01 – 12 - 2003 project: catering for individual differences— building on variation cid(v)...
TRANSCRIPT
01 – 12 - 2003
Project:
Catering for Individual Differences—Building on
Variation
CID(v)
2000-2003
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Members
Tripartite collaboration
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Consultant: Prof. Ference MARTON
Principal Investigators:
Dr. LO Mun Ling, HKIEd Dr. PONG Wing Yan, HKU
Co-investigators (in alphabetical order):
Dr. KO Po Yuk, HKIEd
Dr. LEUNG Yuk Lun, HKU
Ms. LO-FU Yin Wah Priscilla, HKIEd
Ms. NG Fung Ping, HKU
Dr. PANG Ming Fai, HKU
Research Team
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S.R.B.A.C. Ho Sau Ki School
St. Edward’s Catholic Primary School
Partnership schools
Curriculum Development Institute
Attachment officers
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1. Our view of “Catering for Individual Differences”
2. Project goal
3. Methodology
4. Results & Impact
5. Conclusion
5. Insights & Recommendations
Outline
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Our view of
“Catering for Individual differences”
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Trying to reduce the variation in
learning outcomes of pupils in what they
are supposed to learn, instead of to
reduce the variation in abilities.
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Learning is always the learning of
“something”.
Objects of LearningObjects of Learning
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What does it take to learn certain
object of learning?
To see the object of learning in new and
meaningful ways such that knowledge
acquired can be applied appropriately to
new situations and to illuminate new
phenomena.
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Pupils’ different ways of seeing the
object of learning will result in their
different learning outcomes.
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Why pupils fail to learn in school?
Due to incomplete ways of seeing that
they have acquired of the object of
learning, instead of their lack of ability.
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a) Some children bring with them intuitive
ways of seeing which become obstacles for
new ways of seeing as the two may be in
conflict.
What contributes to pupils’ incomplete
ways of seeing?
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Example 1:
T: Guess what happens to the short
hand when the long hand moves?
S: The short hand will jump
from one number to the
next after the long hand
moves a round.
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b) Some children fail to focus on the critical
aspects of what is to be learnt.
What contributes to pupils’ incomplete
ways of seeing?
c) Some children have not been exposed
to suitable learning experiences that
make it possible for them to learn.
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已
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已巳
己已
巳
己
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What are the critical conditions of catering for individual differences?
a) Defining the object of learning
Is the teaching of this object of learning worthwhile?
How is it related to the goal of education?
What are the difficulties that pupils will encounter when learning it?
What must they have learnt before they can acquire this particular concept/skill?
How is it related to the rest of the topic that have been taught or will be taught later in the year?
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The idea of “Building blocks”
Pupil A Pupil B
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Rotation & Revolution自轉、公轉
Rotation & Revolution自轉、公轉
Sun 太陽
Earth 地球 Moon 月球
Solar eclipse 日蝕
Seasons 四季 Lunar eclipse
月蝕
Moon waning月虧
Moon waxing 月盈
Tides 潮汐
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S1: … whether there could be 12 solar eclipses in a year. I think it is possible f
or the Moon to pass between the Sun and the Earth once a month, since it revol
ves around the Sun. Although the Moon's orbit is tilted by 5 degrees, it is possib
le for a partial eclipse of the Sun to occur. Even the umbra or the penumbra is
on the sea, we can still see it. …But it is stated on the website that solar eclipse
only occurs twice a year, and I am not convinced.
S2: But I think there should not be as many as 12 solar eclipses in a year. ...
If the Moon were to pass through the same location every time it revolves, …
say, on August 15 of the lunar calendar…it would be covered by the Earth,
no Full Moon would happen. …The Moon should revolve like this, and
sometimes, it has not yet arrived at that location, but this one. So, there
should not be as many as 12 solar eclipses.
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S3: Usually, I will not think of questions like “Is it possible for these tw
o phenomena to happen at the same place?” Like what Ms. Kwong has
raised just now, “Can we have Solar eclipse and Full Moon in the same
day?” Very often, I will not consider both at the same time. Today, I rec
ognized that it is impossible [for them to happen at the same time].
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The “same learning outcomes” mean
those important “building blocks” for
pupils to progress in schools.
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b) Identifying critical features of the object of learning
What causes pupils’ difficulties?
Where are the learning gaps?
What are the important aspects that pupils fail to attend to?
14/8 or 14/16 ?
What are the critical conditions of catering for individual differences?
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Q: Have you ever taken out a can of coke from the refrigerator? What happens on its surface?
A: There are some water droplets on its surface.
Q:Where do these water droplets come from?
A: They come from the refrigerator.
Q: You mean they are brought out from the refrigerator?
( Pupil nodded)
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A: Ms. Wong said that water will leak out from the bag of ice when there is w
ater vapour. It really did. …
Q: Will water leak out from the bag of ice? But it was in a plastic bag!
A: … It’s like my bottle of drink I brought this morning, it was cold, and it al
so leaked.
Q: Let me ask you a question: Is there water vapour here?
A: No… Yes.
Q: Why did you say “No” in the first place?
A: Because I remembered what Ms. Wong said.
Q: Don’t try to memorise. Think on your own. …Is there water vapour in air?
A: No…. I can see none. …
Q: Now, let me ask you again. Is there… water vapour? … What do you think?
A: (Shaking head) No.
Q: You say “NO”. Why?
A: Water vapour will disappear, and will change back to air.
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A: Actually, there is no water in air, but it is transformed from water.
Q: What do you mean by “air being transformed from water” ? Do you mean water
transforming into oxygen, carbon dioxide that we breathe in?
A: Not carbon dioxide… Q: How about oxygen?
A: It’s possible… Actually, there is hydrogen in air. Hydrogen rises up to the sky,
they hit each other and turn into water. Water gathers to form a cloud and falls
down when it becomes too large a cloud …
Q: …Then, is there water vapour in air? A1: Yes.
A : “ Yes” and “No”. …Because if water is present everywhere in air, we will be dr
own. Water and air cannot mix…
Q : … But the teacher just said that there is water vapour in air, and you believe it!
A: Actually, … why isn’t there water in planets with no air? Why do we have water si
nce we have air? …
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The role of the teacher in catering for
individual differences is thus to consci
ously structure learning experiences th
at help pupils to discern the critical fea
tures identified for the object of learnin
g.
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Pong and Morris (2002)
The crux in having an impact on pupil
learning actually lies in how teachers
make specific content of learning available
to pupils.
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Marton and Tsui (In press)
What the teachers focused on, what aspects
were being varied and what aspects were
being kept invariant could either constrain
learning or make learning possible.
It is more likely that pupils learn when it is
possible for them to learn, than when it is not.
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Gu (1991) after observing hundreds of class
rooms in the Shanghai area for many years, a
rrived at the empirical conclusion that good cl
assroom practices are characterized by partic
ular patterns of variation in dealing with the o
bjects of learning.
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Goals of Education
Objectives
Critical Feature 1Critical
Feature 1Critical
Feature 2
Pattern of variation Pattern of variation
Strategy 1 Strategy 1, 2, 3
Object of Learning 1 Object of Learning 2
DiscernmentDiscernment
(Theory of (Theory of Learning and Learning and Awareness)Awareness)
Outcomes Outcomes
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Project Goal
We aimed at helping every child to learn what is
worthwhile, essential and reasonable for them to
learn in the school curriculum so that they can
proceed in schooling.
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Methodology
Learning Study
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What is Learning Study?
“Learning Study” draws its inspiration from the
systematic and intensive investigation by Japanese
and Chinese teachers into particular lessons
—“research lessons”.
It is a systematic process of enquiry into teaching
and learning, employing action research
methodology.
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The primary focus is on an object of learning,
not teaching methods.
It differs from a “Lesson Study” as described
by Stigler and Hiebert (1999): It is
theoretically grounded.
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Theoretical framework
The theoretical framework of variation is
used to achieve the object of learning.
It is guided by three types of variation.
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V1: Variation in pupils’ ways of seeing the object of learning
V2: Variation in teachers’ ways of dealing with the object of learning
V3: Variation as a pedagogical tool
Three types of variation
Conscious effort in creating patterns of variation—varying
certain aspects of the object of learning while keeping the
others invariant, to highlight its critical features.
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1) Choosing and defining the object of learning
Main steps in a Learning Study:
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2) Ascertaining pupils’ prior knowledge and understanding of the object of learning
Pre-lesson interviews
Pre-test
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3) Planning and implementing the research lessons with using variation as pedagogical tool
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4) Evaluating the lessons
Post-lesson interviews
Post-test
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Pre-test and Post-test are parallel in design,
where appropriate assessment items are use
d.
Pre-test is used to collect useful information
on pupils’ difficulties, for lesson planning.
Post-test is used to feedback on how well the
plan was implemented and how it could be
improved.
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5) Reporting and disseminating the results
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Is it feasible to use Learning Study which is
premised on the three types of variation to help
catering for individual differences in mainstream
schools?
Main research question:
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1) Can worthwhile objects of learning that serve as foundations to pupils’ learning be identified?
2) Can critical features of these intended objects of learning be found?
3) Can teachers make use of pattern(s) of variation to help pupils of different abilities to grasp the critical feature(s) identified for their learning of a particular object of learning?
4) Are the participating teachers empowered to cater for individual differences using the three types of variation through engaging in Learning Studies?
Specific research questions:
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Data collection and analysis:
1. Learning Studies
A total of 29 Learning Studies were carried out in the subjects of Mathematics (14), Chinese language (11), General Studies (3), and English language (1), resulting in 29 research lessons.
Data collected: audio recordings and notes of the regular meetings, the lesson plans and video recordings of the research lessons, and the pre- and post-test papers completed by pupils, and/or recordings of pupil interviews.
Data analysis: A case study was built from the data collected in each Learning Study to draw insights on and to address the research question.
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2. Teacher interviews
Data collected: audio recordings and the subsequent transcription of each teacher interview.
Data analysis: a source for triangulation with the data collected in each Learning Study.
Year 01/02 Year 02/03
Number of individual interviews conducted
37 31
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3. Additional sources
Data collected:
i. the written feedbacks by some of the participating teachers, the school principals and the representative of CDI; and
ii. the results of the Hong Kong Attainment Test in Chinese Language and Mathematics at Primary 4, 5 and 6 in the `academic year of 2000/2001, 2001/2002 and 2002/2003 respectively to be provided by the ID evaluation team.
Data analysis: a source for triangulation with the data collected.
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Results & Impact
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Three phases of the project: Phase 1 : Exploration and preparation, 2000-2001
Setting up an infrastructure to facilitate the project’s implementation
Phase 2: Development and consolidation, 2001-2002
Enhancing teachers’ capability in running Learning Study cycles
Phase 3: Capacity building and preparation for withdrawal, 2002-2003
Building capacity of the leaders so that Learning Study can take root in the schools
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1) Can worthwhile objects of learning that serve as
foundations to pupils’ learning be identified?
2) Can critical features of these intended objects of
learning be found?
Main Results:
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Example 1: P.2 Mathematics
Textbook: Six types of Quadrilaterals
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Example 1: P.2 Mathematics
Object of learning: Features of a rectangle Vs parallelogram
Critical Features:
1. 4 angles are equal in a rectangle; and
2. 2 pairs of opposite angles are equal in a parallelogram.
AWhat is/are the opposite angle(s) of Angle A?
What was found to be most difficult for pupils?
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Example 2: P.3 The colour of light
Textbook:
1. A rainbow consists of 7 colours (red, orange, yellow,
green, blue, indigo and violet ).
2. The 7 colours can be focused to form white light
(sunlight).
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Example 2: P.3 General Studies What was found to be most difficult for pupils?
Object of learning: Conceptual understanding of the relationship
between white light (or sunlight) and the colours of a rainbow
Critical Features:
The prism is only a tool used to split up the white light.
There is a direct relationship between white light and the rainbow.
Prism Magnifying glass
xLight
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3) Can teachers make use of pattern(s) of variation
to help pupils of different abilities to grasp the
critical feature(s) identified for their learning of
a particular object of learning?
Main Results:
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Example 1: P.3 General Studies
Soap bubbles
A Prism
Spraying water
Invariant
Varying
The prism is only a tool used to split up the white light.
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There is a direct relationship between white light and the rainbow.
Tools
Varying
Invariant
Example 1: P.3 General Studies
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(1) When white light passes through a prism, what can be seen?(1) When white light passes through a prism, what can be seen?
(2) When a spectrum passes through a magnifying glass, what (2) When a spectrum passes through a magnifying glass, what
can be seen?can be seen?
(a) White light will split into a spectrum.
(b) A spectrum will be focused to form white light.
0%
20%
40%
60%
80%
100%
Pre-test 13% 22% 3% 68%
Post-test 64% 46% 30% 20%
Knew (a) Knew (b)Knew both (a) &
(b)Did not know (a)
nor (b)
Magnifying glass
xLight
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Setting up a closed circuit
Example 2: P.4 General Studies
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Setting up a closed circuit
Example 2: P.4 General Studies
1st Cycle 3rd Cycle68% 85%
Which of the following circuit(s) could successfully light up a bulb?
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Part I: Constructing and exploring the common features of prisms and cylinders
Example 3: P.2 Mathematics
Varying
Pupils’ constructions
Correct and Incorrect
Constructions/ features
A given prismInvariant
What is discerned: characteristics of a prism
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Part II: Categorizing three-dimensional objects
Example 3: P.2 Mathematics
Prisms Non-prismsVarying
Common features of prisms
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Example 3: P.2 Mathematics
Pre-test Post-test ChangeAverage score of the whole level 1.8 4.3 + 2.5Average score of 10 pupils whoscored the lowerest in the pre-test
1.5 6.7 +5.2
Total score= 8
Pre-test Post-test Changescored 6 or above out of 8 2% 25% 13%scored 0 or 1 out of 8 47% 7% -40%
The number of pupils who
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Example 4: P.6 Chinese
A baby in the sun is like a seedling, can’t let you sway in wind and rain.[ 陽光中的寶寶如幼苗,難讓你在風裏搖,雨中飄。 ]
A baby in the sun is like a weed, can’t let you sway in wind and rain.[ 陽光中的寶寶如野草,難讓你在風裏搖,雨中飄。 ]
A baby in the war is like a seedling, can’t let you sway in wind and rain.[ 戰爭中的寶寶如幼苗,難讓你在風裏搖,雨中飄。 ]
Part 1
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The small boat is like the cradle of my babyhood
Gently, tenderly
Swaying in a river
……
The small boat is like a swing that I like to play
In an endless flow of water
Rocking higher and higher
小船像我幼時的搖籃
輕輕柔柔的
在河上搖晃……
小船像我愛玩的盪鞦韆
在無盡的流域裏
愈盪愈高
Part 2
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The small boat is like the cradle of my babyhood
In an endless flow of water
Rocking higher and higher
……
The small boat is like a swing that I like to play
Gently, tenderly
Swaying in a river
小船像我幼時的搖籃
在無盡的流域裏
愈盪愈高……
小船像我愛玩的盪鞦韆
輕輕柔柔的
在河上搖晃
Part 2
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Part 2
Surface meaning:
• Subject—the motions of the small boat in different places
• Post-modifier—different phases of life
• Connotation
Deep meaning:
• Subject—Different phases of life
• Post-modifier—the motions of the small boat in different places
• Connotation
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Learning Outcomes: Pre- and Post-test results
Task Pre-test Post-test
Writing a poem with proper use of simile and in proper format
39% 71%
with proper use of simile 48% 73%
in proper format 70% 85%
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Pupil B (lower ability)
Pre-test Post-test
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Pupil A (higher ability)
Pre-test Post-test
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Additional analysis: HKAT—Chinese 99/00
StandardizedScore
01/02Standardized
Score
Change inStandardized
Score
Whole level Average 86.30 94.28 7.98 n=118 STDEV 20.07 17.72 2.35-
00/01, A Average 106.06 109.15 3.09 n=32 STDEV 9.88 10.53 0.66
00/01, B Average 80.82 94.61 13.79 n=21 STDEV 17.14 16.57 0.57-
00/01, C Average 81.02 81.76 0.73 n=20 STDEV 16.08 13.33 2.76-
00/01, E Average 84.52 92.21 7.69 n=24 STDEV 19.86 17.80 2.07-
00/01, F Average 68.71 85.57 16.86 n=21 STDEV 14.09 16.17 2.08
*
*
*
* p < 0.01
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A sample of pupils who scored less than 80 in standardized score in 99/00
Number of pupils (among the 48) whose standardized score increased or decreased by 01/02
n=4899/00
StandardizedScore
01/02Standardized
Score
Change inStandardized
Score
Average 65.90 79.39 13.49 STDEV 8.81 11.84 3.03
Increased Decreased00/01, B 9 100/01, C 7 100/01, E 11 200/01, F 16 1
43 5
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Main Results:
4) Are the participating teachers empowered to cater
for individual differences using the three types of
variation through engaging in Learning Studies?
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a. Teachers’ views of the project’s approach to catering for individual differences
…by looking into pupils’ different ways of
understanding something... we were actually catering
for pupils of different abilities. Pupils of lower abilities
… are often weak at seeing things in a more
comprehensive way. So, if we can show them different
ways of thinking, they will be able to view things in a
comprehensive manner. (TJL TI 0203)
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b. Teachers’ understanding and use of assessments
We chose a certain topic, then we focused on that specific
topic in setting the pre-test, the purpose of which was not f
or assigning marks to pupils, but for collecting informatio
n (about pupils’ understanding of the topic)… this was
different from our practices in the past. But setting pre-
tests is quite a difficult job. (WWY TI 0203)
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9
1 2
Answers: ( )
Calculate the sum of the
three digits given in the box,
and circle the two digits that
you add up first.
Example 1: P.1 Mathematics
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0.00%
20.00%
40.00%
60.00%
80.00%
100.00%
Pre-test 74.57% 47.40%
Post-test 84.97% 80.35%
% of pupils who answeredcorrectly
% of pupils who inclined to usethe combinations of 10
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Example 2: P.4 General Studies
QuestionQuestion: Fanny places a cold drink on a table. After a : Fanny places a cold drink on a table. After a while, she notices that there are some water droplets on while, she notices that there are some water droplets on the surface of the cold drink. Where do these water the surface of the cold drink. Where do these water droplets come from? Circle the most appropriate answer.droplets come from? Circle the most appropriate answer.
A. Leaking from the cold drinkA. Leaking from the cold drinkB. Coming from airB. Coming from airC. Coming from the refrigeratorC. Coming from the refrigeratorD. Others, please specify.D. Others, please specify.
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Pre-testPre-test Post-test
A. Leaking from the cold drinkA. Leaking from the cold drink 24.27%24.27% 10.68%
B. Coming from airB. Coming from air 37.86% 37.86% 68.93%
C. Coming from the refrigeratorC. Coming from the refrigerator 31.07%31.07% 18.45%
D. Others, please specify.D. Others, please specify. 6.80%6.80% 1.94%
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c. Teachers’ understanding and use of the theoretical framework
…what we have achieved in these several research
lessons is that we were able to approach the topic in a
clear and specific way, unlike what we did in the past
while we only set the teaching objective in a broad and
general sense, for example, how to develop pupils’
generic skills, how to develop pupils’… learning. (CTF
TI 0203)
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One person’s wisdom is limited. What you can think about
would not be able to exhaust all the pupils’ problems. If
different teachers tried to find out what difficulties their
pupils’ would encounter, making use of their collective
wisdom, then finding ways to deal with it, I find that this is
very helpful from the perspectives of both pupils and
teachers. (IMK TI 0203)
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The theory of variation not only enables us to look at the
problem from different perspectives, both pupils and
teachers can make use of variation to examine a particular
topic. For example, squashing a rectangle changes it to a
parallelogram. We can compare the variations in the
diagrams: similarities and differences in properties. This
theory can be put into practice in different subjects. It’s
only a question of whether you do it consciously or
subconsciously. If you do it consciously, you will
strengthen the use of it and be able to apply it a bit more
thoroughly. (CLP TI 0203)
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d. Teachers’ professional development within the project
• They gained better knowledge of their pupils.
• They developed better understanding of the subjects they taught.
• They were willing to exercise professional judgment to adjust (or even to modify) the intended lesson plan in order to accommodate pupils’ variation in understanding during the lesson.
• They gained confidence in tailoring the curriculum
• They gained experience in being action researchers.
• They shared their experience and knowledge gained in public seminars.
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Impact on School Development:
Schools’ development within the project
[The project] help to enhance our teachers’ confidence
and professionalism. At the same time, our school has
also developed into a learning organisation which is
vibrant with the culture of innovation and peer
collaboration. (ISB Sch1 0203)
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This project widened the view of our teachers in seeing
“individual differences” not only in terms of ability, but
also in terms of pupils’ different ways of experiencing and
understanding the world. This gives teachers a sense of
success and satisfaction. On the other hand, …this has led
to the narrowing of the differences in pupils’ learning
outcomes, and pupils’ various potentials being maximised.
(LKH Sch2 0203)
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Impact on School Development:
Schools’ future adoption of Learning Study
School 1: A QEF project supporting Learning Study
School 2: A major tool for school internal development
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It is often remarked that “education reform” could bring
about school development. But I would say it is “lesson
study” that nurtures the school’s culture, helps teachers to
design curriculum, offers an opportunity for teachers’
professional development, and provides a blueprint for the
school’s curriculum reform. …We will continue to treat this
as a major item for school development. (NWL Sch2 0203)
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Conclusion
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1) Can worthwhile objects of learning that serve as
foundations to pupils’ learning be identified?
2) Can critical features of these intended objects of
learning be found?
3) Can teachers make use of pattern(s) of variation to help
pupils of different abilities to grasp the critical feature(s)
identified for their learning of a particular object of
learning?
4) Are the participating teachers empowered to cater for
individual differences using the three types of variation
through engaging in Learning Studies?
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Can it be sustainable
and transferable?
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Dissemination activities and their impact:
42 primary schools (PIPS, 2002-2003)
50 secondary schools (STEM, 2003-2004)
30 self-funding schools (e.g. QEF, 2003-2004)
10 seminars / workshops given to the partnership schools
33 public seminars / workshops
6 local / international conferences
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Insights & Recommendations
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Learning Study
Build capacity for collegial learning Provide a context
for peer review and classroom
observation and conferencing
1. Sensitize teachers to good lesson
2. Learn subject matter better
3. Develop “the eyes to see pupils”
Bridge the gapbetween the reform goals and practice
Empower teachers
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Major Recommendations:
Curriculum development to be based on research
which takes into consideration how pupils learn
An evolutionary approach to schools’ curriculum
making
Bridge the gap between the reform goals and practice
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Learning Study as a model for building a learning
community for staff development purposes.
Build capacity for collegial learning
Major Recommendations:
Provide a context for peer review and classroom observation and conferencing
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Assessment for learning via the conceptual
framework based on variation
Learning study as a core component of any
teacher education programmes, e.g. engaging in
Learning Study at least once a year, and sharing
their experience with other teachers.
Empower teachers
Major Recommendations:
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More Learning Studies should be done to discover
effective patterns of variations and how they can be
applied in different subject areas.
The tripartite partnership between the schools, the
Curriculum Development Institute and the research
team was considered a win-win option for all parties
involved. This mode of operation is recommendation
for future endeavours.
What is more…
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~ End ~