Symposium Proceedings Innovative Teaching Practices

Held at The Queen’s College Oxford University, UK August 14-18, 2023

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Alan Rogerson (Hg.), Janina Morska (Hg.), Symposium Proceedings Innovative Teaching Practices (2023), WTM-Verlag, Münster, ISBN: 9783959872508

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Beschreibung / Abstract

This volume contains the papers presented at the International Symposium: Innovative Teaching Practices held on August 14-18 2023 in The Queen’s College, Oxford University. The Symposium was organized by The Mathematics Education for the Future Project - an international philanthropic project founded in 1986 and dedicated to innovation in mathematics, science, computer and statistics education.

Inhaltsverzeichnis

  • BEGINN
  • International Program Committee (Past and Present)
  • Our Major Sponsors
  • Foreword
  • Contents List of Papers and Workshop Summaries
  • Fouze Abu Qouder & Miriam Amit: Ethnomathematics of Bedouin Culture(Geometry in Bedouin Embroidery)
  • Jogymol Kalariparampil Alex: Mathematics Education for the Future: Evidence fromMathematics Education and Research Centre in a RuralUniversity
  • Anita N. Alexander: Cultivating Inquiry in Advanced Mathematics with the Next Generation of Mathematics Professors
  • Nurten Alpaslan & Emre Alpaslan: Mathematics for Everybody
  • Drishana Bachhawat: Introducing the History of Mathematics in the School Curriculum
  • Dawnette Blackwood-Rhoomes & John Gordon: Developing Abstract Mathematical Thinkers Part 2-Implementing Viable Strategies
  • Simone Brasili: Online Teacher Training for K-12 Schools on Conceptual Change in Symmetry and Invariance in the Classroom during Pandemic Covid 19
  • Gail Burrill: Preparing Students for Tomorrow: The Role of Technology
  • Ann Dowker: The Numbers Count Intervention: Do the Benefits Persist through Key Stage 2
  • Angeline Duma, Magdeline Stephen & Emmanuel Mushayikwa: Cumulative Knowledge Building in a Grade 12 Semiconductors Lesson: A Comparative Study between Online and Contact Mode of Teaching
  • Courtney Fox: Exponential Growth and the Metric System: Using Stem to Create an Active Learning Environment
  • Grant A. Fraser: Teaching Online Courses for Undergraduate University Students: Challenges and Opportunities
  • Gerald A. Goldin: Foundational Pillars of Mathematics: Implications for a Holistic Philosophy of Mathematics Education
  • Christopher Gordon & David Pugalee: Publishing Secondary Students’ Research Projects
  • John Gordon: Developing Abstract Mathematical Thinkers Part 1 -Identifying the Challenges
  • Ivona Grzegorczyk: From 2D to 3D Symmetries
  • Ruhani Gulati & Saumya Gupta: ISOTHETIC POLYGONS: Application of Fisk’s Proof and Fortress Theorem
  • Pam Harris: Developing Mathematical Reasoning: The Trap of Algorithms
  • Marc Husband, Evan Throop-Robinson, Allison Tucker & Carolyn Clarke: Co-teaching in an Elementary Mathematics Education Methods Course: Growing Awarenesses
  • Gibbs Y.Kanyongo: Introduction to Confirmatory Factor Analysis (CFA)) using Lavaan in R Statistical Programming Language
  • Kathryn Kozak: Active Learning Activities: Finding and Developing
  • Ishikka Ladia & Mrigshira Mehra: Scutoids
  • Barbara H. Leitherer, Pankaj R. Dwarka, Entela K. Xhane & Jignasa R. Rami: Global Learning and Climate Change: Undergraduate Research Reflections from Student Scholars and Faculty Advisors at a Two-Year College
  • Michail Lousis: Media as Constitutive Factors for Paradigm Shifts in Mathematics
  • Günter Maresch, Natalia Segura Caballero, Julia Köck & Eleni Lagoudaki: The New Online Platform RIF for Training Spatial Ability
  • Johannes Memling: From the Fundamental Theorem of Algebra to Monstrous Moonshine
  • Shelby Morge & Christopher Gordon: Integrating Mathematics and Computer Science Using Squeak Etoys
  • Diva Moriani & Nishika Shah: Non-Routine Problem-Solving Strategies for Children Making Mathematics Formula Free
  • Janina Morska: The Teacher’s Job after the Pandemic
  • Ildikó Nagy Pomuczné: Content and Teaching of the Topic of Number Theory in the 11th Grade of High School in Hungary
  • Maria de Natividade: AMU Commission for Mathematics Education in Africa: A Contribution to Improving the Quality of Mathematics Teaching and Learning in Africa
  • Reinhard Oldenburg: A Technology-oriented Algebra Curriculum
  • Elizabeth Oldham & Aibhín Bray: Innovative Experiential Practice(s) in Teacher Education: A Case Study in an Irish University
  • Andrea Peter-Koop: The Impact of a Long-Term In-service Program for Early Years Teachers on Students’ Achievements in Early Mathematics
  • Sarah Quebec Fuentes: S3D Approach: Strategies and Tools for Fostering Equitable Small-Group, Student-to-Student Discourse
  • Ann-Sofi Röj-Lindberg: Reflections on the Links between Innovative Practices in Mathematics Education and Democracy
  • İpek Saralar Aras & Bengi Birgili: In the Pursuit of a Course Design: A TPACK-based Geometry for Preservice Mathematics Teachers
  • Nishika Shah and Diva Moriani : Using Technology to Learn Mathematics
  • Pari Shah: Non-routine Problem-solving Strategies
  • Atara Shriki & Ilana Lavy: Mathematics Teachers Using ChatGPT for Designing Lessons Plans
  • M. Vali Siadat: An Innovative Model of Teaching and Learning in Mathematics
  • Clifford Singer: Geometric Constructions: Understanding Constructing Irrational Numbers on the Number Line with Compass and Ruler in the Middle School
  • Panagiotis Stefanides: Dissemination Methods Employed in Presenting the Discrete Geometries of the Discovered Invention of a Non-Regular Icosahedron: “The Generator Polyhedron”
  • Aynalem Tesfaye: The Effect of Gender and School Location on Early-Grade Children’s Mathematics Achievement in Halaba, Ethiopia
  • Eleni Tsami, Dimitra Kouloumpou, Andreas Rokopanos & Dimitrios Anastasopoulos: Shapes and Geometric Aptitude
  • Vivian Libeth Uzuriaga López, Héctor Gerardo Sánchez Bedoya & Walter F. Castro Gordillo: Problem situations for the teaching of school mathematics
  • Ariana-Stanca Văcăreţu: Visible Maths
  • Alan Zollman: Wellness Pedagogical Knowledge: Professional Development to Address STEM Teachers’ Needs

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