforts in Los Angeles and the US have failed due to the focus on governance and rules. The solution is to invest in capacity building, creating incentives and agency for students and teachers, easing adoption through regulatory relief, and financing those working on new learning models. The goal is to update the century-old model of learning, called Learning 1.0, with a new model, Learning 2.0, that builds an education system around the learning system. This approach is based on research into unconventional learning models.

Evaluation of 11 California high school academies in 1987-88 found positive in-school outcomes. Academies combine academic and vocational courses to reduce dropout rates. Graduation rates available for one grade-level cohort, with an estimated net benefit of $1.0-1.3 million from dropout prevention.

This article discusses the results of replicating the California Peninsula Academies model in 10 high schools. The model provides technical instruction in an occupational field, alongside core academic curriculum, and is designed to prevent dropouts. Evidence suggests that Academy students performed better in terms of grades and course credits compared to students in comparison groups, particularly at three sites.

States can help local schools improve by implementing effective school improvement strategies. A study by the Education Commission of the States (ECS) identified key elements that can transform schools into more effective organizations, and various roles that states can play in the change process. The study analyzed data collected in 40 schools in 10 states, providing a solid knowledge base for implementing state-mandated education reforms. Effective strategies and conditions for success were studied using a case-study approach. The study began in late 1983 and was completed in early 1985.

Science education is crucial for the nation's future, but the curriculum needs to be updated to keep pace with scientific advances and changes in society. The classical image of science has changed, and science education must now be taught in a social context with an emphasis on critical thinking and responsible decision-making. Efforts to improve science education need a conceptual framework that justifies the need for change and provides direction. A new vision is required to transform science education and improve scientific and technological literacy.