New math system adding up

Kyle Alspach
Sentinel & Enterprise
April, 2006  

Second-graders Yaurgelis Valentin and Mike Vannaraj use Singapore Math' to solve a word problem at South Street Elementary School in Fitchburg, Thursday. (SENTINEL & ENTERPRISE PHOTOS / SARAH BRITAIN )

FITCHBURG -- Almost all the teachers at South Street Elementary School are using "Singapore Math" in the classroom, and some teachers wonder why other Fitchburg schools aren't doing the same.

Singapore Math is a method in which students learn math by drawing pictures and doing problems mentally, rather than through tables and memorization.

"They're using their fingers less, and their minds more," said Kim L'Ecuyer, a third-grade teacher who has been using the program for three years.

L'Ecuyer offered an example of a Singapore Math question: If you put out four ounces of bird food a day for two weeks, how much food do you need?

Students would start by drawing a "unit bar" to represent a week, split the bar into seven days, and write "four ounces" on each bar, L'Ecuyer said.

This not only engages the students, but also helps them see what is really happening with the numbers, she said.

"It's very visual," L'Ecuyer said.

And it also works, say some teachers at the school.

South Street Elementary School won "Compass School" honors from the state Department of Education last year for its progress on the MCAS tests, one of only 12 schools in Massachusetts to get the accolades.

The school had 12 percent of its fourth-graders at the highest MCAS level -- "advanced" -- on the math portion of the test in 2005.

This was the highest of any Fitchburg elementary school.

South Street also had just 15 percent at the warning/failing level last year, the lowest among city elementary schools.

"The kids are really understanding word problems now," said Jane Kennedy, a fourth grade teacher. "It's clicked."

"They're excited," added Dawn Piccolomini, a first-grade teacher. "They love the word problems."

Singapore's method came to the United States after students from the tiny Asian nation received the top rank in math in an international study. The U.S. ranked 19th.

The North Middlesex Regional School District -- which covers Townsend, Pepperell and Ashby -- is the premiere district in Massachusetts using Singapore Math.

The district began using the method in 2000, and since then most schools have adopted it.

North Middlesex teachers helped train the South Street staff in the method.

Joanne L'Ecuyer, a third grade teacher, was among the first at South Street to learn how to teach Singapore Math.

Now about 98 percent of the school's teachers use it, she said.

"We wish the whole city offered this," L'Ecuyer said.

Betsy Masciarelli, a special education teacher, says her students also have been attracted to Singapore Math.

The visual aspect helps some students with certain disabilities to organize the information better, Masciarelli explained.

The teachers credited South Street's administration for supporting and funding the program, which required paying for new curriculum and training.

Kim L'Ecuyer said she wishes more schools in Fitchburg would begin using Singapore Math.

But she said she knows it's tough for schools and teachers to make such a major change in their instruction methods.

"It has to be a team effort," L'Ecuyer said. "When you're the only teacher doing it, there's no support there."

Yet L'Ecuyer and the other teachers said that with the pressure of getting students to pass the MCAS tests in high school, the city's elementary schools should be using the best methods available to give youngsters a good foundation.

Assistant Principal Ruth Ann Goguen agreed.

"The kids are learning at an accelerated rate," Goguen said of Singapore Math's impact. "It's exciting, and it's reaching all sorts of kids."


 

US teachers get lessons

Ho Ai Li
The Straits Times (the major newspaper in Singapore)
December 28, 2004  

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Solving math problems

New program shows success

 

Anne Ryman
The Arizona Republic
Nov. 21, 2004 12:00 AM

 

"I stink at math" has become a common excuse among adults who struggle with the subject.

Math experts say this happens for two reasons:

• As children, they may have gotten bored or didn't understand a math concept.
• They fell behind, since one math concept builds upon another.

Schools are trying to change this. A new math curriculum aims to help students understand the "why" behind each concept.

A few years ago, Scottsdale and Cave Creek unified school districts began using Everyday Mathematics, a program that teaches students several ways to solve a math problem. It includes traditional ways their parents learned and new, simplified ways.

Another emerging math program is Singapore Math, used at a handful of schools in Arizona. After three years, Benchmark School in northeast Phoenix has seen success in test scores.

Based on an Asian philosophy, Singapore Math was adopted by some teachers in the United States after Singapore ranked first in math in 1995 and 1999 in the Third International Mathematics and Science Study.

How is this math different?

The traditional way to teach math is to introduce a topic, teach it, test and move on. Children learn as many as 30 math concepts a year. Singapore Math takes on fewer concepts, about 10 each year, but children are expected to master them, said Tricia Salerno, math coach at Benchmark.

How do textbooks differ?

Textbooks are full of colorful pictures, and children are encouraged to draw their math problems. Still, the math can be challenging. Fourth-graders are introduced to algebra, but "we don't tell them we're doing this," Salerno said.

What facts are emphasized?

Teachers use a method called "mind sprint" where they put several math problems (addition, subtraction, multiplication or division) on a page. Children answer as many problems as they can in a minute. Then the exercise is repeated again. They like the exercise because the quick action gets their adrenaline racing.

"They don't think to themselves, 'I have to do 50 math problems,'" Salerno said.

Should everyone use it?

No. Because it's so different, it's easier to learn if you start children young, Salerno said.

What are the results?

Fifth-graders who took the Stanford 9 last spring at Benchmark scored 97 on math, seven points higher than when tested two years ago. This is well above the national average of 50.

More information?

See Singapore Math's Web site at: www.singaporemath.com.

 

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Schools import Singapore math style

PEPPERELL

Schools import Singapore math style

Diagrams, models used to aid comprehension

The students at the Varnum Brook Elementary School in Pepperell groaned in unison when teacher Karin Pillion announced they would do the next set of problems out loud -- without pencil, paper, or calculators.

"What is 6 times .04?" Pillion began.

Multiplying decimal points in their heads is not something fourth-graders in the North Middlesex Regional School District were doing a decade ago. But despite the groans, the class on Monday morning moved confidently through a dozen problems, using a method known as Singapore Math.

"I have seen kids go a long way with Singapore," said Pillion. "Even those that came to class at the beginning of the year with math phobias are up to speed."

The district, which educates more than 4,600 students from Pepperell, Townsend, and Ashby, is finishing up its fourth year with Singapore Math as a part of the curriculum.

Next fall, more than 100 classrooms in the North Middlesex district, including all students in grades 1 through 6, will learn mathematics with this method. And the district will lead the way for about 10 other Massachusetts towns to adopt this teaching method.

Singapore Math caught on in 1999, when that country's students ranked first in an international study of mathematics and science education. (US students finished 19th out of 38.) Singapore had placed in the middle of the pack four years earlier, then implemented a new teaching system. After the 1999 results, educators worldwide began to examine the approach of this modern Southeast Asian island nation of 4.5 million people.

Impressed by Singapore's results, the Massachusetts Department of Education began looking for a school district to implement that nation's techniques. North Middlesex was the first to accept.

"North Middlesex is our visionary; they are the vanguard for implementation," said Barbara Libby, math and science administrator for the state Department of Education. "Their data, evidence, and classroom stories will tell us a lot and shape the future of Singapore Math in the Commonwealth."

While math is an ancient discipline, the way it has been traditionally taught in the United States varies greatly from the way it is taught in Singapore.

Relying on diagrams and models, as well as increasingly complex word problems to impart basic skills, Singapore Math teaches students a new way to look at the subject. The student is taught to find different ways to solve problems, and not by simply applying formulas taught by their teacher.

In Singapore Math, there is no memorization of tables or rote exercises. At times, the students do not even use paper and pencil, but must do math mentally.

The caveat, though, is that unlike in American math, where topics are revisited year after year, Singapore math students are exposed one time to a concept, and in following years, the curriculum builds on principles learned. Second-graders learn about shapes, third-graders work out the area and perimeter on a grid, and fourth-graders learn about area and perimeter with an unknown side.   

The idea is that the repetition in the traditional math curriculum builds skills, but can also lead to burnout.

"I tell teachers that they have to cover all concepts in the unit because it is not going to be repeated," said Pillion, who conducts training classes for fellow teachers.

This can be a challenge for teachers like Pillion, who may have a class where some students have had Singapore Math and others have not. Next school year, however, all students entering the fourth grade at Varnum Brook will have had a full year of Singapore Math under their belts.

In fact, in the fall, more than 90 percent of the school district will be using Singapore Math, said Assistant Superintendent Mary Waight .

"Why have we stuck with Singapore Math? Because we are starting to see positive results," said Waight. "And our students and teachers are getting excited about math."

According to Richard Bisk, a mathematics professor at Worcester State College, Singapore Math empowers students while giving them a solid mix of basic skills and critical thinking.

"Between 25 percent and 50 percent of college freshmen needed remedial math education. There are definitely big gaps in the way math is traditionally taught," said Bisk, who teaches workshops to educators for the state Department of Education.

He added that although the curriculum sets high expectations, "it's relatively easy to follow and use because of its focus on understanding mathematical concepts.

"The model-drawing technique aids in this process and provides a powerful strategy for problem solving and for preparing students for the study of algebra."

To better gauge the program's success, the North Middlesex district has joined with Stanford University to develop an assessment test that they hope will further support what they already believe.

"Our students are doing advanced math and are learning much more than we ever thought students could learn," said Waight.

While Singapore Math is being touted by educators as the teaching concept that is breathing life back into math studies, there are some downsides.

Until this year, all of the material, sold through a tiny distributor in Oregon, used names unfamiliar to American students. But now, workbooks have replaced Meihua, Raju, and Chengfa with Loraine, Jordan, and Elizabeth. Money units had images of Singapore currency, and only the metric system was taught.

Additionally, one important area of the state's curriculum framework is not taught, forcing teachers to supplement on the subject of probability.

Yet one of the biggest obstacles is making sure that Singapore Math is accessible to educators who were not math majors and parents attempting to help with homework. While traditional math worksheets offer instruction, Singapore Math sheets do not, leaving many parents wondering what to do.

"The mind-set is different in Singapore. The reason the worksheets do not have instructions is because the teachers want the students to learn in the classroom, not at home," said Waight, adding the school district has held seminars in Singapore Math for parents.

The change to a new math curriculum does not come without cost, and some have said that if the old curriculum was working, why change? Middlesex students in all grades place higher than the state average in math in the Massachusetts Comprehensive Assessment System tests. Additionally, Massachusetts outperforms the majority of states on the National Assessment of Educational Progress, also known as the Nation's Report Card.

Last year the school district received a $20,000 grant from the state Department of Education to teach Singapore Math. Last month, the state told the district that it will receive another grant, though the final amount has not been determined, to share research and findings on the implementation of the program.

Waight estimates that Singapore Math costs the school district $30 per student per year more than traditional methods.

Interestingly, the flow of information between the United States and Singapore isn't a one-way street. In the international study, Singapore's students ranked near the middle for science, while US students were at the top. In September 2002, the US Department of Education and the Singapore government signed an agreement to cooperate in math and science education by sharing curriculum and teacher-training methods.

"We get to look at the way they teach math," Waight said. "They get to look at they way we teach science, and everyone wins."

 

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Story last updated at 1:20 a.m. Wednesday, May 26, 2004

Bethel to institute new math program

By Jamie Dukes
SNS Staff Writer


Administrators at Bethel Public Schools will become the first in Oklahoma and one of a few in the country to implement a new math curriculum for pre-kindergarten and kindergarten students.

Superintendent Marty Lewis said he is excited to introduce
Singapore Math to his teachers and students.

Singapore Math is based on curriculum developed by the government in Singapore," he said. "This is their curriculum and their textbooks."

A number of factors have been considered in deciding to implement the program.

"Part of the reason is because of the success that country has had," Lewis said. "Their student performance in
math has been No. 1 in the world for at least the last two testing periods."

The superintendent also has talked with a number of experts in the mathematics field including professors at Yale, the University of Indiana, University of Chicago and the University of Wisconsin in Madison. The final analysis was to look at a "small implementation" of the curriculum.

"Per suggestion, we're going to begin with pre-K and kindergarten levels," Lewis said. "We will do a lot of evaluating during the year with teachers, parents and student performances. Then we may look at slowly integrating the curriculum into two more grade levels a year. You can't just start this midstream."

The school is bringing Dr. Yoram Sagher to introduce the curriculum to teachers this summer. A professor of mathematics at Florida Atlantic University, Sagher has been instrumental in implementing the program for the Israeli educational system, Lewis said. He has also done work in Los Angeles, New York and Phoenix.

"We have been in contact with people in
Singapore via e-mail," Lewis said.

Lewis described the curriculum and textbooks as "atypical."

"Most of our traditional textbooks have a lack of depth," he said. "They cover a lot of different topics, but not to a great extent.
Singapore Math will only cover a few topics but it will make sure they know it in a deeper way."

Although Lewis is excited about the program, he doesn't expect overnight results, nor does he see it as an automatic solution.

"This is only one of several things we're doing to improve our
math scores," he said. "It's not that our scores are necessarily bad. Our middle school scores were among the highest in the county. But I want to do better."

With Dr. Sagher's training, Lewis said his goal is to provide more knowledge of mathematics to all
math teachers.

"This is in no way an indictment of the staff," he said. "We have good teachers. But the majority of undergraduate studies focuses on teaching reading. Not that reading isn't important. They just don't put as much emphasis on
math. I want to be sure we're providing our teachers with adequate resources."

Aside from training teachers, Lewis said other changes are being made and considered. All
math classes in middle school and high school are being extended to 90-minute periods.

"We're also looking at adding an extra
math credit to graduation requirements," he said. "It hasn't been approved yet, but it's an option."

In addition to more
math credits, Lewis said there will be in an increase in expectations of students.

"We've got to change our attitude about
math," he said. "It's time to increase our expectations of the kids. This will make them have to do the hard problems. They are very capable of doing it."

The
Singapore curriculum is somewhat inexpensive when compared to the traditional text. The paperback textbooks cost less but the school will buy new workbooks each year.

"It will really come out to be about the same," Lewis said. "This isn't about economics. It's about improving the overall knowledge of
math and utilizing a curriculum that has a good track record. I'm really excited about it. There aren't many districts contemplating it. We're on the cutting edge."

Sagher will be training teachers July 26-30. The curriculum will begin in August with pre-kindergarten and kindergarten students. For more information, log on to www.singaporemath.com.

Copyright @ 1997-2004 The Shawnee News-Star

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MARCH 17, 2003

It's 'grapefruit', not 'durian', for US edition of maths textbook

New primary-school maths textbooks, a bestseller worldwide, will use terms American students can identify with.

By Jane Lee
The Straits Times, Singapore 

MATHEMATICS textbooks, one of Singapore's bestsellers worldwide, will soon be out in a new overseas edition just for the American market.

To make it more accessible to students in the US, it will drop 'colour' for 'color', 'Ravi' for 'John' and 'durian' for 'grapefruit'.

The primary-school books are already being used in some 200 schools across almost 50 states in the US, including New York, New Jersey and Massachusetts.

Teachers there like the books for teaching mathematical concepts in a well-structured and imaginative way, but said that some of their young charges have difficulties understanding the problems due to the cultural differences.

So some youngsters end up spending more time trying to figure out what a durian is than doing their sums.

The new Americanised books are expected to be available by June.

Mr Jeffery Thomas, who supplies the books to the American schools through his company singaporemath.com, told The Straits Times in a phone interview from Portland, Oregon, that the content would be the same but changes would be made to food items, spelling, currency and names of people.

He said: 'In Singapore, a car runs on petrol and is parked at a carpark.

'In the US, a car runs on gasoline and is parked at a parking lot.'

When it comes to problems that deal with dollars and cents, the US has a 25-cent coin but not a 20-cent piece.

While the chapters on metric measurement will remain, additional ones on imperial measurement will be included as Americans are still using gallons and inches.

The changes may be cosmetic, but they are likely to keep the tills ringing.

Sales of the mathematics series, which is published by Times Publishing, has been going up by 30 per cent every year since American teachers and parents started using the books five years ago.

Ms June Oei, publisher and managing director of Times' curriculum division, said that the US now orders 'several thousand' books a year. She expects the US edition to help up the figure by 40 per cent.

Sales picked up after Singapore's strength in mathematics and science achieved worldwide recognition when the Republic came in tops among 38 countries in the 1995 and 1999 International Maths and Science Study.

American students ranked seventh in mathematics in the 1995 test and 19th in the 1999 test.

The US Department of Education is now doing a two-year study on whether US schools which use the Singapore textbooks improve students' scores.

It also inked an agreement with its Singapore counterpart last September to study how mathematics is taught here.

Although US remains the biggest customer for the primary-school mathematics books, the books have been a hit elsewhere, from neighbouring Malaysia, Thailand, Vietnam and Thailand to countries further away like India, Pakistan, Bangladesh, Finland and Israel.

Copyright @ 2003 Singapore Press Holdings. All rights reserved.

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Copyright 2002 Globe Newspaper Company
   The Boston Globe

December 8, 2002, Sunday ,THIRD EDITION

 
 
BYLINE: By Michele Kurtz, Globe Staff
 
BODY: For the past few years, Massachusetts educators have worried
as students' MCAS math scores have lagged stubbornly behind gains in
English. When results released this fall revealed a yawning gap
between the two subjects, the state's education chief - himself a
former math teacher - called for a math "revolution."
 
Most educators agree any efforts must go beyond fine-tuning teaching
methods or making more time for tutoring, to a radical alteration of
the way schools and society approach a subject that has tripped up
students for years. Many Massachusetts school districts are grappling
with how to launch that effort as students who have repeatedly failed
the MCAS, many of them just the math portion, prepare to take a retest
this week.
 
   The move has taken on new urgency: Across the state, universities
are unveiling math projects with local schools to bring the subject to
life, while other districts are insisting teachers cooperate across
grades to help students tackle increasingly difficult concepts. Some
schools are aggressively analyzing student data to target weaknesses,
and still others are taking their cues from programs hailed in other
countries as a key to accelerating students' grasp of math. Some
communities are simply focused on making students feel good about
math, working to make it more fun and friendly, dispel phobias about
it, and encourage all students to embrace it. And in a state where
education leaders rarely weigh in on how schools should go about
teaching students, state officials are drumming up support for pilot
projects using "Singapore math," a curriculum they say could be the
answer for some districts. On Friday, it was introduced to 70
educators.
 
Piloted locally in North Middlesex Regional Schools, the program was
developed in Singapore, where in 1999, eighth-graders earned first
place in the Third International Mathematics and Science Study, while
US students' scores put them far down in the pack. Singapore math
relies heavily on visuals and employs increasingly complex word
problems to teach skills. It focuses on finding different ways to
solve and express problems, not simply formulas taught by a teacher.
 
"I don't consider Singapore math to be the be-all and end-all," said
state Education Commissioner David Driscoll. "But I think there are
too many people out there who don't even know how to get started. They
need a hook; they need a program."
 
Massachusetts is not the only state struggling with a math problem -
or realizing it must find a solution. Vermont, for example, is
retraining elementary teachers to incorporate algebra concepts as
early as kindergarten.
 
Some argue the Bay State is not even so bad off. On tests such as the
National Assessment of Educational Progress, known as the Nation's
Report Card, Massachusetts students outperform most of their
counterparts in other states. But Driscoll notes that when two other
measures are considered, the picture is not so rosy: The United States
is outperformed by many countries in the international survey, and the
MCAS shows that math performance among Bay State students appears to
have plateaued.
 
And in Massachusetts, the MCAS is king. Students must pass the
10th-grade MCAS in both math and English to graduate (25 percent of
10th-graders in 2002 failed the math test, compared with 14 percent
who failed the English). The state's test is also the gauge used by
the federal government under the new "No Child Left Behind Act" to
measure whether Massachusetts schools are making the progress they
should.
 
State education officials are bothered by more than the simple fact
that large numbers of students in some grades are still failing MCAS
math - including one-third of eighth-graders last spring, for example.
The number of students scoring in the advanced and proficient levels -
the top two tiers of a four-tier scoring system - has hardly changed
in five years in some grades.
 
"The real issue for me is not just getting kids out of the basement,"
said Sandra Stotsky, a state associate commissioner of education. "The
issue is why aren't we improving in the number of kids in the top two
categories?"
 
Recently, the Education Department launched a study into how schools
performed on the eighth-grade math MCAS to identify why some have
successfully pushed more students into the higher-scoring levels. Do
they have smaller classes? Work in groups? Use a particular program?
Spend more class time on math?
 
"We are really quite concerned to find out what is going on in schools
that seem to be able to move kids across whole category levels,"
Stotsky said.
 
Math specialists and teachers blame a variety of things for the lack
of US progress in math, including a culture that does not appreciate
math and fosters a fear of the subject. Some say that wars over the
best way to teach math - similar to battles over teaching reading that
were waged in the last two decades - have moved many educators and
specialists toward extreme ends of the philosophical spectrum and
muddied the discussion.
 
Tom Fortmann, a math consultant to Mass Insight Education, says
students have been "drilled in certain procedures, such as how to do
long division or multiplication, but they frequently don't know what
they're doing. Many of them don't know what multiplication is," he
said. "They were conditioned into the mode, where a teacher shows them
how to do something and they repeat it."
 
A core problem, according to some specialists, is that many teachers -
particularly in elementary and middle school, where many of them are
trained as generalists - don't know math themselves well enough. Some
are simply intimidated.
 
"Teachers are not taught enough math, and not enough students with
mathematical aptitude go into teaching," said Wilfried Schmid, a
Harvard professor of mathematics who helped draft the state's most
recent K-12 math curriculum guidelines. "This is a worldwide
phenomenon. You hear this everywhere."
 
Others say some teachers with a good grasp of math haven't been shown
effective ways of teaching it. State officials are hoping that some
newly strengthened teacher licensing requirements that kick in next
fall will help prepare incoming teachers. In the meantime, some
districts are trying to boost the know-how of current teachers and
give them programs and training that work, all in hopes of improving
future math MCAS scores.
 
Two years ago, North Middlesex schools teamed up with Fitchburg State
College to begin training teachers in Singapore math. Now found in 80
schools nationwide, the program expects students to master skills
early and continue to use them as courses grow more advanced. "It
created a belief system among us that kids can learn more math," said
Mary Waight, associate superintendent for curriculum. "We're no longer
marching through the math textbook."
 
All eighth-graders in the district are now enrolled in algebra - up
from only 25 percent a few years ago, Waight said.
 
On a recent morning at Varnum Brook Elementary School in Pepperell,
students pored over a series of math word problems, using fractions,
multiplication, division and the use of visual "bars," boxes drawn to
represent parts of a problem. One exercise asked the fourth-graders to
find the total number of beads in a bottle. The bottle contains 1,875
white beads and there are three times as many red beads as white ones.
Most students drew bars representing white beads and red ones to
figure out that three groups of 1,875 red beads could be added to one
group of 1,875 white beads to get the answer.
 
"I know another way to get the answer," said Jamie Bancroft, 9. He
multiplied 1,875 by 4, he explains, as is usually required in class.
 
"They're seeing things that are challenging and difficult and they can
do it," said Karin Pillion, a 17-year veteran teacher, who says she is
teaching difficult math concepts earlier. She has used Singapore math
in her fourth-grade classroom since the district decided to test it
out.
 
Singapore math is now in 55 classrooms in North Middlesex - or about a
third of them. And already district officials say they're seeing
results. About 78 percent of sixth-graders who used it for at least a
year scored in the proficient or advanced categories of the math MCAS
in 2002, compared with 53 percent of students in other math programs.
 
"They've really risen to the challenge," Pillion said. "They're really
involved in the math thinking."

 

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September 18, 2002

U.S., Singapore Agree to
Cooperate on Math and Science

By David J. Hoff

Washington

Just as mathematics textbooks from Singapore have built a following among educators in America, the Southeast Asian nation is looking to the United States for models of science curricula.

The United States has many examples in which students learn scientific concepts through activities and experiments designed to demonstrate those principles, Singapore's top school official said last week.

Those are the kinds of ideas the 500,000-student national education system is hoping to infuse into its science curriculum, according to Minister of Education Teo Chee Hean.

"There is a lot of innovation and creative practice in the United States," Mr. Teo said in an interview last week. "There is very good practical and experienced- based learning for students in science."

Mr. Teo traveled here to sign a memorandum of understanding with Secretary of Education Rod Paige in which Singapore and the United States agreed to help each other improve math and science education.

The six-page document says the two countries will compare their math and science curricula, share effective practices in teacher preparation and professional development, and seek ways to raise student achievement in the subjects.

"Singapore's students score among the highest in the world in mathematics and science," Mr. Paige said in a statement about the agreement, "and there is much we can learn about its system of education which leads to such high achievement."

Hands-On Interest

In the first formal event in the new relationship, officials from Singapore's Ministry of Education last week conducted seminars at the Department of Education describing their country's mathematics curriculum to U.S. educators.

Singapore's math textbooks have intrigued American educators since the nation outscored the rest of the world in an international test of 4th and 8th graders' mathematics knowledge. The country's 8th graders again topped the world when the tests were given at that grade level in 1999.

Since the first results from the 1995 Third International Mathematics and Science Study were released in 1996, American educators have started to purchase Singaporean math programs for public and private schools. ("U.S. Schools Importing Singaporean Texts," Sept. 27, 2000.) More than 100 elementary schools in the United States are using Singaporean textbooks, according to singaporemath.com, the Oregon City, Ore.-based distributor of the books.

Singapore's performance in science, however, is not as strong in the early grades. On the 1995 TIMSS, the country's 4th graders fell in the middle of the pack. But in the 1995 TIMSS and its 1999 repeat, the country's 8th grade science scores were at the top of the scale.

Because curriculum decisions are made locally in the United States, Mr. Teo said, Americans have devised a wide range of programs, many of which he called "exciting, interesting, and accessible."

One science education expert said Singapore's interest in U.S. science education is not surprising.

"The folks from Singapore have been very interested in how you educate for entrepreneurship and creativity," said Senta A. Raizen, the director of the National Center for Improving Science Education, based in Washington.

American schools, she said, excel at hands-on science activities in which students see scientific principles at work, especially in the early grades.

Math Tinkering

While Singapore will be looking to America for bold ideas in science education, the Asian country will be tinkering with its mathematics curriculum, Mr. Teo said.

Singapore will incorporate new topics into its math program that emphasize the application of math skills, he said.

"It's a slight shift in emphasis," he said. "We want to maintain the rigor in our system."

The pact between the United States and Singapore formally starts Oct. 1 and will lapse Dec. 31, 2005.

In addition to working jointly on curricula, Mr. Teo said, he hopes the agreement will yield teacher exchanges between the countries.

© 2001 Editorial Projects in Education                     Vol. 22, number 03, page 10
  

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The Straits Times Interactive
SEPT 23, 2002
 
US, Malaysia, Thailand, Vietnam, India, Pakistan, Bangladesh, Finland
...
Now, Israel uses S'pore maths textbooks too
 

Primary 1 and 2 children in over 100 Israeli schools will study basic
mathematics the way it is taught here
 
By Tracy Quek
 
Starting this month, Primary 1 and 2 children in over 100 Israeli
schools will start the new school year using Singapore maths textbooks
and workbooks to learn basic concepts, such as fractions and the decimal
system.
 
Israel joins a growing list of countries where Singapore mathematics
textbooks are popular. They have already found their way into classrooms
in the United States, and are also a hit with schools and parents
elsewhere, from neighbouring Malaysia, Thailand and Vietnam to countries
further away like India, Pakistan, Bangladesh and even Finland.
 
In Israel, two private charitable organisations, The Israel Foundation
for Maths Excellence and the US-based Rosenbaum Foundation, have bought
the rights to translate 10,000 copies of 'Primary Mathematics 1 and 2'
textbooks and workbooks into Hebrew and to distribute them to schools
there.
 
The organisations signed the contract with the Education Ministry, whose
staff wrote the textbooks, and the publisher of the maths series, Times
Publishing. They declined to reveal the cost of the project.
 
Singapore's strengths in mathematics and science achieved worldwide
recognition after the Republic came in tops among 38 countries in the
1995 and 1999 International Maths and Science Study. Piqued by
Singapore's success, Israeli-born entrepreneur and philanthropist David
Garbasz, the man behind the Israel Foundation, started to 'research'
Singapore textbooks.
 
Mr Garbasz, who has a post-graduate degree in maths, said: 'I found the
books to be well-written, logical and methodical and used them to coach
my daughter. I felt that they would help other children in Israel.'
 
Educators and academics in Israel agreed.
 
Professor Ron Aharoni from Technion-Israel Institute of Technology's
maths department has only high praise for the Singapore approach to
teaching maths.
 
The maths textbooks emphasise mental calculation and use colourful
pictures of everyday objects such as whistles, keys and local fruits to
catch a child's eye.
 
Concepts are revisited but at a higher level each time, allowing pupils
to draw on what they have learnt before to help them understand more
complex ideas.
 
He said in an e-mail reply: 'The books will change the way students
learn maths in Israel. There is a lot of wisdom and thought invested in
them.'
 
Elsewhere in the world, the Singapore influence has been felt for some
time now.
 
In the US, a pilot programme using the maths textbooks is entering its
second year in 140 schools.
 
Earlier this month, the US and Singapore signed an agreement to study
how maths is taught here, which could see even more US schools using the
books later.
 
Malaysia, Pakistan and Thailand have been buying the books for over a
decade, said Ms June Oei, publisher and managing director of Times'
curriculum division.
 
Orders from foreign countries can range from fewer than 100 copies to
more than 10,000.
 
Pakistani publishing firm, Publishers Marketing Associates, for example,
has been ordering about 1,000 copies of the books every year for the
last four years.
 
Its chief executive officer, Mr Zia Husain, said the books were used in
eight private schools in major cities like Islamabad.
 
Miss Lim Juat Fong, 54, a teacher at Radin Mas Primary, said: 'It's
wonderful to hear that other countries like the books. It reaffirms that
we've got a good system of teaching our children maths.'
 
Copyright @ 2002 Singapore Press Holdings. All rights reserved.
http://straitstimes.asia1.com.sg/storyprintfriendly/0,1887,144867,00.htm

 

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East Meets West In Math Classes
4 Schools Import Curriculum From Singapore

By Annie Gowen
Washington Post Staff Writer
Thursday, October 18, 2001; Page GZ14

On a recent day at College Gardens Elementary School in Rockville, a group of fourth-graders was sitting at the back of the room, heads together, concentrating, trying to work out a story problem.

"There are nine red balloons. There are three times as many blue balloons. How many balloons are there altogether?" read Caroline Christoff. She and her classmates soon had the answer -- 36 balloons -- in three different ways: forming an equation, using a stack of colored blocks and drawing a diagram.

"There's a lot of ways to come on one answer without using the same numbers over and over again," said Caroline, 9.

Welcome to Singapore math, a pilot program using textbooks created for students in Singapore -- among the best in the world in mathematics -- now entering its second year in four Montgomery County elementary schools.

Virtually unknown in this country until recently, Singapore math programs have sprouted across the nation in the past two years. The teaching method is being used in more than 140 schools, 80 of them public, with major pilot programs in Baltimore; Paterson, N.J.; Chicago; Marshall, Wis.; Murrysville, Pa.; and the North Middlesex Regional School District in Massachusetts.

Proponents of Singapore math believe that these numbers will grow as school systems try to find new ways to bolster sagging mathematics performance.

"It's going to explode," said Yoram Sagher, a mathematics professor at the University of Illinois at Chicago. Sagher trains teachers, including instructors in Montgomery County, in Singapore math.

Educators became interested in Singapore's methods after the country ranked first in mathematics in the Third International Mathematics and Science Study in 1995 and again in 1999.

About that time, Jeffery Thomas and his wife, Dawn, a native of Singapore, founded a small business, now called SingaporeMath.com Inc., in 1998 in West Linn, Ore., to distribute the Singapore math textbooks in the United States. The texts were slim volumes filled with simple, easy-to-understand line drawings developed by Singapore's Ministry of Education. They quickly caught on with home-schooling families and charter schools. Public schools followed.

"They're doing something right," said Leah Quinn, who oversees the mathematics curriculum for Montgomery County public schools. "We looked at getting the resources, the curriculum was available, and so we decided to try it out."

The four elementary schools participating in the program, which began last fall, are College Gardens, Charles R. Drew and Highland View in Silver Spring, and Woodfield in Gaithersburg.

"At first, everybody was really skeptical," said Angela Gugliotta, 25, a fourth-grade teacher at College Gardens. "They said, 'Why are we doing this? This is crazy.' You know, people are always resistant to change."

But she said she believes her students are much more advanced and think more logically about math now, after a year in the program. "I hope we keep it. I really do," Gugliotta said.

Singapore math stresses students' foundational skills, introducing first-graders to math concretely, using counting blocks and pictures. Students as young as second grade begin learning multiplication and division and are performing simple pictorial algebra by fourth grade. There is a lot of student discussion about solving math problems. Quick mental calculation is stressed; in Singapore math, students do not get out their calculators until seventh grade, and then use them only sparingly.

On a recent day, second-grade teacher Mark Harrigan devised a game with playing cards so that his students could practice their addition and subtraction skills. The students had to explain their strategies to the class for determining the correct number.

"Remember, we have to learn all the strategies so we can figure out the fastest way to get the answer," Harrigan told his students.

Students in Singapore -- an urban city-state in Southeast Asia with about 3.5 million residents in 240 square miles -- do not learn their math facts by playing such card games. American teachers had to be creative and come up with their own "manipulatives," such as counting blocks, that would be similar to those used in Singapore.

Singapore math's proponents admit there are many challenges to adapting a curriculum written for Asian students to American classrooms. Singapore uses the metric system, so its word problems are in metric measurements rather than in pounds or inches. (Example: Mr. Li bought 3750 kilograms of rice. He packed the rice into bags of 10 kilograms each. How many bags of rice did he have?)

Teachers must change word problems that use Singapore's currency into American dollars and cents. And many names are unfamiliar. Instead of counting apples and oranges, students might be asked to count exotic tropical fruits such as durian or rambutan.

Montgomery County teachers are also supplementing the Singapore curriculum with more writing exercises and probability problems not covered in Singapore math, in an effort to prepare local students for the annual Maryland School Performance Assessment Program test. Some educators say there may be deeper cultural differences between the two countries that will hamper American success with the curriculum.

"You can't just give a kid a textbook and expect Singapore math to work," said Alan Ginsburg, the director of planning and evaluation for the U.S. Department of Education. The Department of Education launched a two-year, $350,000 study into the effectiveness of Singapore math earlier this month.

Ginsburg said there is a societal difference between the way Americans and Singaporeans view math. Singaporeans frequently get math tutors for their children, and children attend math clubs after school to practice, he said. Teachers, too, are better prepared than American teachers. Some take 100 hours of professional development a year, Ginsburg said.

The Department of Education study will review state assessment scores from among the 140 schools that have had Singapore math for at least two years, Ginsburg said.

Locally, educators say the program is so new that results are inconclusive.

Susan Gross, the coordinator of program evaluation at the school system's Office of Shared Accountability, is preparing an evaluation of the program that will combine the schools' results on the national Comprehensive Test of Basic Skills (CTBS), in-house testing data and interviews with parents, students and educators.

CTBS results are mixed. At College Gardens, the median score for second-graders in math increased from 60 in 2000 to 87 this year, and from 58 in math computation to 90 this year. However, in the fourth grade, math scores decreased from 85 in 2000 to 71 this year, but increased in computation, from 71 to 87.

Gross's report is due in a few weeks. Another important indicator of the program's success will be the release of the MSPAP results, due in November, officials said.

"By and large, there seem to be some positive reactions from the kids and the parent focus groups," Gross said. "I'm just hopeful we'll see test scores be commensurate with what people feel about it."

© 2001 The Washington Post Company

 

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Looking East for Math Techniques
Approach Initiated In Japan, Singapore Guides U.S. Pupils

By Valerie Strauss
Washington Post Staff Writer
Tuesday, March 21, 2000; Page A11

It's lunchtime at the District's Hardy Middle School, and Alex Liew, 14, walks into a quiet classroom where three other students, heads down, are scribbling intently at a table. None of them is there to eat. They are attacking one multiplication problem after another--drilling just as children do in Japan.

In Baltimore, 25 students at Robert Poole Middle School are in a pilot program learning math from textbooks filled with old-fashioned drawings. The books were chosen for one reason: They are the same ones used by schools in Singapore.

While the United States may be the envy of the world in many things, math education is not one of them. An extensive international study in the late 1990s confirmed that in that subject, U.S. students are well behind the world's leaders: Singapore, Korea and Japan.

Since then, a growing number of American educators have started looking to Asia to help rescue this country from its math doldrums. After battles over old, new and new-new math, some U.S. teachers and school officials are convinced that borrowing from Asia's curriculum is the key to improving American students' performance.

Singapore math and the Japanese math curriculum known as "Kumon"--the method being used at the lunch-hour session at Hardy--are the two Asian approaches that have made the most inroads in U.S. schools.

The main distributor for Singapore math textbooks in the United States--a store in Portland, Ore.--said sales of the books have increased more than sevenfold in the past few years. Professors in Wisconsin and Illinois are training math teachers in the Singapore approach. And on the heels of the two-year-old Baltimore experiment, Montgomery County Superintendent Jerry D. Weast has approved a $50,000 pilot program for next fall at five elementary schools.

"I am familiar with almost every math program there is, and I really do believe in my heart of hearts it is far and above any other textbook math program," Nora Flood, director of Madison Country Day School in Wisconsin, said of the Singapore books, which her school began using three years ago.

The Kumon method, used as a supplemental curriculum, has spread to nearly 3,000 students at 45 Kumon Math and Reading Centers in the Washington area and more than 109,000 students in North America.

Both approaches have their share of critics. The notion that importing a foreign curriculum can cure America's math ills ignores the cultural factors that play a role in student performance, some educators say. They also note that Asian math teachers generally are better trained than their American counterparts--most elementary school math instructors in Asia teach only math. And they warn that if these new approaches are forced on U.S. teachers without an adequate training program--as so often happens with education fads in America--math scores will fall even lower.

Proponents of Singapore math agree that American teachers must be trained in the technique, but they view much of the criticism as little more than whining.

"It's just good solid mathematics," said Richard Askey, professor of math at the University of Wisconsin at Madison. "It's done in a quite responsible way."

The Singapore and Kumon curricula promote a versatility in basic math skills that makes it easier for students to venture later into more difficult problem-solving, advocates say. The curriculum used in most U.S. schools, they contend, pays superficial attention to a wide range of math concepts but fails to delve too deeply into any of them--or to carefully connect one concept to the next.

Teachers who have taught from the Singapore textbook say they are struck by the way it moves from basic to more advanced math concepts in a logical sequence. An instructor can tell the best students to jump ahead to the next chapter, while teachers using a U.S. math textbook often move through the sections in an order that's unpredictable.

The Baltimore pilot program, which covers four classes at three middle schools, has drawn rave reviews from students and teachers.

"These books are just rich with really neat problems that keep the kids motivated," said Felicity Ross, a teacher at Poole. Her seventh-grade math class just finished a unit introducing algebra.

Still, Keith R. Jones, coordinator of Montgomery's elementary math program--and the official responsible for setting up the pilot program Weast has ordered--has some concerns about the Singapore curriculum. "It is not a fix-it," Jones said. "It is not a be-all and end-all."

He worries, for example, that the Singapore books use British English and foreign names (Minglei and Maila instead of Jimmy and Bobby) that American students could stumble over. And he points out that the books aren't aligned with the state's math curriculum or its tests--the Maryland School Performance Assessment Program, or MSPAP.

But others say that if students learn solid, basic math, they should be able to pass any standardized test. Students in Taiwan, for example, were given the MSPAP math and science exams in 1998 and outscored Maryland children--even though the Taiwanese instructors didn't teach to that test.

The aim of Kumon, like that of Singapore math, is to ensure mastery over basic skills so that the student will have a foundation for creative thinking. Its sequencing, too, is praised as being more logical than that found in U.S. textbooks. Students do their Kumon drills either before or after school.

Kumon program director Anna Hitri conducts the daily sessions at Hardy. Students work on their own and repeat problems until they achieve "mastery"--no errors within a certain time period. Hitri also oversees a program at Whittier Elementary School in the District in which 100 youngsters arrive at 8 a.m. every day for math drills.

Anna Yuwen, 8, a third-grader at Montgomery's Rock Creek Valley Elementary School, loves her after-school sessions at the Kumon Math and Reading Center in Rockville. "I learn more [at Kumon] than my school teaches me, and I feel good about it," she said.

For the latest news and online discussions about schools and parenting, go to www. washingtonpost.com and click on "Education."

© Copyright 2000 The Washington Post Company

 

 

Singapore Math Doesn't Add Up Without Backing

By Karin Chenoweth

Thursday, February 17, 2000; Page M01

I've had a few people ask me about "Singapore Math," which showed up in Superintendent Jerry D. Weast's budget proposal as something new he was planning for the gifted-and-talented program. When he announced the $50,000 program during a budget presentation to principals, system administrators, PTA leaders and active parents, the puzzlement of the audience was audible. Clearly, hardly anyone knew what he was talking about.

So here's some of what I've been able to find out.

Students in Singapore score at the top of the international math and science comparisons, so the education world is interested in Singapore's math program and many people have been looking at its curriculum. The materials used in Singapore are--at least at the elementary level--inexpensively produced books that go from preschool apple counting to fairly sophisticated pre-algebra in late elementary school.

They look like the workbooks you might buy in a supermarket, but they seem to build concepts of computation, measurement, ratios and fractions very carefully. In the later books, the word problems are well constructed and often thought-provoking. They are written, of course, in the British-flavored English used in Singapore, so American children who are asked to calculate "how many litres of petrol are used by a hired vehicle" might be initially confused. The kids could probably cope, but I don't know about the parents.

One of the nice things about the books is that they are thin and light, meaning they wouldn't weigh down backpacks the way traditional American textbooks do. But the fact that they are bound together has an appeal for all us Montgomery County parents struggling to figure out what to do with hundreds of fluttering "math papers."

Richard Askey of the University of Wisconsin-Madison is one of the people who has been looking seriously at the Singapore math materials. He likes them very much and has been using them to teach his students, who are training to be elementary school teachers. A highly respected professor of mathematics, Askey has been involved in reviewing quite a few of the American materials produced by major publishers. He says the Singapore materials build carefully from one topic to the next and have a "beautiful way of doing multistep problems."

In addition to Askey's use of them, a few schools in the United States have been using the Singapore math materials. Yoram Sagher, a professor of mathematics at the University of Illinois at Chicago, has worked intensively with teachers in both Baltimore and Chicago who have used the materials.

"For grades one through six, they are the best textbooks I have ever seen," he says. He adds that with those materials and a considerable amount of training and support, the teachers he has worked with have achieved spectacular gains with their students.

So it is probably worth a careful study to see whether our children could learn more math using the Singapore materials than they do using the locally produced math texts available in Montgomery County.

However, it is important to remember that Singapore's teachers are all well grounded in mathematics. Before they are admitted to university, they must pass rigorous tests of mathematical knowledge, and they all attend a national training institute so that they learn a consistent approach to teaching mathematics.

In contrast, American elementary school teachers were never expected to have much of a grounding in mathematics, and many have not been properly prepared as part of their initial training to teach deep understanding of mathematical concepts. Teachers who have been in Montgomery County for a while should have received some intensive math teaching a few years ago as part of a program called Math Content Connections, which was funded by a grant from the National Science Foundation, but newer teachers haven't had the benefit of the full program.

Even aside from the issue of different teacher preparation, I can find no published study of Singapore's school system--the way it organizes classes, the opportunities it offers to teachers to develop their expertise and the way they organize their school days--that would give a context to how the materials are used. This is in contrast to Japan, Taiwan and China, which score higher than the United States in math and science.

The most striking difference between those three Asian countries and the United States is the time afforded teachers--time to develop their expertise, prepare lessons, observe other teachers, confer with other teachers, meet with individual students outside of class and attend to all the details involved in teaching and running a school. As part of their study, American researchers described to Chinese, Taiwanese and Japanese teachers the average day of an American teacher, which is almost entirely spent in front of a class of children. Apparently, the Asian teachers shook their heads in dismay and said things along the lines of, "It is admirable that American children learn anything at all under those conditions."

The point is, if our kids were taught from Japanese teaching materials, they probably still wouldn't learn as much math as Japanese kids unless a number of other changes were also made along the lines of making sure teachers had the time and expertise to use the materials properly.

My guess is that that is also the case with the Singapore math materials.

Of course, it's much easier to buy materials and throw them into schools where the teachers have had no particular training or any time to absorb the materials--or where the training is carved out of other training they are supposed to be receiving--than it is to seriously consider whether we have organized our schools to make the most of materials. Unfortunately, that appears to be what Superintendent Weast is doing. The proposed budget I saw for the pilot program covers only the purchase of the materials for five elementary schools in the county, not for training or support for teachers. There's another $50,000 wasted. More importantly, there's another opportunity wasted.

© Copyright 2000 The Washington Post Company

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Why Tiny Singapore Is at Top of the Class

It has outscored the world in math and science by believing education means survival. Its school system is based on two simple things—competition and government control.

By RICHARD LEE COLVIN, Times Education Writer

SINGAPORE—Slouching as only adolescents can, the 1,000 students of Damai Secondary School hang out in ragged rows, awaiting the ritual that starts every day.

"Keep still," Principal James Ong urges them over a loudspeaker as they assemble in front of the school. "Hurry up!"

On the dot of 7:25 a.m., one student shouts, "Attention!" and they snap to. Straight-backed, hands on hearts, they sing the national anthem as the red-and-white flag of Singapore is raised.

Only then does Ong dispatch them with a nine-word command: "You may go back to your classes, squarely now."

Away they go, silently and in single file, a disciplined young army ready to clobber the world in educational achievement.

Last fall, this tiny island dominated the 41-nation Third International Math and Science Study, far surpassing even the vaunted schools of Japan and Germany.

Other countries have the Girl Scouts and Boy Scouts. Singapore has 210,000 children a year who earn "Young Scientist" badges for collecting bugs or composing poems with scientific themes.

President Clinton has challenged America’s schools to match the scores of Singapore. The U.S. is only so-so internationally—in the middle of the pack in science and in the bottom half in math. Clinton has used that showing as a rallying point for national academic standards and tests, declaring that a world-class school system is as much an element of national security as tanks or bombers.

So if we were to crib from the valedictorian of nations, what would we find?

A school system based on two credos: one very American—competition—and one unimaginable in the U.S.—total government control.

For students, this means high-pressure exams at the end of grades four, six, 10 and 12 that help determine not only what classes they take but, ultimately, whether they will wind up as doctors or cabdrivers. For schools, the pressure is to attract the best students—who have their pick of campuses.

Then there is:

  • A national curriculum. In Singapore, there are road maps for instruction at every level, molding tests, tutoring and teacher training. The documents are amazingly concise—eighth-grade math is covered in 10 pages, listing 19 topics within algebra, geometry, etc. (Students, for example, must be able to calculate the "volume and surface area of sphere, pyramid and cone.") By contrast, American eighth-graders race through 30 or more topics, learning them so superficially that they have to be repeated over and over.
  • Involved parents. Here, that doesn’t mean just showing up for Back to School Night. Parents get on waiting lists for the best tutors, who charge $300 a month. They buy two sets of books to ensure that one is always available for homework. Hundreds pay $300 to attend 30 hours of weekend training so they can understand changes in math instruction. "As parents, we think of always buying the best computers, giving them the best tutors, to play it safe, you know, so they can score high on their examinations," says Siew Yok as she purchased software so her 12-year-old daughter could cram to qualify for prestigious Raffles Girls School.
  • Targeted spending. While California Gov. Pete Wilson made a splash last month by announcing a $50-million down payment on a state computers-in-the-schools drive, here the government is spending $1 billion over five years—in a school system with fewer pupils than Los Angeles’. That will buy computers for every school and equip after-hours centers to serve youngsters who don’t have them at home. Singapore is spending even more to reward "senior" teachers and build or upgrade 57 schools.

When Americans hear of such success stories elsewhere, they are characteristically wary. Intrigued, sure. Then, "Yeah, but . . ."

Yeah, but Singapore is so small, only 3 million people.

Yeah, but Singapore is an insular society, without waves of immigrants filling schools with kids who don’t speak the language.

Yeah, but . . . remember the caning?

The level of discipline in Singapore’s schools, as in its society, would be unthinkable in the United States, as shown in 1994, when American teenager Michael P. Fay’s hide was tanned for spray-painting cars. Although some envied Singapore’s response, most back home made Fay a cause celebre, a victim of an overreacting oppressive nation.

Criticism like that bothers Singapore not one iota.

A glass case at the entrance to the Damai school displays news stories about the Fay incident—along with a piece of cane.

Principal Ong has his own in his office. You don’t have to be caught fighting to sample it. Merely disrespecting a teacher will do. Mom won’t get a call first.

"We do not seek permission from parents," Ong says matter-of-factly. "We will cane first and inform you later. Parents must trust us to give the child a good education. We have the welfare of the children in mind."

What everyone in Singapore tells you about education is that it’s not merely about learning, nor about serving individual students’ needs. It’s about survival.

Although Singapore is the ninth-richest country on earth, its citizens see themselves as geographically and economically vulnerable. The nation—which gained independence from Britain in 1959--lacks oil, minerals, land to grow rice or even sufficient drinking water. Its natural resources, then, are a deep-water port and a skilled work force.

Those workers have achieved an economic miracle, creating a high-tech hub. Today, 90% of Singaporeans own homes. Mercedes—a pricey $200,000 due to government fees—jam the parking lots of the humblest duck rice shops. One of the most frequently heard gripes? How their Filipino maids are lackadaisical.

But officials worry about competition from nations such as Malaysia, where wages are lower and natural resources plentiful. So improving schools remains atop the national agenda.

"We are constantly being drummed with the message that we cannot take our survival for granted," says Tan Teng Wah, principal at a school for 16- to 18-year-olds. "Human nature is such that students will take the path of least resistance."

That is why education is made so competitive—intensifying the value already placed on learning by a dominant Chinese culture.

As in the U.S., wealthy parents buy homes near top elementary schools. Others join a specific church to get into an elite mission school run by the church but 95% funded by the government.

After primary school, however, it is test scores that determine where you can enroll. Because the country is so small, students can apply to any school. But only those with top scores are accepted by the top-ranked schools. So obsessed is Singapore with comparisons, the schools are ranked not only on academics but by the percentage of students who are obese—fitness, too, is national policy.

"If students are not fit, they won’t cope with their studies very well," explains Kwek Hiok Chuang, principal of Anderson Secondary School. He has pudgy students work out with a "trim and fit" club during recess.

In the U.S., a kid might run home crying and his parents would hire a lawyer. Worrying about hurt feelings is one reason competition in the schools has fallen out of favor in America, even while it is touted in the economy.

"I don’t think [the U.S.] is ready for the type of formal, controlled system of Singapore," says Boston College Prof. Albert Beaton, who headed the recent 41-nation study by the International Assn. for the Evaluation of Educational Achievement. "The U.S. has to examine its own values and decide whether it wants to be No. 1 in the world that badly."

Singapore does—and trusts the educational marketplace to do the trick.

That puts a school like Damai at a disadvantage.

To an outsider, that’s hard to fathom. It is a sparkling beige-and-green palace of learning with a dozen science labs, a plethora of computers and a second-story library overlooking a lake.

The problem is, Damai opened just four years ago. Its first class has not graduated 10th grade, when students take the exams that determine whether they continue toward a university. The school thus has no track record of high scores. Until it does, the best students from even its working-class neighborhood—the sons and daughters of food-stall hawkers, truck drivers and electronics assembly line workers—will go elsewhere.

To Principal Ong, the challenge is clear. "Since the first year, I’ve been trying to make the atmosphere one of urgency," he says. "My kids cannot compare to those at the top schools so I have to push them very hard."

Ong insists that students bow to all adults and address them as "sir" or "ma’am." Boys must keep their ties tied and collars buttoned, although the school has only ceiling fans to combat the equatorial heat.

Last fall, having decided that students weren’t progressing fast enough, he extended classes two weeks—into Christmas vacation.

"The teachers had no complaints because we understand his intentions," recalls Rose Chen, who heads the math department.

"If this batch of students does well, better students will come in," says An San Kheng, who chairs the science department, "and we won’t have to work so hard."

Perhaps. But for now, Damai, like the country, is in survival mode.

Done with the patriotic recitations in front of school, the 12- to 15-year-olds march to class. When a teacher arrives, they stand to say, "Good morning, ma’am."

The day starts with 20 minutes of silent reading. Then come nine periods, 35 minutes each. All students take math, science, physical ed, English and "mother tongue."

Bilingualism is exalted. Although the population is 77% Chinese, 14% Malay and 7% Indian, schooling is in English. But students are required to become fluent in their ancestral language, even if their family never speaks it at home.

Electives range from history to design and technology.

The kids spend most of their day in one concrete-floored classroom. For efficiency, it’s the teachers who move from room to room.

Classes in Singapore are large by American standards, averaging more than 40 students even in elementary grades. That is one reason the nation spends less than half what the U.S. does per pupil through 10th grade, despite the millions devoted to facilities. The cost of elementary school here is as low as $2,000 per pupil.

The large classes are made possible by the discipline. Teachers never have to tell the kids to hush.

When a teacher pauses, the only sounds are from the whirring fans overhead and birds chirping outside the open-slatted windows.

Math teacher Wong Lai Ying writes on the chalkboard a problem involving Venn diagrams—the circles that show the overlap between two or more sets of numbers—for a group of advanced 16-year-olds.

"These are questions that came out in this past year’s O-levels," the 10th grade exams, she tells them. "All you need to do is look for the correct region and shade."

Wong moves on to finding the cube root of 150--without a calculator. She reminds students to write down their calculations, because they must do so come test time "so the examiner knows how you got the answer."

American educators might condemn the lesson as "teaching to the test." But Damai’s teachers make no apologies. "If you do your O levels well," one reminds students, "you can get a better job."

That doesn’t mean, though, that students only memorize facts and formulas. In fact, officials here attribute some of the success in the international rankings to a seven-year, island-wide effort to make science more "hands-on" and math more than just rote calculations.

Just as in the United States, teachers are letting the students work in groups to "discover" math concepts and even—now and then—let them play games. But math is still math, not math appreciation. And no one loses sight of the fundamentals.

Yes, students can use calculators, although not on exams until the seventh grade. But they are also being trained to use the ancient abacus, so that they can do most number work in their heads.

Now, it’s 1:40 p.m. and the students have had only one recess. The students have 20 minutes to eat noodles and steamed vegetables from the open-air "canteen."

Many then study until 3 p.m., when they go to an activity club or sports team. That too is required—to make sure they are, as parents used to say, "well rounded."

Some stay after hours. "If you are not doing OK, you can ask the teachers and they’ll help you," says Alvin Ong, 13. Last fall’s study found that Singapore’s teachers also spend more time than any in the world planning lessons and grading homework. The students, in turn, devote more time--4.6 hours per day—to homework.

To be fair, that’s not all they do. The survey found that the Singapore youths find nearly three hours to watch TV or videos and 36 minutes for computer games. But how students describe their non-study time is telling:

"We do activities like watching television or listening to music," says ninth grader Betty Kang Peh Fang, "to de-stress ourselves."

Explains Chee Wee, a 17-year-old whose hard work paid off with top scores on the O-levels: "The main thing is, we’ve gotten used to this kind of system . . . so we don’t find it’s an overload; it’s normal. If we have more things to do, we just have to sleep less."

An outsider can quiz dozens of students, waiting for gut-wrenching confessions: perhaps a low achiever envious of the elite or a high-flyer beaten down by the strain. Instead, what you hear is Sim Shin Chiet, 15, the son of a shoe factory worker: "When the government gives us the opportunity to study, we should treasure it. . . . Our success will contribute to the growth of the nation."

What, then, can America learn from a place that is so different?

After all, the strong economy here means there isn’t the poverty that grinds down U.S. schools in inner-city and rural areas. Drugs are not a problem in a country where dealers are executed. Neither are guns or gangs.

Tight immigration policies mean that foreign workers cannot enroll their children in schools.

But Singapore does have ethnic issues: While a quarter of Chinese students make it to the island’s two universities, only 10% of Indian students qualify, and 4% of Malays.

The country is making progress, though. In 1995, two-thirds of Malay students passed their secondary school math exam, double the rate of 15 years earlier.

Part of the credit is given to a practice that is in disfavor in America:

tracking.

Routing students based on past performance is seen in the United States as anti-egalitarian, even if it’s widely practiced.

In Singapore, "streaming" begins in fourth grade. After sixth, students are put in four "streams"—normal technical, normal academic, express and special. All study the same basic English and math curriculum. But the "express" and "special" streams get the material in far greater depth.

Some educators are a bit uncomfortable with the finality of the system. A math professor noted that Albert Einstein, who did poorly in school, might have wound up working as a technician.

But they believe it is better than the alternative, especially for low achievers. Before tracking, a fifth of all students dropped out, about the same as in California.

Now, only 4% leave early. It is not because of dummy courses. Students not headed to college are getting first dibs on computers—each will soon have his or her own machine, along with a printer and training in spreadsheets. After all, that’s where the jobs are.

"To keep them in school we need to have a curriculum where they can experience success and feel like they are learning something which is significant," says Ursula Quah, the education ministry’s deputy director.

That may sound like bureaucratic rhetoric, but consider this tidbit from those math comparisons: Singapore’s two lowest tracks of students were still above the world norm—and ahead of the average American.

Why, then, does Singapore worry?

In part because it is not blind to the features of its system that make many Americans cringe, such as the unrelenting pressure on parents and children.

"I would prefer a slower pace," admits Jack Cheng, a machine parts salesman whose daughter is a student at Raffles Girls School. "But if you stand still you are lagging. You have to pay a price for progress. Nothing is for free."

Cheng was among a three-deep crowd plunking down $750 recently for an Internet course to help his daughter. He already has taught his 5-year-old son to read and use an abacus. If kids can’t read by age 4, he says, "I don’t know how they can survive."

The pressure has some parents enrolling their 2-year-olds in "play school," as in Japan. It also leaves 17-year-old Simon Ng Hong Chye disappointed because he earned one A-minus with his seven A-pluses on the crucial O-levels. "It took me quite a while to be able to accept this fact," he says.

So you don’t see smugness in Singapore.

You even see some envy of American education.

Although Singaporeans believe our schools are undemanding and allow too much freedom, they admire the creativity that results. They especially exalt American universities, sending their best students there. USC is a favorite.

Educators in Singapore acknowledge that a system built on fear of failure, which controls what students read and study, may not be good at producing adults who take initiative, who follow an inspiration wherever it takes them.

"We can’t produce people like Bill Gates," says physics teacher Christopher Chionh. "We just don’t have that type of environment."

But would they scrap a K-12 system that has brought Singapore from 16th in science a decade ago to the top of the world?

Not if it means being "infected by the philosophy" of the West, as education minister Lee Yock Suan puts it, a philosophy that thinks "children will learn if they are left to explore on their own, with little homework and few examinations."

No, this island nation cannot risk such wishful thinking or value systems, agrees Quah, the deputy minister. It won’t do to worship "being able to score with the opposite sex or [being] the top football player or being rich."

"Self-esteem," she said, "comes from good performance in school."

* * *

Singapore at a Glance

PEOPLE

Population: 3 million

Ethnicity: Chinese, 77%; Malay 14%; Indian 7%.

Official languages: English, Mandarin Chinese, Malay and Tamil

Literacy rate: 92%; in two or more languages: 48%

* * *

GOVERNMENT

Parliamentary, with a president and prime minister. The People’s Action Party, headed by Prime Minister Goh Chok Tong, has held power since 1959, when Singapore gained its independence from Britain.

* * *

ECONOMY

Growth in gross domestic Production: 8.8% in 1995

Largest sectors: Finance, banking (27%); manufacturing, computers (25%)

Home ownership: 90%

Ave. monthly income: $2,700

Average monthly savings: $560

Pager users: One in three

* * *

EDUCATIONAL SYSTEM

Enrollment: 454,000 through 10 grades—the formal education system. Another 75,000 attend a two-year junior college to prepare for university training, a three- or four-year polytechnic course to study careers such as marketing or nursing or a one-year technical training.

Spending: Up 30% in the last five years to $2,000 per pupil in the first six grades; in the upper four grades, about $3,000. Schools also impose fees on parents who can afford them, as much as $200 per month for top semi-private institutions. Spending on 16-to-18 years olds, in polytechnic and junion college programs, ranges up to $5,600.

Copyright Los Angeles Times

 


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