Planning and teaching rigorous and purposeful learning units, assessing their effectiveness and the quality of student work, and revising and improving them is the cornerstone of curriculum and instruction at NOCCS. Learning units culminate in projects and performances that take students outside of school to gather information and data, bring the outside world into the classroom, and engage students in real-world investigations. Assessment is woven throughout each learning unit, pushing students to higher levels of performance in pursuit of academic excellence. NOCCS promotes a strong culture of best effort, high expectations, and high quality work.
Teaching and learning at NOCCS focus on the following:
Although our curriculum is guided by the California state standards, our delivery of this content incorporates:
NOCCS has adopted the Teaching for Understanding framework developed by Boston-area teachers and researchers at the Harvard Graduate School of Education, including leading educators and cognitive psychologists such as Howard Gardner, David Perkins and Vito Peronne. Using various forms of inquiry that engage their curiosity and wonder, students ask probing questions, conduct research, test their theories, make inferences, connect what they learn to the real world, and ultimately, apply their understanding on their own. For more information, go to learnweb.harvard.edu/alps/tfu/info3.cfm
California Early Literacy Learning
Literacy is a special focus of our school, and it is woven throughout the curriculum. At NOCCS, classroom experiences and instruction integrate reading, writing, speaking and listening to support literacy development. Teachers draw on a variety of methods to model and demonstrate the skills, strategies, and knowledge that promote word recognition, reading fluency, and comprehension.
NOCCS has adopted Investigations in Number, Data and Space as its math program. Investigations in Number, Data and Space, developed by TERC, is a comprehensive mathematics curriculum whose goals are to: offer students meaningful mathematical problems; emphasize depth in mathematical thinking rather than exposure to a series of fragmented topics; and communicate mathematics content and pedagogy to teachers. www.terc.edu