2015-16 gecdsb middle years collaborative inquiry session 1

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SESS

ION

#1

@MathletePearce www.tapintoteenminds.com @JustinLevack

2015

-16

who areTHEY?

@MathletePearce www.tapintoteenminds.com @JustinLevack

SESS

ION

#1

THEY?@MathletePearce www.tapintoteenminds.com @JustinLevack

JustinLevack

KylePearce

E-Learning ContactTeacher / MYCI Lead

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QUESTIONS? INSIGHT?

#myciTWEET YOUR QUESTION AND HASHTAG:

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TWEET IT OUT!

QUESTIONS? INSIGHT?

#myciTWEET YOUR QUESTION

AND HASHTAG:

TWEET IT OUT!

@MathletePearce www.tapintoteenminds.com @JustinLevack

@gecdsbssFOLLOW:

#MTBoS

The Best Teacher PD is FREE on Twitter

Follow the Math Twitter Blogosphere

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Purpose

Promoting cross-panel collaboration Reduce gaps in student achievementBuilding capacity in collaborative inquiry skills Increase connections among middle years educators

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Iterative

Technology

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Iterative

What is… Collaborative Inquiry?

Relevant Reflective Reasoned

Collaborative Iterative

Adaptive

Reciprocal

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What is… Collaborative Inquiry?

@MathletePearce www.tapintoteenminds.com @JustinLevack

… an iterative process in which teachers collaborate to develop reasonable inquiry

questions by implementing research-based strategies and reflecting on how they impact

relevant student learning needs in the classroom.RelevantReflective

CollaborativeAdaptive

IterativeReasoned

What is… Collaborative Inquiry?

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“There is no prescribed protocol, nor is there a single path.”

Capacity Building Series, Collaborative Inquiry

Dates Are Full Day PD

@MathletePearce www.tapintoteenminds.com @JustinLevack

Iterative

TableDiscussion

khanacademy.org/youcanlearnanything

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PROBLEM

ENGAGED YET?

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ENGAGED YET?

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ENGAGEMENT“There are several types/categories of engagement – academic, cognitive, intellectual, institutional, emotional, behavioural, social, psychological, to name a few.”

Parsons, J., & Taylor, L. (2011). Student Engagement: What do we know and what should we do? University Partners (pp 3). University of Alberta.

Class@MathletePearcewww.tapintoteenminds.com

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Math Class

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MathClass

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4. Homework

3. Examples

2. Definitions, Formulae, Procedures/Algorithms

1. Take Up Homework

Math Class

Example 1(a) List all combinations of three out of the four colours: red, blue, white, and green.

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Two Groups of Students

Result

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Two Groups of Students

Good atMath

NotGood at

Math

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Good atMath

NotGood at

Math

What are some characteristics of a

student who is “good at math?”

bug629

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Two Groups of Students

Not

Good at Memorization

Not Good at Memorization

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Two Groups of Students

Good at Memorization

Not Good at Memorization

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Good at Memorization

Not Good at Memorization

Struggle withunfamiliarproblems

Student Learning Need

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A VISION FOR MATHEMATICS

EDUCATION

VISION

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Interconnected

Visual and ConcreteContextual

VISIONINQUIRY

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Interconnected

Visual and ConcreteContextual

INQUIRY

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Interconnected

Visual and ConcreteContextual

CONFIDENCE

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Interconnected

Visual and ConcreteContextual

PERCEPTION

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Interconnected

Visual and ConcreteContextual

STUDENT SUCCESS

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Interconnected

Visual and ConcreteContextual

STUDENT SUCCESSHOW?

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Interconnected

Visual and ConcreteContextual

INQUIRYMY

Change

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Change

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Immune to

http://www.vancouversun.com/life/From+geek+chic/6296707/story.htmlPhotograph by: Maggie Wong

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@MathletePearcewww.tapintoteenminds.com https://mathstrategies.wordpress.com/tag/numb3rs/

http://www.wykamath.com/

entertainment

engagement=

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algorithm

what’sthis?

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algorithms

engagement@MathletePearcewww.tapintoteenminds.com

algorithms

engagement=

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algorithms

engagement=

understandingor

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Interconnected

Visual and ConcreteContextual

INQUIRYMY

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Interconnected

Visual and ConcreteContextualTASKS

CONNECTIONS

INQUIRYCONSOLIDATEINQUIRY

MY

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INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVE

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THEORY OF ACTION

If I allow students to discover new learning through contextual tasks, then students will gain a deeper

understanding of the learning goal.

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INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYMY

Confidence and ability in problem solving; retention

INQUIRY QUESTION

What is the impact of introducing topics with 3 act math tasks with an

inquiry approach on student confidence, understanding and

ability to solve problems in mathematics?

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THEORY OF ACTION

If I allow students to discover new learning through contextual tasks, then

students will gain a deeper understanding of the learning goal.

If I wait to introduce algorithms and procedures until students have solved a problem through inquiry, then student confidence and procedural fluency will

increase.

@MathletePearcewww.tapintoteenminds.com

students will gain a deeper understanding of the learning goal.

If I wait to introduce algorithms and procedures until students have solved a problem through inquiry, then student confidence and procedural fluency will

increase.

If curriculum is organized using a spiralled approach, then student understanding and ability to solve

problems will increase.

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INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVE

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INQUIRY QUESTION

THEORY OF ACTION

PAIN POINT

INQUIRYCOLLABORATIVE

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MATH VISIONROADMAP

PAIN POINT

INQUIRYCOLLABORATIVE

HURT ITCH

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INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVE

What data sources do you have to support this?

Is it related to content? Learning skill? Both?

What is the most urgent student learning

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INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVESHARING OUT WITH

DIFFERENT SCHOOLS

kylep.ca/gecdsbvision

GECDSB Math Vision

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INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVE

What data sources do you have to support this?

Is it related to content? Learning skill? Both?

What is the most urgent student learning

@MathletePearcewww.tapintoteenminds.com

INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVE

Begins with “how” or “what”

Clearly specifies the focus of your inquiry

Uses neutral, exploratory language

@MathletePearcewww.tapintoteenminds.com

INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVE

bug629

Begins with “how” or “what”

Clearly specifies the focus of your inquiry

Uses neutral, exploratory language

@MathletePearcewww.tapintoteenminds.com

INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVEServes as a storyline for your inquiry

Written as a series of “if… then…” statements

What will you do and what are the expected outcomes?

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INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

INQUIRYCOLLABORATIVE

bug629

Serves as a storyline for your inquiry

Written as a series of “if… then…” statements

What will you do and what are the expected outcomes?

@MathletePearcewww.tapintoteenminds.com

INQUIRY QUESTION

THEORY OF ACTION

STUDENT LEARNING NEED

MONITORINGPre- & Post-Assessment

Dates Are Full Day PD

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Iterative

14 cm4.5 cm 7.5 cm

9 cm

9 cm

7.5

cm

Pre-MYCI SurveyPlease have your students complete the

following Pre-MYCI Mathematics Survey By Wednesday December 16th

tapintoteenminds.com/myci/presurvey

Thank You For Your Participation!

EXIT TICKETPlease complete the survey

to help us improve

Your feedback is appreciated!

kylep.ca/myci-exit

Middle Years Collaborative Inquiry (MYCI)

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iTunes U

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