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Título de Acceso Abierto

Proceedings of the 13th International Congress on Mathematical Education: Proceedings of the 13th International Congress on Mathematical Education

Parte de: ICME-13 Monographs

Resumen/Descripción – provisto por la editorial

No disponible.

Palabras clave – provistas por la editorial

teaching mathematics; learning mathematics; mathematics education

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Información

Tipo de recurso:

libros

ISBN impreso

978-3-319-62596-6

ISBN electrónico

978-3-319-62597-3

Editor responsable

Springer Nature

País de edición

Reino Unido

Fecha de publicación

Tabla de contenidos

Teachers Teaching with Technology

Ian Galloway; Bärbel Barzel; Andreas Eichler

The 13th International Congress on Mathematical Education in Hamburg was not only a scientific experience for researchers in mathematics education from all over the world. As Convenor and Local Chair of ICME-13, we are particularly pleased that also more than 250 teachers from all over Germany and five other countries have benefited from this congress. Despite the school holidays taking place in many federal states of Germany in July, mathematics teachers could take part in a special conference for teachers taking place parallel to ICME-13 on the 27th–29th of July 2017. On three days, the teachers were able to participate in a comprehensive lecture and workshop program, which included not only professional development courses in the area from primary to secondary mathematics education, but also thematically relevant excursions.

Part VII - Reports from the Discussion Groups | Pp. 655-656

Mathematics Education and Neuroscience

Roland H. Grabner; Andreas Obersteiner; Bert De Smedt; Stephan Vogel; Michael von Aster; Roza Leikin; Hans-Christoph Nuerk

In preparation for this work, we have looked into some recent curricula ideas, the international assessments (e.g., PISA), as well as the literature on the 21st century skills. For example, The New Vision for Education: Unlocking the Potential of Technology, 2015 report of the World Economic Forum lists 16 most critical 21st century skills (e.g., literacy, numeracy, ICT literacy, scientific literacy, financial literacy, cultural and civic literacy, critical thinking/problem-solving, creativity, communication, collaboration, curiosity, persistence/grit, adaptability, leadership, social and cultural awareness, and initiative), and proposes that technology is used to help people achieve these skills. How do these skills interact with ones, more specifically related to mathematics as a subject?

Part VII - Reports from the Discussion Groups | Pp. 657-658

Reconsidering Mathematics Education for the Future

Koeno Gravemeijer; Fou-Lai Lin; Michelle Stephan; Cyril Julie; Minoru Ohtani

According to the evaluation indicator system and the mathematic model of EEC, the evaluation and analysis are made on EEC in 2012. Table 9.1 lists the rankings and scores of EEC in 2012 and Fig. 9.1 displays the EEC scores of the six continents as well as the top three countries of each continent in 2012.

Part VII - Reports from the Discussion Groups | Pp. 659-660

Challenges in Teaching Praxis When CAS Is Used in Upper Secondary Mathematics

Niels Groenbaek; Claus Larsen; Henrik Bang; Hans-Georg Weigand; Zsolt Lavicza; John Monaghan; M. Kathleen Heid; Mike Thomas; Paul Drijvers

The DG focused on the relationship between CAS and mathematics in teaching and learning, educational design and the qualification of teachers’ choices concerning the use and non-use of CAS.

Part VII - Reports from the Discussion Groups | Pp. 661-662

Mathematics in Contemporary Art and Design as a Tool for Math-Education in School

Dietmar Guderian

The 13th International Congress on Mathematical Education in Hamburg was not only a scientific experience for researchers in mathematics education from all over the world. As Convenor and Local Chair of ICME-13, we are particularly pleased that also more than 250 teachers from all over Germany and five other countries have benefited from this congress. Despite the school holidays taking place in many federal states of Germany in July, mathematics teachers could take part in a special conference for teachers taking place parallel to ICME-13 on the 27th–29th of July 2017. On three days, the teachers were able to participate in a comprehensive lecture and workshop program, which included not only professional development courses in the area from primary to secondary mathematics education, but also thematically relevant excursions.

Part VII - Reports from the Discussion Groups | Pp. 663-664

Exploring the Development of a Mathematics Curriculum Framework: Cambridge Mathematics

Ellen Jameson; Rachael Horsman; Lynne McClure

The 13th International Congress on Mathematical Education in Hamburg was not only a scientific experience for researchers in mathematics education from all over the world. As Convenor and Local Chair of ICME-13, we are particularly pleased that also more than 250 teachers from all over Germany and five other countries have benefited from this congress. Despite the school holidays taking place in many federal states of Germany in July, mathematics teachers could take part in a special conference for teachers taking place parallel to ICME-13 on the 27th–29th of July 2017. On three days, the teachers were able to participate in a comprehensive lecture and workshop program, which included not only professional development courses in the area from primary to secondary mathematics education, but also thematically relevant excursions.

Part VII - Reports from the Discussion Groups | Pp. 665-666

Theoretical Frameworks and Ways of Assessment of Teachers’ Professional Competencies

Johannes König; Sigrid Blömeke; Gabriele Kaiser

The 13th International Congress on Mathematical Education in Hamburg was not only a scientific experience for researchers in mathematics education from all over the world. As Convenor and Local Chair of ICME-13, we are particularly pleased that also more than 250 teachers from all over Germany and five other countries have benefited from this congress. Despite the school holidays taking place in many federal states of Germany in July, mathematics teachers could take part in a special conference for teachers taking place parallel to ICME-13 on the 27th–29th of July 2017. On three days, the teachers were able to participate in a comprehensive lecture and workshop program, which included not only professional development courses in the area from primary to secondary mathematics education, but also thematically relevant excursions.

Part VII - Reports from the Discussion Groups | Pp. 667-668

Using Representations of Practice for Teacher Education and Research—Opportunities and Challenges

Sebastian Kuntze; Orly Buchbinder; Corey Webel; Anika Dreher; Marita Friesen

The 13th International Congress on Mathematical Education in Hamburg was not only a scientific experience for researchers in mathematics education from all over the world. As Convenor and Local Chair of ICME-13, we are particularly pleased that also more than 250 teachers from all over Germany and five other countries have benefited from this congress. Despite the school holidays taking place in many federal states of Germany in July, mathematics teachers could take part in a special conference for teachers taking place parallel to ICME-13 on the 27th–29th of July 2017. On three days, the teachers were able to participate in a comprehensive lecture and workshop program, which included not only professional development courses in the area from primary to secondary mathematics education, but also thematically relevant excursions.

Part VII - Reports from the Discussion Groups | Pp. 669-670

How Does Mathematics Education Evolve in the Digital Era?

Dragana Martinovic; Viktor Freiman

In preparation for this work, we have looked into some recent curricula ideas, the international assessments (e.g., PISA), as well as the literature on the 21st century skills. For example, The New Vision for Education: Unlocking the Potential of Technology, 2015 report of the World Economic Forum lists 16 most critical 21st century skills (e.g., literacy, numeracy, ICT literacy, scientific literacy, financial literacy, cultural and civic literacy, critical thinking/problem-solving, creativity, communication, collaboration, curiosity, persistence/grit, adaptability, leadership, social and cultural awareness, and initiative), and proposes that technology is used to help people achieve these skills. How do these skills interact with ones, more specifically related to mathematics as a subject?

Part VII - Reports from the Discussion Groups | Pp. 671-672

Scope of Standardized Tests

Raimundo Olfos; Ivan R. Vysotsky; Manuel Santos-Trigo; Masami Isoda; Anita Rampal

The 13th International Congress on Mathematical Education in Hamburg was not only a scientific experience for researchers in mathematics education from all over the world. As Convenor and Local Chair of ICME-13, we are particularly pleased that also more than 250 teachers from all over Germany and five other countries have benefited from this congress. Despite the school holidays taking place in many federal states of Germany in July, mathematics teachers could take part in a special conference for teachers taking place parallel to ICME-13 on the 27th–29th of July 2017. On three days, the teachers were able to participate in a comprehensive lecture and workshop program, which included not only professional development courses in the area from primary to secondary mathematics education, but also thematically relevant excursions.

Part VII - Reports from the Discussion Groups | Pp. 673-674