ncdpi curriculum and instruction division k – 12 mathematics

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“FOCUS” on CCSS-M Spring 2012 RESA 6 – 12 Mathematics Robin Barbour Johannah Maynor www.ncdpi.wikispaces.net NCDPI Curriculum and Instruction Division K – 12 Mathematics

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“ FOCUS ” on CCSS-M Spring 2012 RESA 6 – 12 Mathematics Robin BarbourJohannah Maynor www.ncdpi.wikispaces.net. NCDPI Curriculum and Instruction Division K – 12 Mathematics. Overview of Today. Assessment Shifting Professional Development Three Mathematical Shifts Focus on “ Focus ” - PowerPoint PPT Presentation

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Page 1: NCDPI Curriculum and Instruction Division K – 12 Mathematics

“FOCUS” on CCSS-M

Spring 2012 RESA6 – 12 Mathematics

Robin Barbour Johannah Maynor

www.ncdpi.wikispaces.net

NCDPICurriculum and Instruction Division

K – 12 Mathematics

Page 2: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Overview of Today

• Assessment

• Shifting Professional Development

• Three Mathematical Shifts

• Focus on “Focus”

• Time for Math

• Developing and Implementing Resources

Page 3: NCDPI Curriculum and Instruction Division K – 12 Mathematics

ASSESSMENT

Page 4: NCDPI Curriculum and Instruction Division K – 12 Mathematics

2012 – 2013 and 2013 – 2014

School Years North Carolina written tests aligned to the

COMMON CORE State Standards

will be administered.

Page 5: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Technology and Testing

Content of the North Carolina assessments is aligned to the CCSS-M; however, the technology will not be as sophisticated as in assessments created by the Smarter Balanced Assessment Consortium (SBAC).

Page 6: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Let’s look at a familiar

problem…

Page 7: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Which of the following represents 2/5?

a.

b.

c.

d.

Page 8: NCDPI Curriculum and Instruction Division K – 12 Mathematics

With a new twist…

Page 9: NCDPI Curriculum and Instruction Division K – 12 Mathematics

For numbers 1a – 1d, state whether or not each figure has 2/5 of its whole shaded.

1a.

1b.

1c.

1d.

ο Yes ο No

ο Yes ο No

ο Yes ο No

ο Yes ο No

Page 10: NCDPI Curriculum and Instruction Division K – 12 Mathematics

This item is worth 0 – 2 points depending on the responses. What series of the yes and no responses would give a student:

“Turn and Talk”

2 points? 1 point? 0 points?

Page 11: NCDPI Curriculum and Instruction Division K – 12 Mathematics

For numbers 1a – 1d, state whether or not each figure has 2/5 of its whole shaded.

1a.

1b.

1c.

1d.

ο Yes ο No

ο Yes ο No

ο Yes ο No

ο Yes ο No

Page 12: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Scoring RubricResponses to this item will receive 0 – 2

points, based upon the following:

2 points: YNYN

1 point: YNNN, YYNN, YYYN

0 point: YYYY, YNNY, NNNN, NNYY, NYYN, NYNN, NYYY, NYNY, NNYN, NNNY, YYNY, YNYY

Page 13: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Let’s Do Some Math

Page 14: NCDPI Curriculum and Instruction Division K – 12 Mathematics

www.smarterbalanced.org

Page 15: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Time to Reflect

Page 16: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Shifting Gears….

How did you become an effective teacher?

Where did this occur?

Page 17: NCDPI Curriculum and Instruction Division K – 12 Mathematics

PHI DELTA KAPPA International Research Bulletin

“The most powerful influence on students’ learning is the quality of the teacher.”

http://www.pdkintl.org/research/rbulletins/resbul27.htm

Page 18: NCDPI Curriculum and Instruction Division K – 12 Mathematics

PHI DELTA KAPPA International Research Bulletin

Traditional forms of PD:

• Workshops

• Conferences

• Presentations

• Courses (daily challenges of teaching)

http://www.pdkintl.org/research/rbulletins/resbul27.htm

Page 19: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Key Points

Phi Delta Kappan, 2005

Professional development should involve

• Teachers in the identification of what they need to learn.

• Teachers in the development of the learning opportunity and/or process.

Page 20: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Key Points

Phi Delta Kappan, 2005

Professional development should be

• primarily school based and integral to the school operations.

Page 21: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Key Points

Phi Delta Kappan, 2005

Professional development should provide

• opportunities to engage in developing a theoretical understanding of the knowledge and skills to be learned.

Page 22: NCDPI Curriculum and Instruction Division K – 12 Mathematics

“Despite virtually unanimous criticism of most traditional forms of professional development, these ineffective practices persist.”

Phi Delta Kappan, 2005

Page 23: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Horizon Research

Impact on teachers’ use of instructional practices to elicit student thinking

Page 24: NCDPI Curriculum and Instruction Division K – 12 Mathematics

“But NO Impact on….”

• Teacher content knowledge,

• Teachers’ use of representations in instruction,

• Teachers’ focus on mathematics reasoning in instruction

• Student achievementGaret et al., 2010

Page 25: NCDPI Curriculum and Instruction Division K – 12 Mathematics

What Works?

Effective Teacher Development

–Collaboration

–Coaching

–PLCs Steve Leinwand, 2012

Page 26: NCDPI Curriculum and Instruction Division K – 12 Mathematics

• What PD have you done that is successful?

• What concerns do you have about implementing PD?

“Turn and Talk”

Page 27: NCDPI Curriculum and Instruction Division K – 12 Mathematics
Page 28: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Time to Reflect

Page 29: NCDPI Curriculum and Instruction Division K – 12 Mathematics
Page 30: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Today’s PLC Goals

–Know and articulate the major work of your grade level or course.

–Experience and become familiar with rich lessons that go deeper into content.

Page 31: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Three Mathematical ShiftsFocus

Coherence

Rigor

Page 32: NCDPI Curriculum and Instruction Division K – 12 Mathematics

A focus on “FOCUS”In your PLC:

• Discuss the three topics provided for each grade level.

• Decide which of the three should not receive intense focus at the indicated grade.

Page 33: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Table of Contents

Page 34: NCDPI Curriculum and Instruction Division K – 12 Mathematics

• Identify clusters/standards as either

– major work of the grade level

– supporting work of the grade level

– additional work of the grade level

In Your Groups

Page 35: NCDPI Curriculum and Instruction Division K – 12 Mathematics

LUNCH

Page 36: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Time to Reflect

Page 37: NCDPI Curriculum and Instruction Division K – 12 Mathematics

A Recursive View of Some

Common Functions

Page 38: NCDPI Curriculum and Instruction Division K – 12 Mathematics

1. Make sense of problems and persevere in solving them.

2. Reason abstractly and quantitatively.

3. Construct viable arguments and critique the reasoning of others.

4. Model with mathematics.

5. Use appropriate tools strategically.

6. Attend to precision.

7. Look for and make use of structure.

8. Look for and express regularity in repeated reasoning.

Standards for Mathematical Practices

Page 39: NCDPI Curriculum and Instruction Division K – 12 Mathematics

When planning, ask

“What task can I give that will build student

understanding?”rather than

“How can I explain clearly so they will understand?”

Grayson Wheatley, NCCTM, 2002

Page 40: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Can “Good Tasks” Become “Bad Tasks”?

Page 41: NCDPI Curriculum and Instruction Division K – 12 Mathematics

61

77

84

41

57

69

15 1613

54

24

17

0

10

20

30

40

50

60

70

80

90

100

Australia Czech Republic Hong Kong J apan Netherlands United States

Using ProceduresMaking Connections

31

1618

20 19

59

8

52

4648

37

00

10

20

30

40

50

60

70

80

90

100

Australia Czech Republic Hong Kong J apan Netherlands United States

Using Procedures

Making Connections

Types of Math Problems Presented

How Teachers ImplementedMaking Connections Math

Problems

Page 42: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Lesson ComparisonUnited States and Japan

The emphasis on skill acquisition is evident in the steps most common in U.S. classrooms

The emphasis on understanding is evident in the steps of a typical Japanese lesson

•Teacher instructs students in concept or skill

•Teacher solves example problems with class

•Students practice on their own while teacher assists individual students

•Teacher poses a thought provoking problem

•Students and teachers explore the problem

•Various students present ideas or solutions to the class

•Teacher summarizes the class solutions

•Students solve similar problems

42

Page 43: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Pledge Plans

Page 44: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Thinking Through a Lesson Protocol(TTLP)

• Selecting and Setting up a Mathematical Task

• Supporting Students’ Exploration of the Task

• Sharing and Discussing the Task

Page 45: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Thinking Through a Lesson ProtocolMathematics Teaching in the Middle School,

October, 2008

Page 46: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Universal Design of Learning

(UDL)

Page 47: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Time to Reflect

Page 48: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Food for Thought

• NCTM’s Navigation Series

Until we meet again

• Performance metrics

Page 49: NCDPI Curriculum and Instruction Division K – 12 Mathematics

www.ncdpi.wikispaces.net

Page 50: NCDPI Curriculum and Instruction Division K – 12 Mathematics

Time to Reflect

Page 51: NCDPI Curriculum and Instruction Division K – 12 Mathematics

DPI Contact Information

Kitty RutherfordElementary Mathematics [email protected]

Amy ScrinziElementary Mathematics [email protected]

Robin BarbourMiddle Grades Mathematics [email protected]

Johannah MaynorSecondary Mathematics [email protected]

Barbara BissellK – 12 Mathematics Section [email protected]

Susan HartProgram [email protected]