SIM - The Learning Exchangesimarchive.thelearningexchange.ca/wp-content/uploads/2014/07/SIM... ·...
Transcript of SIM - The Learning Exchangesimarchive.thelearningexchange.ca/wp-content/uploads/2014/07/SIM... ·...
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September 12th, 2014
SIMBarrie Region
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Leadership
The research is clear – Leadership is
second only to classroom instruction
among all school-related factors that
contribute to what students learn at
school.
The question here is: Do you as
“system” leaders believe this?
How would I know?
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Leadership
Trying to get everyone to like you is a
sign of mediocrity.
Colin Powell
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Achieving Excellence: A renewed vision for education in
Ontario
“We want schools … where students will feel free to
dream about their futures, where they are able to
connect their passions with possible career options,
and where the opportunities and resources needed to
support these decisions are provided. ”
– Minister’s Student Advisory Council
Representatives
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The Planning Process
Ministry Goals
Multi-Year Strategic Plans
BIPSA
SIPSA
What is missing?
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Strategic Priorities
Let’s look at the strategic priorities of the
Boards in this region.
See if you can identify yours
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Strategic Priorities
1. Ensure the well-being of students and staff in
a safe supportive environment for teaching,
learning and working
2. Provide quality instruction and learning
experiences in an equitable and inclusive
environment
3. Encourage parent engagement
4. Be accountable for the responsible
stewardship of resources (added in June
2014)
Bluewater DSB
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Strategic Priorities
1. Teaching and Learning
2. Expanding Pathways
3. Inspiring Leadership
4. Celebrating Inclusion
5. Serving in Partnership
6. Emerging Technology
7. Advancing Communications
8. Managing Resources
9. Continuing Education
Durham CDSB
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Strategic Priorities
1. Student Achievement and Well-Being
2. Delivery of Effective and Sustainable
Educational Programs.
3. Stewardship of Board Resources
York RDSB
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Strategic Priorities
1. Communication
2. Effective Learning Environment
3. Organizational Culture
Bruce Grey CDSB
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Strategic Priorities
1. Living in a changing world.
2. Learning in a changing world.
3. Leading in a changing world.
Kawartha Pine Ridge
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Strategic Priorities
1. Relevant, purposeful learning
supporting high achievement, well-
being and learning for life
2. Inclusive, equitable and safe learning
and working environments
3. Responsible stewardship of resources
4. Confidence in Public Education
Simcoe County DSB
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Strategic Priorities
1. Ensure our structures, processes, relationships, and actions reflect
our Gospel values and Catholic Social Teachings
2. Implement the most effective, evidenced-based instructional and
assessment practices to help all students meet the Catholic School
Graduate Expectations
3. Embed technology to support digital literacy, creativity, innovation,
collaboration, and the learning needs of all students
4. Develop the intellectual, spiritual, mental, physical, and emotional
well-being of students in safe, diverse, respectful, and faith-filled
learning environments
5. Implement fair and transparent processes in recruitment, leadership,
talent development, and succession planning to ensure our
employees have the necessary knowledge, skills, and attributes to
support our Vision
PVNC CDSB
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Strategic Priorities
1. Student Engagement and Achievement
2. Staff Engagement and Development
3. Parent and Community Engagement
Trillium Lakelands
DSB
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Strategic Priorities
1. Continuous Improvement of Student
Achievement
2. Engaging our communities
3. Effective use of resources
York CDSB
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Strategic Priorities
1. Promote Student Achievement and
Discovery.
2. Ensure Openness, Accountability and
Safety.
3. Implement Equitable Principles and
Practices
Durham DSB
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Strategic Priorities
1. Improving Student Achievement and
Well-Being
2. Using Resources Wisely
Simcoe Muskoka CDSB
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Strategic Priorities
Academic
Align resources to further enhance programs in the Arts, Sciences,
Literacy, Numeracy, and Technology to enrich learning and close
gaps for all learners. Enhance open and clear communication as
related to students, parents, teachers and the community.
Social
Nurture positive self-esteem and positive peer relationships within
and among all members of the Board and the School community.
Enhance parental and student engagement within the School and
Community to support Board priorities.
Physical
Support learning programs related to healthy lifestyle choices.
Support physical activity with programs that encourage involvement
based on student interests and needs.
Penetanguishene Protestant Separate School
Board
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Achieving Excellence: A renewed vision for education in
Ontario
Renewed goals for education are:
Achieving Excellence
Ensuring Equity
Promoting Well-Being
Enhancing Public Confidence
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Map of CanadaPopulation 34 million
Highlighting Ontario
Population 13.51 million
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Boards within the EOSDN
Student PopulationBluewater DSB 0.8%
Bruce-Grey CDSB 0.2%
Durham CDSB 1.1%
Durham DSB 3.3%
Kawartha Pine Ridge DSB
1.6%
PVNC CDSB 0.7%
Penetanguishine Protestant Separate .01%
Simcoe Muskoka CDSB 1.0%
Simcoe County DSB 2.5%
Trillium Lakelands DSB 0.8%
York CDSB 2.7%
York Region DSB
5.6%
Total: 20.31%
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Overview of EQAO
• Independent, arms-length agency, established in 1996
• Mandate: provide educators and public with accurate, objective and
reliable information about the quality of the publicly funded education
system
• Assessments: Primary and Junior (reading, writing and mathematics
administered in Grades 3 and 6), Grade 9 (mathematics), OSSLT
(literacy: Grade 10)
• Student, Teacher and Principal Questionnaires
• All assessments are based on expectations in The Ontario Curriculum(See Framework Documents at http://www.eqao.com/pdf_e/08/6e_Framework_07_web.pdf )
• Large number of educators involved in item development and scoring
• National and International Assessments
• Reporting data to be integrated into the school improvement planning
process
• Research
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Some assumptions
EQAO assessment is but one measure of student achievement.
The classroom teacher’s professional judgement of assessment as, of and for learning relative to a student’s achievement over time can be one of the strongest measures of student performance.
For the most part the format of the tests have remained consistent for the past 10 years.
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Some understanding
It takes approximately three years before an item ends up in front of a student on a test.
We have an extremely high level of confidence in the validity and reliability of the tests year to year.
Much time is spent to ensure sensitivity and eliminate bias within questions.
We are a world leader in large scale assessment.
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Monitoring through Implementation
What gets monitored gets done Are we monitoring what really matters?
Albert Einstein reportedly had a sign on
his office wall that stated: “Not
everything that counts can be counted,
and not everything that can be counted
counts.”
Monitoring is not a foreign concept to us
– District Support visits (gathering,
reviewing and assessing)
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What some have chosen to focus on
Proportional Reasoning
Process of Representation
Teacher Fluency
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Proportional Reasoning
Early on we recognized that we needed to be paying
Attention to Proportional Reasoning K-12
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What is proportional reasoning?
Proportional reasoning involves thinking
about relationships and making comparisons
of quantities or values.
In the words of John Van de Walle,
“Proportional reasoning is difficult to define.
It is not something that you either can or
cannot do but is developed over time through
reasoning…
It is the ability to think about and compare
multiplicative relationships between
quantities” (2006, p. 154).
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Why is it important?
Beyond the mathematics classroom,
proportional reasoning is evident in other
subject areas like science, music and
geography, as well as in everyday activities.
People use proportional reasoning to
calculate best buys, taxes and investments,
to work with drawings and maps, to perform
measurement or monetary currency
conversions, to adjust recipes or to create
various concentrations of mixtures and
solutions.
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Proportional Reasoning Concepts
Key Concepts from the Ministry Document
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Proportional Reasoning
EQAO Question Types
Legend
• Precursor
• Partial (could be)
• Fully
• Other
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Fully (Uses Proportional Reasoning)
Grade 3 Released 2013
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Fully (Uses Proportional Reasoning)
Grade 6 Released 2013
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Precursor (to Proportional Reasoning)
Grade 3 Released 2013
Grade 6 Released 2013
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Grade 3 2013 – Precursor
Grade 6 2011 - Partial
Precursor to Fully
Grade 9 Applied 2013 - Fully
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Grade 3 2011 Grade 6 2011 Grade 9 AP 2012
Precursor to Fully
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What we have done as a support
One example for Grade 3
..\Documents\Proportional Reasoning
examples from 2013
tests\3e_Math_0813.pdf
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Mathematical Processes
Connecting
Reason and Proving
Reflecting
Representing
Tools and Computational Strategies
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Representing
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Process of Representing
Information from the Curriculum
Documents Representing involves:
Representing mathematical ideas and relationships using
concrete materials, pictures, diagrams, graphs, tables, numbers,
words and symbols
e.g. representing multiplication using arrays
This will help students to:
Understand mathematical concepts and relationships;
Communicate their thinking, arguments, and understandings;
Recognize connections among related mathematical concepts;
And use mathematics to model and interpret realistic problem
situations.
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Process of Representing
Representing mathematical ideas and relationships using
concrete materials, pictures, diagrams, graphs, tables, numbers,
words and symbols
Grade 3 Released 2013
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Process of Representing
Communicate their thinking, arguments, and understandings
Grade 6 Released 2013
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Process of RepresentingRecognize connections among related mathematical concepts
Grade 9 Academic Released 2013
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Procedural Fluency
Procedural fluency involves thinking
and knowing when, not just how, to use
a procedure and to use it flexibly and
efficiently.
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Teacher Fluency
Framework Document
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Teacher Fluency
Rubrics and Scoring Guides
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Primary and Junior Division Assessments
MINDS ON
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Observations
Students performed best on the
cognitive skill of Knowledge and
Understanding
Students performed least well on the
cognitive skill of Thinking
Students performed best on questions
from the Number Sense and
Numeration strand
Grade 3 Students
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Observations
Grade 3 Students
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Primary Division Assessment
Number Sense and Numeration
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Primary Division Assessment
Measurement
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Primary Division Assessment
Geometry and Spatial Sense
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Primary Division Assessment
Patterning and Algebra
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Primary Division Assessment
Data Management and
Probability
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Observations
Grade 3 Students
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Primary Division Assessment
Knowledge and Understanding
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Primary Division Assessment
Application
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Primary Division Assessment
Thinking
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Observations
Students performed best on the
cognitive skill of Knowledge and
Understanding
Students performed about the same on
the cognitive skills of Thinking and
Application
Students performed least well on
questions from the Number Sense and
Numeration strand
Grade 6 Students
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Observations
Grade 6 Students
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Junior Division Assessment
Number Sense and Numeration
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Junior Division Assessment
Measurement
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Junior Division Assessment
Geometry and Spatial Sense
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Junior Division Assessment
Patterning and Algebra
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Junior Division Assessment
Data Management and
Probability
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Observations
Grade 6 Students
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Junior Division Assessment
Knowledge and Understanding
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Junior Division Assessment
Application
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Junior Division Assessment
Thinking
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Grade 9 Assessment of Mathematics
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Table Talk
Let’s pause and engage in a table
conversation about this cohort
information.
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Observations
Students who meet the provincial
standard early in their schooling are
more likely to maintain their high
achievement in secondary school
Students who do not meet the standard
early are more likely to continue not
meeting it in later grades
Pinpointing the needs of students early
and providing support makes a
difference
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Observations
Students in the Academic course
performed least well on questions on
the cognitive skill of Thinking
Students in the Applied course
performed least well on questions on
the cognitive skill of Application
Grade 9 Students
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Observations
Grade 9 Students - Academic
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Grade 9 Assessment - Academic
Number Sense and Algebra
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Grade 9 Assessment - Academic
Linear Relations
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Grade 9 Assessment - Academic
Analytic Geometry
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Grade 9 Assessment - Academic
Measurement and Geometry
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Observations
Grade 9 Students - Academic
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Grade 9 Assessment - Academic
Knowledge and Understanding
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Grade 9 Assessment - Academic
Application
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Grade 9 Assessment - Academic
Thinking
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Observations
Grade 9 Students - Applied
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Grade 9 Assessment - Applied
Number Sense and Algebra
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Grade 9 Assessment - Applied
Linear Relations
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Grade 9 Assessment - Applied
Measurement and Geometry
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Observations
Grade 9 Students - Applied
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Grade 9 Assessment - Applied
Knowledge and Understanding
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Grade 9 Assessment - Applied
Application
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Grade 9 Assessment - Applied
Thinking
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ACTION
For me there is a continuum of response
Evidence
Process of inquiry
Identify a problem of practice
Look for alignment within constraints
Set a plan of action
Mobilize knowledge
Move to knowledge integration
How does one go about making sense of the data?
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Table Talk
Such a continuum is not new to you nor
unique in your experience.
Each of your Boards has a continuum of
response.
Take a moment and identify within your
Board what your continuum of response
is
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Regional Action
Profile School 1 (mixed performance) lower percentages of ELL students, however,
higher proportions of students whose first
language learned was other than English;
higher special education needs (SEN) in Grade
3 than provincially
Higher Grade 3 Writing results; lower Math
Similar achievement to the province in Grade 6
Writing and Math; lower Reading
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Regional Action
Profile School 2 (high math
performance example 1) Lower SEN, ELL
Both Grade 3 and Grade 6, lower proportion of
students whose first language learned at home
was other than English
Highly stable population (students in the board
for 3+ years or more)
Exceeds provincial results in all subject areas
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Regional Action
Profile School 3 (high math
performance example 2) Lower SEN, ELL
Both Grade 3 and Grade 6, higher proportion of
students whose first language learned at home
was other than English
Less stable population (fewer students in the
board for 3+ years or more)
Exceeds provincial results in all subject areas
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Regional Action ProfilesProvince Profile School 1 Profile School 2 Profile School 3 Region: Barrie
Grade 3 Number of students 127 505 55 66 50 28 576
English language learners 13% 4% 2% 0% 8%
Special education needs 17% 24% 9% 4% 17%
Born outside Canada 10% 11% 9% 4% 6%
First language learned other than English 22% 62% 6% 42% 18%
Entered board 3 or more years ago 78% 78% 74% 52% 72%
Reading: At/above provincial standard 70% (+8) 69% (+23) 94% (+12) 94% (13) 72%
Writing: At/above provincial standard 78% (+8) 87% (+25) 100% (-) 94% (+7) 81%
Math: At/above provincial standard 67% (-4) 56% (-8) 95% (-) 96% (+6) 71%
Grade 6 Number of students 127 286 64 48 95 29 261
English language learners 10% 3% 0% 0% 7%
Special education needs 21% 23% 12% 3% 21%
Born outside Canada 12% 28% 17% 6% 8%
First language learned other than English 23% 69% 4% 57% 18%
Entered board 3 or more years ago 82% 81% 90% 58% 78%
Reading: At/above provincial standard 79% (+7) 62% (+15%) 100% (+13) 99% (+9) 82%
Writing: At/above provincial standard 78% (+8) 75% (+15%) 100% (+20) 98% (+7) 80%
Math: At/above provincial standard 54% (-7) 50% (+8%) 98% (+18) 99% (+6) 57%
Lower than the province
Higher than the province
+/- indicates change in results from 5 years ago
a dash (-) indicates no change
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Regional Action SQ G6
Profile School 1 Profile School 2 Profile School 3
Barrie
Region
Al Students Level 3+ Below Level 3
127 505 54% 46% 64 48 95 28 464
I like mathematics. 48% 62% 31% 50% 73% 58% 48%
I am good at mathematics. 52% 71% 29% 44% 90% 72% 53%
I am able to answer difficult mathematics questions.
38% 54% 18% 33% 67% 53% 38%
I do my best when I do mathematics activities in
class. 75% 84% 64% 64% 85% 83% 74%
I read over the mathematics problem first to make
sure I know what I am supposed to do. 80% 88% 71% 78% 88% 84% 71%
I think about the steps I will use to solve the
problem. 49% 57% 39% 53% 58% 63% 37%
I ask for help if I don’t understand the problem. 60% 61% 59% 73% 62% 60% 60%
I check my work for mistakes. 47% 55% 38% 41% 62% 51% 36%
I check my answer to see if it makes sense. 65% 72% 56% 53% 81% 75% 54%
We talk about the mathematics work I do in school. 31% 33% 30% 28% 19% 21% 28%
We look at my school agenda. 32% 32% 32% 17% 12% 38% 32%
We use a computer together. 9% 7% 11% 16% 2% 2% 10%
* Most of the time
** Every day or almost every day
Lower than the province 3+
Higher than the province 3+
Province
Student Engagement. About math:*
Cognitive Strategies Used in Math. When I am working on a
math problem,*
Parental Engagement. How often do you and a parent, a
guardian or another adult who lives with you do the
following?**
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Regional Action TQ K-8Province Profile School 1 Profile School 2 Profile School 3 Region
Number of Respondents 14008 6 6 33 2995
To reflect on school-level data (e.g., EQAO,
dioagnotstic tests) for planning purposes 80% 83% 67% 82% 81%
To track student progress 66% 83% 50% 82% 66%
Number of Respondents 13324 6 6 29 2867
To reflect on delivery of the mathematics currciulum
(e.g., to plan lessons, discuss instructional stratgies
and materials) 55% 67% 33% 86% 55%
To coordinate mathematics instruction among
teachers 52% 83% 50% 69% 51%
Number of Respondents 13900 6 6 32 2971
The school's improvement goals for student
achievement have been communicated to me 83% 100% 83% 88% 84%
The school's improvement goals were clear to me 80% 100% 83% 84% 81%
I had the support of other staff mebers in the school
to help me work toward the improvement goals
74% 100% 67% 69% 75%
The school provided me with materials to help me
work toward the improvement goals 69% 67% 67% 62% 70%
The school has taken steps to meet its improvement
goals 77% 100% 83% 91% 78%
I had the opportunity to particpate in decisions about
the school's improvement goals 68% 100% 83% 66% 72%
* At least once a month
** Agree or strongly agree
Lower than the province
Higher than the province
Meetings with other staff*
School improvement goals in mathematics**
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Regional Action Report
..\Documents\Barrie Region Report
(2).pdf
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Regional Action BIPSA Math
Goals
Examine the Math goals within each of the
BIPSA’s
These goals belong to the Boards and not
intended to be evaluated by anyone.
The following exercise is to help you get a feel
for where Boards within the region are relative to
their BIPSA Math goals and encourage you to
ask the rhetorical question – Now What?
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Regional Action BIPSA Math
Goal
Bluewater – Goal – Provide quality instruction and learning experiences
in an equitable and inclusive environment.
The following actions were listed under Professional Learning:
Building understanding and skills around 3 part lesson (teaching
through problem solving, uncovering student thinking, authentic
connections, student driven inquiry, curriculum/subject knowledge)
Questioning techniques for critical thinking and open ended problem
solving
Building facility around student/teacher inquiry learning (i.e., building
on student wonderings, problem based learning, critical thinking)
Addressing curriculum expectations through student questions and
interests
Creating an effective consolidation and capturing student thinking
Creating quality assignments that facilitate student thinking
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Regional Action BIPSA Math
Goal
Bruce-Grey Catholic –
Engage schools in Numeracy Inquiry
that focuses on collaboration and
sharing of positive teaching practices
and strategies in Primary, Junior and
Intermediate classrooms.
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Regional Action BIPSA Math
Goal
Durham Catholic-
Engaging learners in rich experiences
that are anchored in the Ontario
Curriculum, reflective of student voice,
and supported with focused instruction
and timely and effective feedback.
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Regional Action BIPSA Math
GoalDurham District
By June 2014, 75% of participating primary
students and 66% of participating junior
students will achieve the Provincial standard,
as reported by the 2013-2014 EQAO Strengths
Profile in the areas of Application and Thinking.
45% of Grade 9 Applied and 85% of Grade 9
Academic students will achieve the Provincial
standard on the EQAO Test of Numeracy.
By June 2014, 44% of Grade 9 and 42% of
Grade 10 applied level Math students will be
achieving at Level 3 or Level 4.
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Regional Action BIPSA Math
GoalKawartha Pine Ridge Primary Division Targets:
By June 2014 there will be an increase from 62%-67% in Math by
applying the mathematical processes and supporting students
to demonstrate mathematical procedures and strategies in
order to communicate and apply math concepts related to specific
curriculum strands as evidenced in school’s data related to
fractional reasoning.
Junior Division Targets:
By June 2013 there will be an increase from 54%-58% in Math by
applying the mathematical processes and supporting students
to demonstrate mathematical procedures and strategies in
order to communicate and apply math concepts related to specific
curriculum strands as evidenced in school data in the area of
fractional reasoning.
Secondary Numeracy Targets: By June 2013 there will be an
increase in applied from 45-56% and academic from 81%-83%
related to specific curriculum content related to school data with
targeted Board focus on algebraic reasoning.
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Regional Action BIPSA Math
GoalPVNCCDSB
If we collaboratively (using a team approach) teach K-12 Math:
through the 3 part lesson model which embeds student inquiry and
problem solving
using differentiated, open-ended, authentic and meaningful tasks
with tiered Learning Goals, Success Criteria, and timely feedback
which focus on both the content and the Mathematical Processes*
then students will show improvement in their ability to reason,
represent, prove and communicate solutions to mathematical
problems.
The Mathematical Processes are:
● problem solving ● reasoning and proving ● communicating ●
representing
● connecting ● reflecting
● selecting tools and computational strategies
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Regional Action BIPSA Math
GoalSimcoe County
If schools implement the SCDSB Essential
Practices, then students will
demonstrate conceptual understanding and
proficiency in solving problems using a variety
of learning tools and processes in all program
areas.
Focus:
Numeracy Instruction Based on Conceptual
Understanding
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Regional Action BIPSA Math
GoalSimcoe-Muskoka Catholic Numeracy Goal
(Classroom) If we increase the number of student
centred, practical and relevant problem solving
opportunities that students are exposed to then
problem solving skills (including communication of
thinking) may improve leading to an improvement in
achievement (School) If we build a common
understanding of effective mathematics instruction, then
we might increase the number of student centred
practical and relevant problem solving opportunities
that students are exposed to (Board) If we provide
collaborative professional learning opportunities for
administrators and teachers in math, then we will build
a common understanding of effective mathematics
instruction
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Regional Action BIPSA Math
Goal
Trillium Lakelands
If we provide students with rich tasks
supported with targeted instruction and
timely qualitative feedback linked to
Success Criteria then more students will
demonstrate higher order thinking
independently
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Regional Action BIPSA Math
GoalYork Catholic
IF WE, collectively and consistently, engage in these practices:
Co--‐develop and share learning goals and success criteria with
students on the Mathematical Processes and Problem Solving
Provide ongoing opportunities for students to receive descriptive
feedback
Support the development of metacognition and reflective habits of
mind
Use open--‐question and gradual release of responsibility to meet
individual learning needs and enhance intellectual engagement
and meaningful inclusion
Facilitate meaningful opportunities for student identity, engagement
and choice in an instructional context
THEN STUDENTS, from Kindergarten to Grade 12, will
Demonstrate improved achievement in Mathematical Problem
Solving using meaningful cross--‐curricular contexts
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Regional Action BIPSA Math
GoalYork Region
An increase from 71% to 78% in Junior Math: Students will
participate actively as they persevere to solve multi-step
mathematical problems and improve their ability to articulate
mathematical thinking in different ways as measured by report card
mark distribution and EQAQ.
An increase from 28% to 40% in Junior Math: Students identified
with Learning Disabilities will increase in achievement as
measured by EQAO.
An increase from 50% to 60% in achievement in Gr. 9 Applied
Math: Students will participate actively as they persevere to solve
multi-step mathematical problems and improve their ability to
articulate mathematical thinking in different ways as measured by
report card mark distribution and EQAO.
An increase from 43% to 53% for students identified with learning
disabilities
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Table Talk
Given what you have seen with the
BIPSA Math goals of Boards in the
Region and the overall Regional
evidence – What do you need from the
Regional team to support your action?
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Action
One possible articulation:
All children can learn (do math)
Teachers control the conditions for
success
Time is the variable
Teaching is not complete until learning
has taken place
Articulate with clarity your strongest beliefs about teaching and learning
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Action
Refine questioning techniques to glean
valid and valuable information that attends
to learning.
What do we believe about the content of
the academic and applied level courses
and about students who study at these
levels?
Encourage an “I don’t get it” culture.
Growth Mindset
Practice (96% to 41%) versus Think/invent
(<1% to 50%)
Let’s move away from a Math by democracy approach
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Action
There are many ways to solve a problem
Dan Meyer speaks to this
Recent study in Brazil showed the
unschooled able to solve problems
readily until they were required to do so
by a particular method.
Tap into the student’s narrative.
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Action
Don’t be fooled by a change in
classroom environment
Instructional practice needs to change
Develop a culture where teachers
exchange ideas informally.
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Action – You know this!
Ensure students are all engaged (less talking
at the board, and more involvement of
students throughout the lesson to ensure
understanding).
Various group and pair work incorporated in
the lesson to ensure all students understand
the learning. Increases communication by
students and increases practicing justifying
answers.
Ask students what they need to show in their
work (what is the minimum needed to support
their answer).
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Action – Pedagogy transfer
Good teachers transfer good pedagogy
Current debate is around content
versus pedagogy
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Consolidation
When students see themselves as readers
they enjoy reading and become more
proficient at it. This is also true of students
who see themselves as mathematicians.
Our French language students outperform
our English language students.
Can we move away from text books in
Math? How do we tap into the student
narrative?
Some next steps
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Consolidation
From our understanding of Heifetz’s
work – are we attempting to use a
technical solution to solve an adaptive
problem?
Should the issue of Math education be
owned more broadly than just by
teachers? (we speak about a societal
construct)
In the end for me hope abounds!
Next steps
134
Where are we going?
What do you believe are the pressure points
in education for the next few years?
135
Some thoughts
Let’s leave the political climate out for
now!
Computer based assessments
Enlightened teaching strategies designed
to enhance learning
AI
Crowd Sourcing
Crowd funding
3-D printing
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Crowd Sourcing
The practice of obtaining needed services,
ideas, or content by soliciting contributions
from a large group of people and
especially from the online community
rather than from traditional employees or
suppliers.
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Crowd Funding
Financial contributions from online investors,
sponsors or donors to fund for-profit or non-profit
initiatives or enterprises.
Three types of crowdfunding models: (1)
Donations, Philanthropy and Sponsorship where
there is no expected financial return, (2) Lending
and (3) Investment in exchange for equity, profit
or revenue sharing.
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3-D Printing
A machine reminiscent of the Star Trek
Replicator, something magical that can create
objects out of thin air. It can “print” in plastic,
metal, nylon, and over a hundred other
materials. It can be used for making nonsensical
little models like the over-printed Yoda, yet it can
also print manufacturing prototypes, end user
products, quasi-legal guns, aircraft engine
parts and even human organs using a person’s
own cells.
138
139
Artificial Intelligence
The theory and development of computer
systems able to perform tasks that
normally require human intelligence, such
as visual perception, speech recognition,
decision-making, and translation between
languages.
Google car
139
140
So what is happening in our classrooms?
Are we still preparing students for
university?
Degrees are no longer needed
Are we asking questions where the
answers can easily be found on Google?
Do we believe that collaboration is
cheating? (I, We, You) to (You, Y’all, We)
Do we even plan for “just in time”
learning?
What is a PLC anyway? 140
141
We are speaking 21st Century Skills
The train has left the station...
We need to move on and understand
global competencies and innovation.
Change your definitions.
142
There are leaders and then there are
those who lead.
Leaders have power and authority; those
who lead inspire through what they believe
Data and evidence are the prerequisites
for establishing why you believe what you
believe.
Knowledge is needed but most of all in
leadership we require wisdom.
143
It is extremely complex
I understand we don’t do this in a vacuum.
We work with and within a fragile and frail
human eco system.
We are responsible for educating young
minds but more importantly young hearts.
143
144
Schools need to be the heart of the
community... They don’t belong to the
Staff, Principal, Superintendent or Board.
Our role is to facilitate the success of
every student and uphold the human
dignity of each.
145
And so they come to us –The speeding summer gone –
With faces mirroring their past.Some show remembrance of last June,
And some of yesterday, or of this morning –For no child comes to school alone.
They come with hopes, and fears, and dreams.They come with memory of home –
The mother’s kiss and father’s fond embrace,Or grim reality of emptiness.
Some mothers have no time to wave goodbye;A father has no face who is not known,Who never was, or who will never be.
And so they come to us –With laughter and with tears,
The sturdy strong and woeful weak,The members of the throng
Who look and act alike –Their dress and manners of a kind –Yet each a separate mind and soul,
Unlike what ever was before in all of time.They come to greet the world,
To seek life out,To find their own identity in space.
And so they come to us –And we reach out to them
With understanding and with love.We share the sacred trust we hold,
Yet know that each of usMust somehow stand alone
With every child in turnTo help them see, and hear, and feel.
Our children come to learnThe way to truth –
and so they come to us Joseph Manch