-
STANDARDS-BASED LITERACY AND MATH
- Aligning Curriculum to the Common Core, Grades K-12 – Course No. 169
- CCSS Mathematical Socratic Seminars Grades K-5 – No. 193
- Classroom Literacy Strategies for Reading, Writing, Speaking and Listening: Grades K-5 – No. 149
- Classroom Strategies for Reading, Writing, Speaking and Listening: Grades 6-12 – No. 157
- Classroom Strategies for Speaking and Listening: Grades 6-12 – No. 183
- Common Core Implementation: From Theory to Practice: Grades K-5 – No. 143
- Common Core Questioning Strategies, Grades K-12 – No. 181
- Common Core Reading Standards and Strategies That Support Them Grades K-12 – No. 147
- Common Core Reading Standards and Strategies That Support Them: Grades K-12 – No. 113
- Common Core Writing Standards and Strategies That Support Them: Grades 6-12 – No. 146
- Common Core Writing Strategies for History and Social Studies, Grades 6-12 – No. 150
- Instructional Strategies: Citing Evidence for Grades 6-8 – No. 168
- Instructional Strategies: Citing Evidence, Grades 9-12 – No. 170
- Instructional Strategies: Teaching Students How to Use and Cite Evidence 3-12 – No. 190
- Literacy Strategies for Science and Technical Subjects: Grades 6-12 – No. 151B
- Math and Literacy: Beyond Right Answers, Grades K-12 – No. 195
- Modification Strategies for a Common Core-Aligned Curriculum in the Reading and Writing Strands, K-12 – No. 243a
- Teaching to Text Complexity, Grades 3-8 – No. 188
- Tiering Tasks Not Text, Grades 3-8 – No. 260
CCSS Mathematical Socratic Seminars Grades K-5 – No. 193
A K -5 classroom that supports literacy development is one where students and teachers demonstrate understanding of the language process. Teachers make connections, verbally and in writing, and close reading is an integral part of the learning process. The big shifts of the Common Core in K-12 mathematical literacy will drive this course as participants learn to integrate literacy strategy with mathematical processes through the strategies that include word walls, close reading, using evidence to support ideas, varied grouping and problem-solving.
Course Objectives:
- Examine, evaluate and practice with research-based methods of problem solving through questioning.
- Practice with the tools of math articulation process through Socratic questioning.
- Understand how to organize and facilitate mathematical Socratic seminars.