aps algebra summit1 algebra in aps christina fritz franny dever mitchell ross january 31,2008
TRANSCRIPT
APS Algebra Summit 1
Algebra in APS
Christina FritzFranny DeverMitchell Ross
January 31,2008
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ICE BREAKER Reflect on a vivid math
memory Jot down the highlights of your
memory Share your memory with an
elbow partner How many of you had a
positive math experience?
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Outcomes
Participants will… Analyze National, State and District data to
identify strengths and challenges of student achievement in math.
Identify teacher needs to implement a cohesive middle and high school math program
Create a process to identify students ready for Algebra
Identify best instruction and assessment practices for implementing secondary math programs
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Are Our Kids Prepared?
With an elbow partner discuss the question:
Are our kids prepared for Algebra?
Fall SpringWinter
BENCHMARK BENCHMARKBENCHMARK
K – 12 Assessment Framework
Progress Monitoring
Progress Monitoring
Curriculum Based MeasuresCore Reading Program AssessmentsCore Math Program Assessments
A2L Diagnostics DRA2/EDLRunning RecordsDRA2 Word Analysis
Fundations Avenues Wilson Math Task Bank
KDPRDRA2/EDL
Assess2Learn
HS SCA
KDPRDRA2/EDL
Assess2Learn
HS SCA
KDPRDRA2/EDL
Assess2Learn
HS SCA
NAEP 8th Grade Mathematics Data
0%
20%
40%
60%
Advanced 7% 3% 1% 2% 1%
Proficient 24% 15% 13% 13% 11%
Basic 39% 39% 39% 37% 35%
Below Basic 30% 43% 47% 48% 52%
2007 Nation 2007 NM 2005 NM 2003 NM 2000 NM
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NAEP Overall ResultsEighth Grade Math
The percentage of students in New Mexico who performed at or above the NAEP Proficient level was 17 percent in 2007. This percentage was greater than that in 2005 (14 percent).
The percentage of students in New Mexico who performed at or above the NAEP Basic level was 57 percent in 2007. This percentage was not significantly different from
that in 2005 (53 percent) and was greater than that in 1990 (43 percent).
New Mexico's average score in 2007 was lower than that of the nation's public schools.
SBA Summary Math Results: 25% of 6th graders are proficient or above 27% of 7th graders are proficient or above 34% of 8th graders are proficient or above 43% of 9th graders are proficient or above
0%
50%
100%
APS Standards Based Assessment Math Spring 2007
Beginning Steps 24% 25% 17% 12%
Nearing Proficient 50% 47% 48% 42%
Proficient 20% 21% 28% 33%
Advanced 5% 6% 6% 10%
Grade 6 Grade 7 Grade 8 Grade 9
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Supports for 4 Years of Math
Algebra 1 in Grade 8 This year about 60% of middle schools are
offering Algebra 1 Almost 20% of G8 students are taking
Algebra 1 G7 Math NMSBA Proficiency Levels of Students Taking Algebra in G8 in 2006-7
1 2 3 4
7% 41% 44% 8%
Note: statewide only 23% were at level 3 or 4
77% of all students taking algebra do not have the pre-algebra skills for Algebra I.
8th graders outperform the other grade levels at beginning algebra skills – 55% are ready for algebra.
0%
20%
40%
60%
80%
100%
APS High School Short Cycle Assessment: Algebra I Fall 07
Emerging 23% 4% 25% 40% 35% 45%
Nearing Proficient 54% 41% 55% 54% 57% 44%
Proficient 23% 55% 20% 6% 8% 11%
All Grades
Grade 8 Grade 9 Grade 10 Grade 11 Grade 12
70%
10% of all students taking Geometry are proficient on entry level geometry standards
9th graders outperform the other grade levels at beginning geometry skills
0%
20%
40%
60%
80%
100%
APS High School Short Cycle Assessment: Geometry Fall 2007
Emerging 33% 28% 33% 47% 48%
Nearing Proficient 57% 52% 57% 51% 50%
Proficient 10% 20% 10% 2% 2%
All Grades Grade 9 Grade 10 Grade 11 Grade 12
70%
6% of all students taking Algebra II are proficient on entry level algebra II standards.
9th graders outperform the other grade levels at beginning Algebra II skills – 26% are ready for algebra.
0%
20%
40%
60%
80%
100%
APS High School Short Cycle Assessment: Algebra II Fall 2007
Emerging 53% 32% 46% 53% 67%
Nearing Proficient 41% 42% 43% 42% 32%
Proficient 6% 26% 11% 5% 1%
All Grades Grade 9 Grade 10 Grade 11 Grade 12
70%
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Discussion
Talk in groups of three about the NAEP, SBA and HSSCA data. What does the data tell you?
Whole group debrief Are our kids ready for Algebra? What is your evidence?
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Algebra Selection Process
What process do you currently use to select students for Algebra I?
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APS Math Matrix
Review the APS Math Matrix Provide feedback about the
matrix What are the barriers to
completing the document?
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Are our teachers prepared? Michigan State University Study Protocol
Choose a partner that you have not interacted with today
Select who will read first half of the article Select who will read the second half of the article Each person will read silently their half of the
article Share the information with your partner
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What do our teachers need?
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Teacher Support at Middle School
Common Program Three in-service days of professional
development Math content coach visits Summer institutes
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Teacher Support at High School
Three in-service days of professional development
Math Leaders (Under construction) Algebra I support
course - interventions
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Teacher Qualifications for Algebra I 500 Level K-12 Specialty License with
an endorsement in math. This requires that the teacher have 12
college hours at the 300 level or higher and is equivalent to a secondary license.
This is usually the route teachers will take when looking for an endorsement in bilingual or ESL.
300 Level 7-12 License in math (highly qualified).
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Teacher Qualifications for Algebra I To teach any math course at the high
school level (Math Strategies I, II, III), the teacher must have one of the above licenses.
To teach a literacy strategy course, the teacher must have one of the above licenses with an endorsement in language arts.
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Mathematics Curriculum
District scope and sequence of curricular materials
Aligns with NM math standards and District course frameworks
Aligns with District short cycle assessment
Provides common formative assessments for teacher collaboration
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Algebra Readiness Standards
1. Applies the ‘Rule of Four’: represents mathematics graphically, symbolically, verbally and numerically.
2. Identifies, describes, models, and/or represents patterns with functions to find and support solutions.
3. Represents and analyzes relationships.4. Investigates rates of change and applies
proportional reasoning.
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Algebra Readiness Standards
5. Symbolically manipulates numbers by solving equations.
6. Computes and solves mathematical problems, without a calculator, using real numbers.
7. Analyzes data and draws conclusions from data using measures of central tendency.
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Connected Math as Algebra I
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Cost/effect comparisons
Intervention Extra months of learning/yr
Cost/yr
Class-size reduction by 30% (e.g., from 30 to 20)
3 $30k
Increase teacher content knowledge from weak to strong (2 standard deviations)
1.5 ?
Formative assessment/Assessment for learning
6 to 9 $3k
Source: Dylan Wiliam, ASCD March 2007
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Comprehensive Formative Assessment System
Three Criteria1. Establish where students are with
their learning2. Establish where they are going3. Establish how to get there
Source: Dylan Wiliam, NCTM Assessment Brief, 2007
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Five Formative Assessment Strategies
1. Clarify, share and understand goals for learning and criteria for success with learners
2. Engineer effective classroom discussions, questions, activities, and tasks that elicit evidence of student’s learning
3. Provide feedback that moves leanring forward
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Five Formative Assessment Strategies
4. Activate students as owner of their own learning
5. Activate students as learning resources for one another
Source: Dylan Wiliam, NCTM Assessment Brief, 2007
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Next Steps
Where do we go from here?