ICMI EnSpm 2010
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Transcript of ICMI EnSpm 2010
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JaimeCarvalhoeSilva
ICMIComisso Internacional de Instruo Matemticadois estudos recentes
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ICMI
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Coreia do Sul, China, EUA, Israel, FranaNova Zelndia, Itlia, Costa Rica, Africa do Sul,
Australia, Portugal
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IMU
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ICSU
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ICMI
ICME - de 4 em 4 anos (2012: Coreia do Sul)
Estudos do ICMI
ICMI Bulletin
ICMI News (newsletter)
Encontros regionais (Africa, America do Sul,Asia, ...)
Projectos (Klein, Pipeline,...)
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ICMI Studies
15. The Professional Education and
Development of Teachers of Mathematics.
16. Challenging Mathematics in and Beyond theClassroom.
17. Digital Technologies and MathematicsTeaching and Learning: Rethinking the Terrain.
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ICMI Studies
18. Statistics Education in School Mathematics:Challenges for Teaching and Teacher Education.
19. Proof and proving in mathematics education.
20. Educational Interfaces between Mathematicsand the Industry (EIMI)
21. Mathematics Education in MultilingualContexts
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ICMI Studies
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ICMI Studies
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ICMI Study 20
Educational Interfaces between Mathematics
and the Industry (EIMI)
Alain Damlamian, Rudolf Strer, JosFrancisco Rodrigues
Documento de Discusso: http://eimi.mathdir.org/
http://eimi.mathdir.org/http://eimi.mathdir.org/http://eimi.mathdir.org/http://eimi.mathdir.org/http://eimi.mathdir.org/ -
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ICMI Study 20
htt : eimi.mathdir.or
http://eimi.mathdir.org/http://eimi.mathdir.org/ -
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ICMI Study 20
htt : eimi.mathdir.or
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ICMI Study 20
htt : eimi.mathdir.or
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ICMI Study 20
Study Conference:
Lisboa, 19-23 de Abril de 2010.
Lisboa, 11-15 de Outubro de 2010
htt : eimi.mathdir.or
http://eimi.mathdir.org/http://eimi.mathdir.org/ -
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ICMI Study 16
Edward Barbeau (Canad),Peter J. Taylor (Australia)
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Documento para discusso:
Mathematics is engaging, useful, and creative. What can we do to make it
accessible to more people?
Recent attempts to develop students' mathematical creativity include the use ofinvestigations, problems, reflective logs, and a host of other devices. These can
be seen as ways to attract students with material that challenges the mind.
Initiatives taken around the globe have varied in quality and have met with
different degrees of success. New technologies have enabled us to refine our
efforts and restructure our goals. It is time to assess what has been done, study
conditions for success and determine some approaches for the future.
ICMI Study 16
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Documento para discusso:
What is a mathematical challenge?
How do we provide challenges?
How do challenges contribute to the learning process?
How can challenges be used in the classroom?
ICMI Study 16
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Challenging problems: Mathematical content and sources.-Presentation of Challenges Beyond the Classroom:Organizational issues.- Challenging Mathematics Beyondthe Classroom Enhanced by Technological Environments.-Challenging Tasks and Mathematical Learning: Role of thestudent.- Mathematics in Context: Focusing on students inchallenging environments.- Teacher Development and
Mathematical Challenge.- Challenging MathematicsClassroom Practices.- Curriculum and Assessment: Use ofChallenges.
ICMI Study 16
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Celia Hoyles (Inglaterra),Jean-Baptiste Lagrange(Frana)
ICMI Study 17
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Documento para discusso:
identify and analyse some of the challenges in mathematics teaching andlearning, practically and theoretically, in the light of the use of digital
technologies
What new types of mathematical knowledge and practices emerge as a result ofaccess to digital technologies, particularly computational, dynamic visualisation
and communication technologies?
What role can the "mathematics laboratory" play in different educational
contexts, including primary, secondary, tertiary and vocational education?
ICMI Study 17
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ICMI Study 17
Section 1: Design of learning environments and curricula
2 Design of learning environments and curricula
3 Designing software for mathematical engagement through modelling
4 Designing digital technologies and learning activities for differentgeometries
5 Implementing digital technologies at a national scale
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ICMI Study 17
Section 2: Learning and assessing mathematics with and throughdigital technologies
6 Learning and assessing mathematics with and through digital technologies:introduction to the section
7 Integrating technology into mathematics education: theoretical perspectives
8 Mathematical knowledge and practices resulting from access to digitaltechnologies
9 The influence, and shaping, of digital technologies on the learning and
learning trajectories of mathematical concepts10 Micro-level automatic assessment supported by digital technologies
11 Technology, communication, and collaboration
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ICMI Study 17
Section 3: Teachers and technology
12 Introduction to the theme Teachers and technology
13 Working with teachers: context and culture
14 Teachers and teaching: theoretical perspectives and issues concerningclassroom implementation
15 Teacher education courses in mathematics and technology: analyzingviews and options
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ICMI Study 17
Section 4: Implementation of curricula: issues of access and equity
16 Introduction
17 Some regional developments in access and implementation of digitaltechnologies and ICT
18 Technology for mathematics education: Equity, access, and agency
19 Factors influencing implementation of technology-rich mathematicscurriculum and practices
Section 5: Future directions
21 Design for transformative practices
22 Connectivity and virtual networks for learning
23 The future of teaching and learning mathematics with digital technologies
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JaimeCarvalhoeSilva
ICMIComisso Internacional de Instruo Matemticadois estudos recentes