Transcript Slide 1

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Session 2
Quality first teaching in mathematics
Aims:
• To examine the features of quality first teaching
through lesson observation.
• To identify school priorities for the development of
quality first teaching.
• To focus on the implications of sound subject
knowledge for progress and attainment in calculation.
Publication Details
Pedagogy of Personalised Learning
High Quality Teaching and Learning
Activity
Watch the video of James teaching his mixed year
3/4 class.
Using the lesson observation proforma, note the
strengths and areas for development of this lesson.
Based on your observations, give James two
strengths, and one area for further development.
Table your observations and discuss common
findings.
Key Characteristics of Quality First Teaching
• Highly focused lesson design with sharp objectives
• High demands of pupil involvement and engagement
with their learning
• High levels of interaction for all pupils
• Appropriate use of teacher questioning, modelling and
explaining
• An emphasis on learning through dialogue, with
regular opportunities for pupils to talk both individually
and in groups
• An expectation that pupils will accept responsibility for
their own learning and work independently
• Regular use of encouragement and authentic praise
to engage and motivate pupils.
Developing Practice Checklist
Consider your school
Inspector’s Feedback from Observation
Category: Good.
• Children kept going throughout the lesson and enjoyed the fun practical
activity using the IWB
• The speed of the lesson was good and new work introduced well
• Effective use of the teaching assistant
• James worked well with the lower attainers
• Good differentiated work though some struggled with concept of
spending no more than £3
• There was fantastic concentration, respect and a happy atmosphere
throughout
Ideas to make the lesson closer to outstanding
• Use pretend coins which are the right colour, proportionately the right
size, and with clear numbers
• Prices of different foods need to be more realistic if they are to replicate
a receipt; some of the food pictures were confusing
• Pupils did not realise they could have more than one item per meal, so,
for example, they chose cereal but no milk, which would be a bit dull!
• Did all pupils know what ‘budget’ meant?
• Higher attaining pupils could have been stretched more
OfSTED
The essential ingredients of effective mathematics teaching are
subject knowledge and understanding of the ways in which
pupils learn mathematics – drawn together…as ‘subject
expertise’ – together with experience of using these in the
classroom.
The main difference between good and satisfactory lessons is in
teachers’ expertise in mathematics and how they use it to
promote the learning of all pupils. Weaknesses in mathematical
knowledge and pedagogy often have a limiting effect, particularly
on assessing and developing pupils’ understanding. This
represents the biggest challenge in raising the quality of
teaching, and thereby standards.
Mathematics: understanding the score
OfSTED September 2008
The Essentials for Good Teaching
Mathematics: understanding the score
Lunch
Calculation – the expectations….
The overall aim is that when children leave primary school, they:
• Have a secure knowledge of number facts and a good
understanding of the four operations
• Are able to use this knowledge and understanding to carry out
calculations mentally and to apply general strategies when using
one digit and two digit numbers and particular strategies to
special cases involving bigger numbers.
• Make use of diagrams and informal notes to help record steps
and part answers when using mental methods that generate
more information than can be kept in their heads
• Have an efficient, reliable compact written method of calculation
for each operation that children can apply with confidence when
undertaking calculations that they cannot carry out mentally;
• Use a calculator efficiently, using their mental skills to monitor the
process, check the steps involved and decide if the numbers
displayed make sense.
Primary Framework for Mathematics
Activity
Look at the guidance for the stages in subtraction.
Consider and discuss:
• The pre-requisite skills needed for each stage;
• The models, images and practical resources
appropriate to support understanding of concepts;
• The adaptations, if any, which you would make to
ensure clarity of progression for children.
Activity
Paula and Karim are in different ability groups in a
year 3 class. Look at the range of evidence for their
performance in MA2 which was presented in a
moderation meeting. Discuss:
• What general areas of weakness could there be in
this class?
• What specific aspects of calculation are causing an
issue?
• What support does the teacher need to move these
children on ? How would you address this?
Overcoming Barriers - Publication Details
DCSF ref:
00021-2009
DCSF ref:
00695-2007PCK-EN
DCSF ref:
00388-2009
DCSF ref:
00149-2008
DCSF ref:
00065-2009
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Subtraction Emergency
Using Models and Images
Aspects Supporting Calculation
• Use of number grids and number lines.
• Understanding the compensation methods of addition
and subtraction
• Using rounding to estimate and check answers.
Number squares
Adding 9
On your table you have multilink cubes.
Make them into rows of 10.
We are going to do this addition
10 + 9
How can we do this?
Let’s try these:
How does this
practical activity
support pupil
understanding of
the compensation
method?
20+9, 30+9, 7+9, 13+9, 22+9
Adding 9
+10
?
10
20
-1
Draw the number lines for :
20+9, 30+9, 7+9, 13+9, 22+9
How would you do
20+19, 30+19, 7+19, 13+19, 22+19
Subtraction – numbers ending in 9
+1
10
?
20
-10
Draw the number lines for :
20 - 9, 30 – 9, 13 - 9, 22 - 9
How would you do
122 - 19 428 - 199
Estimating by rounding
Your multilink cubes are in rows of 10.
You need to do the calculation
17 + 12
What is the closest calculation you can do?
Make an estimate for these calculations.
16 + 22
28 + 22
13 +16 14 +14
Make a written record of the estimates before
calculating.
Try some subtractions in the same way.
28 – 12
32 - 21
35 - 16 24 -14
Find the difference
Find the difference between
12 and 5
16 and 11
52 and 31
111 and 86
Finding the difference – counting up
Find the difference between 86 and 111
86
0
+4
86
111
+10
90
+10
100
+1
110 111
25
Finding the difference
Key Characteristics of Subject Expertise
Use the cards on your table to identify which of the
features are strengths in your school and which are
areas for development.
You may wish to categorise them as Red, Amber
and Green.
Mathematics: understanding the score
Prioritise Development of Teaching Strategies