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Mathematics Lead Teacher

Workshop 1

2011

Purpose for this session

9.15 – 12.15

• Discuss current issues

• Share research and practices for

effective mathematics teaching.

• Keep you up to date with current

initiatives



1.15 – 3.00

• Developing an „expert‟ teacher

2010 was a busy year – We looked at ….

• National Curriculum Standards !

• Possible interventions for targeted learning

• Strand progressions for Statistics, Measurement,

Position & Orientation,



What was a memorable moment for you last year as

• Classroom teacher

• Lead Teacher of mathematics

2011 Maths Leadership Issues – Needs Analysis

• Please write any current issues onto postits.

• Place onto corresponding A3 charts

Warm Up

• Human Graph





CensusAtSchool is running from 2 May – 10

June for Y5 – 13 students

Effective Pedagogy in Mathematics

Glenda Anthony and Margaret Walshaw



• Walk around the room and read the ten

principles of effective pedagogy in mathematics.

• Stand by the one that most resonates with you.





In your group, read more about that principle

and highlight anything of interest.



Share one most interesting or powerful key

idea.

Principles of Effective Pedagogy in Mathematics



1. An ethic of care

2. Arranging for learning

3. Building on students‟ thinking

4. Worthwhile maths tasks

5. Making connections

6. Assessment for Learning

7. Mathematical communication

8. Mathematical language

9. Tools and representations

10.Teacher knowledge

Effective Pedagogy in Mathematics



Now read the challenges with respect to that

principle and discuss what needs further

development in your school and how this could

be done.

How could you share these principles

with your staff?



1. An ethic of care

2. Arranging for learning

3. Building on students‟ thinking

4. Worthwhile maths tasks

5. Making connections

6. Assessment for Learning

7. Mathematical communication

8. Mathematical language

9. Tools and representations

10.Teacher knowledge

Keeping you up to date

• IKAN on nzmaths. New class summary sheet

available on wiki. Older versions of IKAN are

still valid.

• Rugby World Cup resource

• PMA day: Saturday 25th June

• Lead Teacher Symposium: Thurs 9th and Fri

10th June

• Information about Discalculia

annawilson@canterbury.ac.nz





www.aboutdiscalculia.org

Slower to compare sets of dots

Subitising

Quickly identifying a

random set of dots

Subitising

Quickly identifying a

random set of dots

Place the 3 on a number line









0 10



Children with discalculia tend to struggle with

mental number line development

Interventions for Dyscalcluia

• Allow extra time

• Use written and verbal instructions

• Focus on understanding especially with

quantity

• Reduce need for memorisation

• Use materials and lots of practice

• Ask lots of questions

• Simple adaptations to games

www.ruggerland.co.nz





Integrated maths units about Rugby World

Cup.



Maths Task cards (stage related)



Online maths practice (basic Facts)



Lots more!

Time for a rugby game

Thought for the day





They won‟t care how much you

know…

unless they know how much

you care!

Session 2



Developing an Expert Teacher



Think of one of your best teachers you had as

a child. What qualities and skills did they

possess?

There is a difference between experienced and

expert teachers, and the evidence suggests

that the effect on children’s achievement is

vast!



So what is an expert teacher?

Characteristics of Effective Pedagogy in Mathematics



1. An ethic of care

2. Arranging for learning

3. Building on students‟ thinking

4. Worthwhile maths tasks

5. Making connections

6. Assessment for Learning

7. Mathematical communication

8. Mathematical language

9. Tools and representations

10.Teacher knowledge

“How teachers organise classroom instruction is very

much dependent on what they know and believe about

mathematics and on what they understand about

mathematics teaching and learning”.

Effective Pedagogy in Mathematics leaflet p.25









Take a moment to reflect on your own beliefs…….



“What would a mathematician look like in your

class?”

“Effective teachers understand the big ideas”.

So, the big picture –what do the stages mean?

The big picture –what do the stages mean?

Assessment for Learning



“Effective teachers make use of a wide range of formal

and informal assessments to monitor learning progress,

diagnose learning issues and determine what they need to

do next”



Watch the video clip (83-29)



• How was each child trying to solve the problem?

• What stages are these children on/moving to?

• Review the second girl again, - what else do we know

about her maths

• If you were their teacher what would you teach next?

How would you do this?

Watch the video clip of the teaching session

(4)









• Review the characteristics of an effective

numeracy classroom sheet. Highlight what the

teacher is doing.



63 – 29

• Why has the boy got the answer 32, how

would you respond?

Reflect on your own practice

• Choose 1 or 2 goals from the sheet to focus on

between now and the next workshop.



Next session:

• Group planning – teaching a small group –

debriefing.

• Develop content knowledge

Content Knowledge Needs Analysis

• Choose from 4 areas below.

(specify NZC levels)

lowest priority

• Write each one on a postit

• Place on chart

medium priority • Negotiate the top 3!

Highest

priority Add/Sub Mult/Div

Proportional Thinking

Fractions Decimal

Fractions

Place Value Algebra

Statistics Measurement

Geometry

Ministry Subsidised Maths Papers

information available on nzmaths





• 50% fee paid by the Ministry

(15 point grad paper=$640, 30 point masters = $1280)



Approved University of Auckland papers:

• Stage 1: Pedagogical Content Knowledge Edcurric 349

Understanding and Extending Mathematical Thinking

• Stage 2: Formative Assessment: Edcurric 369

Mathematical Literacy for lower-achieving students

• Stage 3: Expert Teaching: Edcurric 347

Helping Children Succeed in Mathematics

Consecutive Sums

How many numbers can you make using consecutive sums?



For example, 9 = 2+3+4

1= 2= 3= What do

4= 5= 6= you notice?

Are there

7= 8= 9=

any

10= 11= 12= patterns?

13= 14= 15=



For the solution, teachers notes and lots of

other good rich tasks visit…

http://nrich.maths.org/507

Thought for the day



If you believe you can or

if you believe you can‟t.



Either way you will be right.



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