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Presentation will include:
• Introductions
• Overview– GLCEs (4X6) and Extended GLCEs– Learning Sequence– Diagnostic Inventories– Implementation Issues
• Selected Activities
State Improvement Grantto address
Adequate Yearly Progress(SIG-AYP)
www.michiganmathematics.org
Michigan Department of Education
Office of Special Education and Early Intervention Services
*******
United States Department of Education
State and Federal Guidance
• No Child Left Behind
• Education Yes!
• Grade Level Content Expectations
• MEAP Grades 3-8
• Adequate Yearly Progress
GLCEs by Grade by Strand
GLCEs K 1 2 3 4 5 6 7 8
Number and Operations 10 16 22 21 37 23 20 9 11
Algebra 14 13 13
Measurement 5 8 11 13 11 10 3
Geometry 3 6 7 7 5 7 5 6 9
Data and Probability 3 3 3 3 4 2 4 7
Total 18 33 43 44 56 44 44 32 40
NCLB % Proficient RequirementsYear Mathematics
Elem. Middle High
2002 47% 31% 33%
2003 47% 31% 33%
2004 47% 31% 33%
2005 56% 43% 44%
2006 56% 43% 44%
2007 56% 43% 44%
2008 64% 54% 56%
2009 64% 54% 56%
2010 64% 54% 56%
2011 73% 66% 67%
2012 82% 77% 78%
2013 91% 89% 89%
2014 100% 100% 100%
2002 MEAP Grade 8 Mathematics
0.0
0.5
1.0
1.5
2.0
2.5
3.0
0.0
6.0
12
.0
18
.0
24
.0
30
.0
36
.0
42
.0
48
.0
Raw Score
Pe
rce
nt
District Curriculum Guide
• Content: What students should know and be able to do
• Instruction: How to best engage students in learning content
• Performance expectation: What we expect students to do – based upon incremental improvement
• Assessment: A measure of meeting performance expectations
IntroductionChapter 1 Program and Instruction
Chapter 2 Place Value and NumerationChapter 3 Whole Number Addition & Subtraction Chapter 4 Whole Number Multiplication &
DivisionChapter 5 Decimals (Basic)Chapter 6 Fractions (Basic)Chapter 7 Fractions & Decimals (Intermediate)
SIG-AYP PD Book – Table of Contents
SIG-AYP PD Book – Table of Contents
Chapter 8: GeometryChapter 9: ?Chapter 10: Resources: Files & Graphics (CD&Web)Chapter 11: Michigan Grade Level Content
ExpectationsChapter 12: MEAP Grades 3 through 8
Chapter 13: MI-Access
SIG Project Focus
• Teachers of Underachieving Students • Special Education Students Who Will Take
the MEAP Test• Continuing Support• Diagnosis of Student Performance• Implications for the IEP• Instructional Interventions• Assessment of Impact
Unit Structure• Overview • Meaning• Instructional Sequence• Activities
– Manipulative– Pictorial– Basic Facts– Algorithms– Computation
• Diagnostic Inventory
Diagnostic Inventories
• Numeration and Place Value (1)
• Whole Number Concepts and Operations (4)
• Basic Decimal and Fraction Concepts and Operations (2)
Numeration and Place Value Inventory
• Contextual Problems
• Concept– Number (Position and Quantity)– Place Value
• Representations (models and symbol)
• Counting Forward and Backward
• Comparing
• Word/Numeral Translations
Whole Number InventoryAddition, Subtraction, Multiplication, and Division
• Concept of the Operation in Context• Pictorial Representation of the Operation• Using the Number Line to Compute• Fact Families, Inverse Operations, and Identities• Computation Format• Computation
– Facts– With and Without Regrouping (Embedded Zeros)– Multiple Digits (Up to 4 – Digit)
Decimals Inventory: Basic Level• Concept
– Equal Partitioning– The Role of Zero and the Decimal Point– Decimal Place Value and Trading– Translate among Representations (models and
symbol)
• Counting• Reading and Writing Decimal Words and
Numerals• Equivalence, Comparison, and Ordering• Basic Computation (Tenths and Hundredths –
No Regrouping)
Fractions Inventory: Basic Level• Concept
– Equal Partitioning– The Role of Numerator and Denominator– The Whole as the Referent– Translate among Representations (models and
symbol)
• Counting• Reading and Writing Fraction Words and
Numerals• Equivalence, Comparison, and Ordering• Basic Computation (Like Denominators)
Our Charge!
• To focus on the role of a teacher working with underachieving students
• To assist colleagues working with underachieving students– Instructional models and strategies– Diagnostic tools– Instructional planning models
ReferencesNational Research Council
• Adding It Up: Helping Children Learn Mathematics (2001)
• How People Learn: Brain, Mind, Experience and School (1999)
• How Students Learn Mathematics in the Classroom (2005)
How Students Learn Mathematics in the Classroom
1. Engaging Prior Understandings
2. The Essential Role of Factual Knowledge and Conceptual Frameworks in Understanding
3. The Importance of Self-Monitoring
Adding It Up: Helping Children Learn Mathematics
1. Conceptual understanding
2. Procedural fluency
3. Strategic competence
4. Adaptive reasoning
5. Productive disposition