Replicating Exemplary Practices in Mathematics
Education among APEC Economies
APEC Human Resource Development Working Group
July 2010
APEC Project HRD 01/2009 A
Prepared By:
Akihiko Takahashi
DePaul University
atakahas@depaul.edu
Brian Fu
U.S. Department of Education
brian.fu@ed.gov
Produced for
Asia-Pacific Economic Cooperation Secretariat
35 Heng Mui Keng Terrace Singapore 119616
Tel: (65) 6891-9600 Fax: (65) 6891-9690
Email: info@apec.org Website: www.apec.org
© 2010 APEC Secretariat
APEC#210-HR-01.4
Table of Contents:
Preface
Standards
Alan Ginsburg and Steven Leinwand, Informing Grades 1-6 Mathematics Standards
Development: What Can Be Learned From High-Performing Hong Kong, Korea, and
Singapore?
Zalman Usiskin, Grades 7-12 Learning Progression in Mathematics Content
Shangzhi Wang, How to Encourage Students Learning Mathematics Themselves
“Double Class-Real and Virtual Class”
Curriculum
Shizumi Shimizu and Tad Watanabe, Principles and Processes for Publishing
Textbooks and Alignment with Standards: A Case in Japan
Lianghuo Fan, Principles and Processed for Publishing Textbooks and Alignment with
Standards: A Case in Singapore
Teacher
Akihiko Takahashi, Prospect and Practicing Teacher Professional Development with
Standards
Christine Lee Kim Eng and Mei Ying Tan, Rating Teachers And Rewarding Teacher
Performance: The Context of Singapore
Maitree Inprasitha, Adapting Lesson Study in APEC Member Economies.
Masami Isoda, Lesson Study: Japanese Problem Solving Approaches
Assessment
Chun Chor Litwin CHENG, High School Competency Exams in Hong Kong and
Teaching Training Programme
Ian Stevens, Formative Assessment: A Key Component in Improving Student
Achievement in Mathematics in New Zealand
Erma Anderson, Learning Progressions: Informing and Supporting Instruction and
Formative Assessment
Interventions
Nell Cobb and William Crombie, Preventing Students From Becoming Low-Math
Achievers
Peter Gould, Taking Off With Numeracy: Helping Students To Catch Up
Tran Vui, A Combined Abduction-Induction Strategy in Teaching Mathematics To Gifted
Students With Computers Through Dynamic Representations
Replicating Exemplary Practices in Mathematics Education among APEC Economies, July 2010 [APEC#210-HR-01.4]
Preface
Understanding mathematical principles and procedures is essential in becoming a
citizen of the data-driven and technological world of the 21st century, no matter what
industry one is in. Mathematics education is indeed a key for human resources
development and global competitiveness.
The Education Ministers of the Asia-Pacific Economic Cooperation (APEC) identified
mathematics and science education as a priority in their most recent ministerial
meeting in 2008. There, they released a strategic action plan and recommendations for
the APEC Education Network. These recommendations recognize not only the need
for high quality standards and assessments for mathematics education, but also the
need for teachers with strong knowledge and expertise in providing high-quality
learning opportunities for their students.
The APEC project, “21st Century Mathematics and Science Education for All in the
APEC Region: Strengthening Developing Economies and Gender Equity Through
Standards, Assessments, and Teachers”, led by the U.S. and Thailand intends to make
available promising practices and ideas from research on improving mathematics
teaching and learning to all the APEC economies1.
The main goals of this project are to: share exemplary practices in mathematics
education from around the APEC region, and develop technical assistance from these
promising practices to help APEC developing economies effectively replicate these
practices based on their individual contexts.
As a part of this project the APEC Conference on Replicating Exemplary Practices in
Mathematics Education was held from March 8 to March 12, 2010, with March 8
designated as a special one-day preconference event focusing on gender equity in
mathematics and science education, at the International School of Tourism, Suratthani
Rajabhat University, Samui Island. The conference was organized and led by the U.S.
Agency for International Development, U.S. Department of Education and the Ministry
of Education, Thailand.
This summary addresses: (1) What was discussed during the conference (2) The
planned next steps in using these resources to provide high-quality learning
experiences for teachers and students, and to establish a strong foundation for
teaching mathematics and science for future generations.
The conference report
The ultimate goal of the conference was to develop a series of resources,
recommendations, and action plans for the APEC Education Network mathematics
project participants based on the presentations and discussions held during the
conference. In order to address issues and concerns for improving mathematics
teaching and learning, the project overseers and the conference chairs identified five
major topics in mathematics education. Based on these topics, the 4-day conference
was organized around five major topics and was designed for intensive discussion on
each topic among not only the speakers and discussants but also including the active
participants who were nominated by the each APEC member economy. The following
1 This is project was approved by the APEC, Human Resources Development Working Group [HRD 01 2009A]
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