The Average Student on Top
The High School Renewal Committee
27 October 2010
Yeap Ban Har
Marshall Cavendish Institute
Singapore
banhar@sg.marshallcavendish.com
Slides are available at www.banhar.com
vision and focus
Singapore mathematics curriculum
has its focus mathematical
problem solving and it is set
within an education system that
emphasizes thinking.
mathematical
problem solving
In Singapore, a
curriculum that focuses
on mathematical
problem solving was
introduced in 1992.
Mathematical
Problem
Solving
Concepts
Numerical
Algebraic
Geometrical
Statistical
Probabilistic
Analytical
Reasoning,
communication &
connections
Thinking skills &
heuristics
Application & modelling
Numerical calculation
Algebraic manipulation
Spatial visualization
Data analysis
Measurement
Use of mathematical tools
Estimation
Monitoring of one’s own thinking
Self-regulation of learning
Beliefs
Interest
Appreciation
Confidence
Perseverance
thinking
The emphasis on thinking continues in the
late 1990s with the introduction of Thinking
School, Learning Nation philosophy to the
entire education system in 1997.
thinking schools
learning nation
strong
fundamentals
Princess Elizabeth Primary School, Singapore
2
4
6
3 5
Princess Elizabeth Primary School, Singapore
pedagogy
Pedagogy that focuses on
visuals, patterning and number
sense.
The CPA Approach – the progression
from concrete to pictures to abstract
symbols is recommended for concept
development. This is based on the work
of Jerome Bruner.
Fuchun Primary School, Singapore
For example, students learn the idea of
division by sharing 12 cookies among 4
persons as well as by putting 12 eggs in
groups of 4 before progressing to using
drawings to solve division problems. Later
they learn to use division sentence 12 ÷ 4 =
3. Princess Elizabeth Primary School, Singapore
For example, students learn to do
division of discrete quantities without
the need to write division sentence in
Grade 1.
The Spiral Approach – students get
to revisit core ideas as they deepen
their understanding of those ideas.
This is also one of Jerome Bruner’s
ideas.
Singapore Math in the Netherlands
In Grade 2, the revisit this idea and use
division sentences to represent the
situations. In Grade 3, the idea is
extended to include the idea of a
remainder. They also learn to regroup
before dividing for 2-digit and 3-digit
numbers.
Singapore Math in USA
In Grade 4, 4-digit numbers are used.
In Grade 5, division of continuous
quantities are dealt with where 13 ÷ 4 =
3.25 rather than 3 remainder 1.
Singapore
Math
in
The Philippines
assessment
Source
PSLE Mathematics Singapore Examination and Assessment Board
Source
Primary Three Examination Item from Henry Park Primary School,
Singapore
Angela, Bala, and Cheng Hao
have 872 marbles altogether.
Angela has 4 times as many
marbles as Bala. Cheng Hao has
50 more marbles than Bala. How
many marbles does Bala have?
Source
Primary Three Examination Item from Henry Park Primary School,
Singapore
Angela, Bala, and Cheng Hao
have 872 marbles altogether.
Angela has 4 times as many
marbles as Bala. Cheng Hao has
50 more marbles than Bala. How
many marbles does Bala have?
Angela
Bala
Cheng
Hao
50
872
Source
Primary Three Examination Item from Henry Park Primary School,
Singapore
Angela, Bala, and Cheng Hao
have 872 marbles altogether.
Angela has 4 times as many
marbles as Bala. Cheng Hao has
50 more marbles than Bala. How
many marbles does Bala have?
Angela
Bala
Cheng
Hao
822
1 unit = 822 ÷ 6
1 unit = 137
Bala has 137
marbles.
600
180
42
Source
Primary Three Examination Item from Henry Park Primary School,
Singapore
Angela, Bala, and Cheng Hao
have 872 marbles altogether.
Angela has 4 times as many
marbles as Bala. Cheng Hao has
50 more marbles than Bala. How
many marbles does Bala have?
Angela
Bala
Cheng
Hao
50
872y
y y y y
y
4y + y + (y + 50) = 872
6y + 50 = 872
6y = 872 – 50
y = 822 ÷ 6
y = 137
outcomes
Students in Singapore have
demonstrated high achievement and
positive attitude towards mathematics.
In Trends in Mathematics and Science
Study, more than 40% of Singapore’s 4th
and 8th graders are in the Advanced
International Benchmark (the
international average is 5% and 2%
respectively). Advanced
Intermediate
Low
High
1995
2003
2007
38 4138
70 7473
89 9291
96 9897
Grade4
International
5
26
67
90
Advanced
Intermediate
Low
High
Indonesia
Thailand
2 30
15 124
46 4414
75 6648
Grade 8
Method Used in Singapore Textbooks
TIMSS 2007
Trends in International Mathematics and Science Studies
Malaysia
Singapore
402
7018
8850
9782
International
Advanced
Intermediate
Low
High
Average
HongKong
Singapore
2 4031
15 7064
46 8885
75 9794
S.Korea
Taiwan
4540
7171
8690
9598
Grade8
Singapore Math in Indonesia
TIMSS 2007
Trends in International Mathematics and Science Studies
Advanced
Intermediate
Low
High
Grade41995
38
70
89
96
TIMSS
Trends in International Mathematics and Science Studies
Grade81999
42
77
94
99
Grade42003
Grade82007
38
73
91
97
40
70
88
97
In the PSLE, the national average for
students who are capable of completing
the most challenging items in the
examination is between 40% and 45%.
We saw one such challenging items
earlier.
Mrs Hoon made some cookies to sell. 3/4 of them were chocolate
cookies and the rest were almond cookies. After selling 210 almond
cookies and 5/6 of the chocolate cookies, she had 1/5 of the
cookies left.
How many cookies did Mrs Hoon sell?
The attitude index for Singapore
students in TIMSS is also relatively high
compared to other high-performing
countries.
Also, the majority of students in
Singapore opt to study mathematics in
Grades 11 and 12 when they are no
longer required to.
Taiwan
Singapore
Hong Kong
S Korea
Attitude
Achievement
37 45
33 40
60 40
47 31
Grade8
Japan
England
International
Hungary
30 26
30 10
40 8
54 2
Making the Average Student on Top
• Thinking-oriented Curriculum
• Theoretically-sound Pedagogy
• Assessment that is coherent with the curriculum
• Teacher professional development
• Changing mindset about what mathematics is
• Constructing knowledge
• Enhancing capacity to learn

Cache county thsrc

  • 1.
    The Average Studenton Top The High School Renewal Committee 27 October 2010 Yeap Ban Har Marshall Cavendish Institute Singapore [email protected] Slides are available at www.banhar.com
  • 2.
  • 3.
    Singapore mathematics curriculum hasits focus mathematical problem solving and it is set within an education system that emphasizes thinking.
  • 4.
  • 5.
    In Singapore, a curriculumthat focuses on mathematical problem solving was introduced in 1992. Mathematical Problem Solving Concepts Numerical Algebraic Geometrical Statistical Probabilistic Analytical Reasoning, communication & connections Thinking skills & heuristics Application & modelling Numerical calculation Algebraic manipulation Spatial visualization Data analysis Measurement Use of mathematical tools Estimation Monitoring of one’s own thinking Self-regulation of learning Beliefs Interest Appreciation Confidence Perseverance
  • 6.
  • 7.
    The emphasis onthinking continues in the late 1990s with the introduction of Thinking School, Learning Nation philosophy to the entire education system in 1997. thinking schools learning nation
  • 8.
  • 9.
    Princess Elizabeth PrimarySchool, Singapore 2 4 6 3 5
  • 10.
    Princess Elizabeth PrimarySchool, Singapore
  • 11.
  • 12.
    Pedagogy that focuseson visuals, patterning and number sense.
  • 14.
    The CPA Approach– the progression from concrete to pictures to abstract symbols is recommended for concept development. This is based on the work of Jerome Bruner. Fuchun Primary School, Singapore
  • 15.
    For example, studentslearn the idea of division by sharing 12 cookies among 4 persons as well as by putting 12 eggs in groups of 4 before progressing to using drawings to solve division problems. Later they learn to use division sentence 12 ÷ 4 = 3. Princess Elizabeth Primary School, Singapore
  • 16.
    For example, studentslearn to do division of discrete quantities without the need to write division sentence in Grade 1.
  • 18.
    The Spiral Approach– students get to revisit core ideas as they deepen their understanding of those ideas. This is also one of Jerome Bruner’s ideas. Singapore Math in the Netherlands
  • 19.
    In Grade 2,the revisit this idea and use division sentences to represent the situations. In Grade 3, the idea is extended to include the idea of a remainder. They also learn to regroup before dividing for 2-digit and 3-digit numbers. Singapore Math in USA
  • 20.
    In Grade 4,4-digit numbers are used. In Grade 5, division of continuous quantities are dealt with where 13 ÷ 4 = 3.25 rather than 3 remainder 1. Singapore Math in The Philippines
  • 21.
  • 22.
    Source PSLE Mathematics SingaporeExamination and Assessment Board
  • 23.
    Source Primary Three ExaminationItem from Henry Park Primary School, Singapore Angela, Bala, and Cheng Hao have 872 marbles altogether. Angela has 4 times as many marbles as Bala. Cheng Hao has 50 more marbles than Bala. How many marbles does Bala have?
  • 24.
    Source Primary Three ExaminationItem from Henry Park Primary School, Singapore Angela, Bala, and Cheng Hao have 872 marbles altogether. Angela has 4 times as many marbles as Bala. Cheng Hao has 50 more marbles than Bala. How many marbles does Bala have? Angela Bala Cheng Hao 50 872
  • 25.
    Source Primary Three ExaminationItem from Henry Park Primary School, Singapore Angela, Bala, and Cheng Hao have 872 marbles altogether. Angela has 4 times as many marbles as Bala. Cheng Hao has 50 more marbles than Bala. How many marbles does Bala have? Angela Bala Cheng Hao 822 1 unit = 822 ÷ 6 1 unit = 137 Bala has 137 marbles. 600 180 42
  • 26.
    Source Primary Three ExaminationItem from Henry Park Primary School, Singapore Angela, Bala, and Cheng Hao have 872 marbles altogether. Angela has 4 times as many marbles as Bala. Cheng Hao has 50 more marbles than Bala. How many marbles does Bala have? Angela Bala Cheng Hao 50 872y y y y y y 4y + y + (y + 50) = 872 6y + 50 = 872 6y = 872 – 50 y = 822 ÷ 6 y = 137
  • 27.
  • 28.
    Students in Singaporehave demonstrated high achievement and positive attitude towards mathematics. In Trends in Mathematics and Science Study, more than 40% of Singapore’s 4th and 8th graders are in the Advanced International Benchmark (the international average is 5% and 2% respectively). Advanced Intermediate Low High 1995 2003 2007 38 4138 70 7473 89 9291 96 9897 Grade4 International 5 26 67 90
  • 29.
    Advanced Intermediate Low High Indonesia Thailand 2 30 15 124 464414 75 6648 Grade 8 Method Used in Singapore Textbooks TIMSS 2007 Trends in International Mathematics and Science Studies Malaysia Singapore 402 7018 8850 9782 International
  • 30.
    Advanced Intermediate Low High Average HongKong Singapore 2 4031 15 7064 468885 75 9794 S.Korea Taiwan 4540 7171 8690 9598 Grade8 Singapore Math in Indonesia TIMSS 2007 Trends in International Mathematics and Science Studies
  • 31.
    Advanced Intermediate Low High Grade41995 38 70 89 96 TIMSS Trends in InternationalMathematics and Science Studies Grade81999 42 77 94 99 Grade42003 Grade82007 38 73 91 97 40 70 88 97
  • 32.
    In the PSLE,the national average for students who are capable of completing the most challenging items in the examination is between 40% and 45%. We saw one such challenging items earlier. Mrs Hoon made some cookies to sell. 3/4 of them were chocolate cookies and the rest were almond cookies. After selling 210 almond cookies and 5/6 of the chocolate cookies, she had 1/5 of the cookies left. How many cookies did Mrs Hoon sell?
  • 33.
    The attitude indexfor Singapore students in TIMSS is also relatively high compared to other high-performing countries. Also, the majority of students in Singapore opt to study mathematics in Grades 11 and 12 when they are no longer required to.
  • 34.
    Taiwan Singapore Hong Kong S Korea Attitude Achievement 3745 33 40 60 40 47 31 Grade8 Japan England International Hungary 30 26 30 10 40 8 54 2
  • 35.
    Making the AverageStudent on Top • Thinking-oriented Curriculum • Theoretically-sound Pedagogy • Assessment that is coherent with the curriculum • Teacher professional development • Changing mindset about what mathematics is • Constructing knowledge • Enhancing capacity to learn