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  1. No Access

    Chapter

    Characterising Features of Secondary Teachers’ Curriculum Scripts for Geometric Similarity with Dynamic Mathematical Technology

    We report part of a larger research study that explores secondary teachers’ integration of dynamic mathematical technology (DMT) to their classroom practice with a particular focus on the mathematical domain o...

    Ali Simsek, Nicola Bretscher in The Mathematics Teacher in the Digital Era (2022)

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    Chapter

    Constructionism and Microworlds

    Seymour Papert launched the notion of constructionism in the mid-nineteen eighties. The central idea is that a powerful way for learners to build knowledge structures in their mind is to build with external re...

    Richard Noss, Celia Hoyles in Technology Enhanced Learning (2017)

  3. Chapter and Conference Paper

    Develo** New Teacher Learning in Schools and the STEM Agenda

    Pat Drake, Jeanne Carroll, Barbara Black in Proceedings of the 13th International Cong… (2017)

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    Chapter

    The Researcher in the Wider Community

    This chapter is inspired by the range of responsibilities that Michèle Artigue took on beyond her research work. It considers practically how she came to take on these responsibilities, as well as her goals an...

    Jill Adler, Celia Hoyles, Jean-Pierre Kahane in The Didactics of Mathematics: Approaches a… (2016)

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    Chapter

    Modeling to Address Techno-Mathematical Literacies in Work

    We report the findings of a three-year investigation aimed at characterizing and develo** the “Techno-mathematical Literacies ” (TmL) needed for effective practice in modern, technology-rich workplaces. We c...

    Richard Noss, Celia Hoyles in Modeling Students' Mathematical Modeling Competencies (2013)

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    Chapter

    Mathematics in the Workplace: Issues and Challenges

    This chapter argues that there are contrary views regarding the mathematical needs of employees in workplaces, and this results in confusion around debate on the issue. The problem has been exacerbated by the ...

    Celia Hoyles, Richard Noss, Phillip Kent in Educational Interfaces between Mathematics… (2013)

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    Chapter

    Policy Implications of Develo** Mathematics Education Research

    Researchers often pursue their own interesting and specific mathematics education research questions without engaging with the practical and policy issues that may have considerable bearing on mathematics educ...

    Celia Hoyles, Joan Ferrini-Mundy in Third International Handbook of Mathematics Education (2013)

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    Chapter

    Improving Work Processes By Making The Invisible Visible1

    There is a growing movement for industrial companies to modify their production practices according to methodologies collectively known as process improvement. After World War II, Japanese companies such as To...

    Arthur Bakker, Celia Hoyles, Phillip Kent in The Knowledge Economy and Lifelong Learning (2012)

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    Chapter

    Introduction to Section 5

    This last section is constituted from three chapters reflecting the plenary panels and lecture at the Study conference. The authors look at the overall landscape of the potential and impact of digital technolo...

    Celia Hoyles, Jean-Baptiste Lagrange in Mathematics Education and Technology-Rethi… (2010)

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    Chapter

    Introduction

    This chapter reports on the aims, organisation and outcomes of the 17th ICMI Study and in its final section provides an executive summary of the book as a whole.

    Celia Hoyles, Jean-Baptiste Lagrange in Mathematics Education and Technology-Rethi… (2010)

  11. No Access

    Chapter

    Modeling to Address Techno-Mathematical Literacies in Work

    We report the findings of a three-year investigation aimed at characterizing and develo** the “Techno-mathematical Literacies” (TmL) needed for effective practice in modern, technology-rich workplaces. We ch...

    Richard Noss, Celia Hoyles in Modeling Students' Mathematical Modeling Competencies (2010)

  12. No Access

    Chapter

    Introduction to Section 1

    In this introduction, we provide a brief overview of the goals of the Design of Learning Environments and Curricula working group. We then describe the three chapters that follow this introduction, and that em...

    Celia Hoyles, Nathalie Sinclair in Mathematics Education and Technology-Rethi… (2010)

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    Chapter

    Designing Software for Mathematical Engagement through Modeling

    The framing theory guiding the work described here is that mathematics learning is facilitated through long-term student engagement in collaborative projects, integration of sustained emphasis on content knowl...

    Jere Confrey, Celia Hoyles, Duncan Jones in Mathematics Education and Technology-Rethi… (2010)

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    Chapter

    Connectivity and Virtual Networks for Learning

    We present papers that indicate the potential and challenge of connectivity within or between mathematics classroms.

    Celia Hoyles, Ivan Kalas, Luc Trouche in Mathematics Education and Technology-Rethi… (2010)

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    Chapter and Conference Paper

    Designing Digital Technologies for Layered Learning

    Designing digital technologies for deep learning is a highly non-trivial enterprise. In this paper, we discuss one approach we have adopted that seeks to exploit the possibility of affording diverse layers of ...

    Ken Kahn, Richard Noss, Celia Hoyles in Informatics Education – The Bridge between… (2006)

  16. No Access

    Chapter

    Introduction

    Jeremy Kilpatrick, Celia Hoyles, Ole Skovsmose in Meaning in Mathematics Education (2005)

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    Chapter

    Collective Meaning and Common Sense

    Jeremy Kilpatrick, Celia Hoyles, Ole Skovsmose in Meaning in Mathematics Education (2005)

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    Chapter

    Communication and Construction of Meaning

    Jeremy Kilpatrick, Celia Hoyles, Ole Skovsmose in Meaning in Mathematics Education (2005)

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    Chapter

    Meanings of Meaning of Mathematics

    Jeremy Kilpatrick, Celia Hoyles, Ole Skovsmose in Meaning in Mathematics Education (2005)

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    Chapter

    Making Mathematics and Sharing Mathematics: Two Paths to Co-Constructing Meaning?

    Celia Hoyles in Meaning in Mathematics Education (2005)

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