Math Leadership Team November 2015

1. Math Leadership TeamNovember 2015 Welcome! Number Talks

2. Warm-up • Mathematical Representations • Field test comments • Opportunity to field test • Extensions • http://illuminations.nctm.org/Lesson.aspx?id=960

3. Logistics for Learning • Advocate for your own learning. • Tend to your needs. • Be fully present. • Be ready to move often. • Give yourself permission to learn. “It is impossible to get better and look good at the same time.” –Julie Cameron in The Artist’s Way

4. Building a System • OSPI/AESD • 9 Regional Math Coordinators • Fellows • MEC RMSTs • Leadership Team • Districts • OSPI Content Directors • ESD Assistant Superintendents • ESD Math and Science Coordinators • ESD ELA Coordinators • School and Student Success • Early Learning • ELL & Migrant Programs

5. Building a System • OSPI/AESD • 9 Regional Math Coordinators • Fellows • MEC RMSTs • Leadership Team • Districts • Tamara Smith • Sue Bluestein • Carrie Black • Amanda Baumgartner • Leslie Nielsen • Dawn Sparks • Andrew Hickman • Debra Kowalkowski • Mary Ellen Huggins

6. Washington State Regional Math Coordinators Goals Goal 1: Provide equitable CCSS-M professional development opportunities for administrators and teachers through the statewide network. Goal 2: Increase student achievement by improving teachers’ ability to implement effective instructional practices and increasing teachers’ content knowledge. Goal 3: Increase the Capacity of Teacher Leaders to support CCSS-Math professional learning.

7. Building a System • OSPI/AESD • 9 Regional Math Coordinators • Fellows • MEC RMSTs • Leadership Team • Districts OESD Fellows • Joe PowerNKSD • Catherine Pitcher CKSD • Jenn Bressert SKSD • Teresa McComber NMSD • Lisa Cartwright PTSD • Katy Middlestead Cres. • Danny Kent QVSD • Carrie Echeita QVSD • Cindy Larson BSD • Katherine Freedman BSD • Julie Lordon BSD • Lisa Elm BSD

8. Fellows Purpose • To be a part of and support a system that focuses on math making sense for all students. --Leadership in the Extended Community • To be a part of a community of learners that focuses on putting the shifts into practice to reflect the CCSS vision both around the student making sense of the mathematics and demonstrating that understanding. –Leadership of Others and Self • To deprivatize our practice and take risks in order to facilitate high quality mathematics instruction and experiences students have with the mathematics. –Leadership of Self

9. Building a System • OSPI/AESD • 9 Regional Math Coordinators • Fellows • MEC RMSTs • Leadership Team • Districts • Townley Slack • Suzy Johansen • Ginger Lancaster

10. Math courses Coming Soon! • Rational Numbers • Ratios and Proportions • Expressions and Equations

11. Building a System • OSPI/AESD • 9 Regional Math Coordinators • Fellows • MEC RMSTs • Leadership Team • Districts

12. SBAC Scores

13. Objectives • Developa deep understanding of the CCSS Math standards & the new Smarter Balanced assessments. • Understandthe role of building and district team leadership in supporting the implementation of the new standards. • Create a common vision of the strong connections between CCSS Math and new teacher and principal evaluation criteria and instructional frameworks. • Share, findand create resources with other district math leaders in the region.

14. Meeting Dates

15. Agenda • Math Task • “For the Good of the Order” – vertical look at the mathemtical importance of Zero and One • Lunch • Updates • Number Talks • Math Task • Formative Assessment – Digital Library

16. Collaborative Norms • Pausing • Paraphrasing • Posing Questions • Putting ideas on the table • Providing Data • Pay attention to self and others • Presuming Positive intentions Review each of these 7 norms. For two norms of your choice: • consider an example and a non-example of what it looks like when people are practicing this norm.

17. The Instructional Core Text/Task “Content” Increasing the level and complexity of the curriculum/content. Context Teacher Student Increasing the knowledge, skills and expertise of the teacher. Changing the role of the student as learner. CHILDRESS, ELMORE, GROSSMAN, KING. Public Education Leadership Project, 2007

18. For the Good of the Order • Looking at the vertical development of one mathematical idea or concept. • Develop a concept map of sorts that details the development across grades. Think Time • Properties and mathematical importance of Zero and One

19. For the Good of the Order • GENERATE: a list of grade level examples of properties of Zero & One • SORT: In your table groups, compare examples generated. Sort into seeming levels of importance and similarities. • CONNECT: record each unique example on concept cards and organize on a poster showing connections • ELABORATE: record new ideas that extend your initial ideas

20. Concept Cards • Concept: Multiplying fractions by one to get equivalent fractions • Example: • Standard: 5.NF.5b • Develop a concept card for each example • Identify the grade level standard for each example • Organize the concept cards to highlight connects among the examples

21. Number Talks

22. Open StrategyShare Elicit many differentideas toseetherangeof possibilities Studentslisten forand contributein differentways tosolve the same problem Buildingstudents’repertoire ofstrategies Moveacrossa broadterrainof concepts, procedures,representations, explanations Generate many different ideas “Can you explain how you solved?”“Did anybody solveinadifferentway?”

23. OpenStrategyShare Selecttheproblem Anticipatehowstudentswillsolve PosetheproblemandmonitorstudentsatworkElicitanddiscussarangeofsolutions Solution4 Solution1 Solution3 Solution2

24. What patterns do you notice?

25. Fundamentals of Learning • Reflect on today’s main activities through the Fundamentals of Learning • Meaning Making • Participating and Contributing • Managing Learning

26. Reflection & Evaluation • Complete the Online Evaluation – link can be found on the OESD Website at • Question 15* – additional comments – other big ideas in mathematics that are worthy of vertical examination • Currently considering: • Area model of multiplication • Base 10