Building on the Past to Prepare for the Future

Proceedings of the 16th International Conference. King’s College, August 8 – 13, 2022

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Alan Rogerson (Hg.), Janina Morska (Hg.), Building on the Past to Prepare for the Future (2022), WTM-Verlag, Münster, ISBN: 9783959872188

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Beschreibung / Abstract

This volume contains the papers presented at the International Conference Building on the Past to Prepare for the Future held from August 8-13, 2022, in King’s College, Cambridge, UK. It was the 16th conference organised by The Mathematics Education for the Future Project - an international educational and philanthropic project founded in 1986 and dedicated to innovation in mathematics, statistics, science and computer education world wide.

Inhaltsverzeichnis

  • BEGINN
  • Major Sponsors
  • International Program Committee (past and present)
  • Local Organising Commitee
  • Foreword
  • Contents List of Papers and Workshop Summaries
  • Fouze Abu Qouder & Miriam Amit: The Ethnomathematics of the Bedouin - An InnovativeApproach of Integrating Socio Cultural Elements into Mathematics Education
  • Nadine Adams & Clinton Hayes: Why Everyone should know Statistics!
  • Anita N. Alexander: The Perspectives of Effective Teaching and Learning ofCurrent Undergraduate and Graduate MathematicsStudents
  • Clement Ayarebilla Ali & Ernest Kofi Davis: Applications of Basketry to Geometric Tessellations
  • Nurten Alpaslan & Emre Alpaslan: Mathematics for Everybody
  • Cynthia Oropesa Anhalt, Ricardo Cortez, Brynja Kohler & Will Tidwell: Interrogation of Social Justice Contexts in Mathematical Modeling: The Use of Simulations of Practice in the Mathematical Preparation of Teachers
  • Takako Aoki & Shin Watanabe: Find out Mathematics on a Football: Making a football with Paper
  • Sarah Bansilal: Analysing the Demands of an Assessment in a Geometry Pedagogic Content Knowledge Module
  • Mike Bedwell: Three or Four numbers: A Teacher†™s Tale
  • Esther Billings & Lisa Kasmer: Learning Experiences that Support Primary TeacherCandidates†™ Understanding and Enactment of Core Mathematics Teaching Practices
  • Victoria Bonaccorso, Joseph DiNapoli &Eileen Murray: Promoting Meaningful Conversations among ProspectiveMathematics Teachers
  • Primo Brandi, Rita Ceppitelli & Anna Salvadori: Elementary Dynamic Models: A Strategic Bridge Connecting School and University
  • Simone Brasili & Riccardo Piergallini: Introducing Symmetry and Invariance with Magic Squares
  • Angela Broaddus & Matthew Broaddus: Assessing Mathematical Reasoning: Test Less – Explain More
  • Irena Budà­novà¡ & Jitka Panà¡Äovà¡: Children with Reduced Cognitive Effectivity, their Problems and Optimal Way of Education
  • Gail Burrill: Data Science and Mathematical Modeling: Connecting Mathematics to the World in which Students Live
  • Gail Burrill & Thomas Dick: Connecting Mathematics to the World: Engaging Students with Data Science
  • Elizabeth A. Burroughs & Mary Alice Carlson: Fostering Empathy in Mathematics through Mathematical Modeling
  • Bernardo Camou: The Adventure of Learning Mathematics and Lakatos†™s Legacy
  • Carrie Chiappetta, Christopher Walsh, Annie Smith & Javier Perez: K-12 Schools after the Global Pandemic: How a Regional School District in the United States Accelerated Learning for Students, Teachers and Administrators
  • Kathleen Cotter Clayton: Fractions of the Future
  • Joan A. Cotter: Teaching Primary Mathematics without Counting and Place Value with Transparent Number Naming
  • Celisa Counterman: M.A.T.H. = Making Algebraic Thinking Holistic
  • Scott A. Courtney: The Impact of Remote Instruction on MathematicsTeachers†™ Practices
  • Mili Das: Building on the Past to Prepare for the Future - Impact of Teaching Skills and Professionalism to Reduce Mathematics Phobia
  • Thomas P. Dick: Combining Dynamic Computer Algebra and Geometry to Illustrate “the most marvelous theorem in mathematics†
  • Hamide Dogan, Angel Garcia Contreras & Edith Shear: Geometry, Imagery, and Cognition in Linear Algebra
  • Ann Dowker, Olivia Cheriton & Rachel Horton: Age Differences in Pupils†™ Attitudes to Mathematics
  • Alden J. Edson & Elizabeth Difanis Phillips: The Potential of Digital Collaborative Environments for Problem-Based Mathematics Curriculum
  • Belinda P. Edwards: Learning to Teach Mathematics using Virtual Reality Simulations
  • Allison Elowson, Kristen Fye, Gregory Wickliff, Christopher Gordon, Alisa Wickliff, Paul Hunter & David Pugalee: Student Research in a Mathematics Enrichment
  • Antonella Fatai: Improving Relational and Disciplinary Competences by Rondine Method
  • Courtney Fox: Integrating Mathematics and Science: A Plan for a HighSchool Integrated Pre-Calculus and Physics Course
  • Kathy R. Fox: Building an Understanding of Family Literacy: Changing Perspectives Regarding Authentic Learning Opportunities in the Home
  • Grant A. Fraser: Mathematics for Living: A Course that Focuses on Solving Problems in Today†™s World
  • Toshiakira Fujii: Roles of Quasi-variables in the Process of Discovering Mathematical Propositions
  • Ben Galluzzo, Katie Kavanagh, Karen Bliss, Michelle Montgomery & Christopher Musco: Math Modelling: Common Pitfalls and Paths for Student Success
  • Parker Glynn-Adey & Ami Mamolo: Modelling Beauty: Hands-on Experiences in Group Theory
  • Gerald A. Goldin, Lisa B. Warner, Roberta Y. Schorr & Daniel Colaneri: Exploring Prospective Mathematics Teachers†™ Motivating Desires during Group Problem Solving Activity
  • John Gordon & Kehinde Emmanuel Adenegan: Are Abstract Mathematical Thinkers Born Or Can They Be Trained?
  • John Gordon: Reuniting Exponents and Logarithms: Teaching Exponents, Inverse Functions, and Logarithms, as one Cohesive Pedagogical Unit
  • Debra Hydorn: Infographics to Develop Graphical Literacy
  • Andrew Izsà¡k: Foregrounding Multiplicative Structure in EssentialCalculus Topics
  • Brian L. Johnson & Ioannis Gkigkitzis: ,Interesting Facts about Terminating Decimals
  • Iris DeLoach Johnson: Exploring a Collection of Approachable, Stimulating, andThought-Provoking Problems: Face-to-Face or Virtual? Related or not?
  • Gibbs Y. Kanyongo, Nandini Bhowmick & Erika Williams: Structural Equation Modeling: Focus on Confirmatory Factor Analysis
  • Anna Khalemsky & Yelena Stukalin: Combining Various Data Mining Techniques in Binary Classification Teaching
  • Richard Kitchen: Leveraging Pà³lya†™s Heuristic to Support Mathematical Reasoning and Language Development
  • Sergiy Klymchuk: An Innovative Way of Teaching and Assessing CriticalThinking in Mathematics
  • Allison M. Kroesch: Magic Throughout the Years
  • Aradhana Kumari: Do not Teach the Symbols in Mathematics, Teach the Meaning of the Symbols
  • Sebastian Kuntze, Marita Friesen, Jens Krummenauer, Karen Skilling, Ceneida Fernà¡ndez, Pere Ivars, Salvador Llinares, LibuŠ¡e Samkovà¡ & Lulu Healy: Support for Mathematics Teachers through Representations of Practice - Vignette-based Approaches in the P
  • Barbara H. Leitherer, Pankaj R. Dwarka, Entela K. Xhane & Jignasa R. Rami: Undergraduate Research in a 2-Year College: Climate Change, Global Learning, Process and Observations
  • Hadas Levi Gamlieli, Alon Pinto, Boris Koichu: Secondary-Tertiary Transition and Effective Ways of Coping with it: A Perspective of Lecturers
  • Sigal Levy & Yelena Stukalin: Introducing Main Statistical Concepts to Non-statisticians
  • Nicole Lewis, Ryan Andrew Nivens, Jamie Price, Jennifer Price & Anant Godbole: Pandemic-Driven Mathematical Initiatives within the East Tennessee State University Center of STEM Education
  • Po-Hung Liu: Students†™ Perceptions of Paradoxes of the Infinity
  • Hong Lu & Xin Chen: The Relationship between Teacher-student Relationship, Interest, Self-efficacy and Mathematics Achievement - Does Gender Play a Role in it?
  • Cheryl Ann Lubinski & Allison Kroesch: Developing, Not Teaching, Problem-Solving Strategies
  • Jürgen Maaß: Professional Mathematical Modelling: What we can Learn about Teaching Real World Mathematics from the Real Application of Mathematics In our World?
  • Jodelle S. W. Magner & Susan McMillen: Making Word Problems Accessible to All: Innovating through Meaningful Models
  • Rafael Alberto Méndez-Romero & Marà­a Angélica Suavita-Ramà­rez: The mINNga Labs: an Initiative of the Universidad del Rosario to Strengthen STEM Skills, Social Sensitivity and Youth Empowerment in Colombia
  • Jennifer Missen: A Process for Updating Mathematics Teaching for 21st Century Students
  • Shelby Morge & Christopher Gordon: Using Squeak Etoys to Model Mathematical Ideas
  • Janina Morska: New Methods and Forms of Work during Online MathsLessons
  • Patricia S. Moyer-Packenham: Relationships among Semiotic Representational Transformations and Math Outcomes in Digital Games
  • Svenja Müller & Anna Fath-Streb: Risk Literacy in the Context of Stochastics and Mathematical Education
  • M. Estela Navarro Robles: Elementary Teachers Reaching a Quasi-complete Knowledge of Rational Numbers through an Online Course
  • Benita P Nel: Noticing through Self-reflection by Mathematics Teachersusing Video Stimulated Recall
  • Zanele Ngcobo: Evoking School Mathematical Knowledge among Preservice Secondary Mathematics Teachers through Error Analysis
  • Jenna O†™Dell & Todd Frauenholtz: Recruiting Mathematics and Mathematics Education Majors to a University
  • Elizabeth Oldham & Aibhà­n Bray: Undergraduate Mathematics Students†™ Reflections on School Mathematics Curricula after a Major Curriculum Change in Ireland
  • Nick Vincent Otuma: Mismatch between Spoken Language and Visual Representation of Mathematical Concepts
  • Jenny Pange & Alina Degteva: Project-based Learning in Statistics
  • Andrea Peter-Koop: School-Readiness in Mathematics: Development of aScreening Test for Children Starting School
  • Maria Piccione & Francesca Ricci: The Importance of Early Developing Symbol-sense
  • Maria Piccione & Francesca Ricci: Activities and tools for Early Developing Symbol-sense
  • Shelley B. Poole: The “Yes, and…† Approach to Teaching Mathematical Modelling
  • Jordan T. Register & Christian H. Andersson: Analysing PSTs Ethical Reasoning in a Data Driven World
  • Sarah A. Roberts, Cameron Dexter Torti & Julie A. Bianchini: A Mathematics Specialist Supporting District Shifts in Instruction for Multilingual Learners through Studio Days
  • Keith Robins: Applying Mathematical Thinking Principles to Real LifeSituations to Create an Objective Thinking Strategy
  • Christine Robinson & Karen Singer-Freeman: Digital Enhancements for Common, Online Mathematics Courses
  • Ann-Sofi Röj-Lindberg: Trends in Mathematics Education in Finland
  • Sheena Rughubar-Reddy & Emma Engers: Video Tutorials and Quick Response Codes to Assist Mathematical Literacy Students in a Non-classroom Environment
  • Sheryl J. Rushton, Melina Alexander & Shirley Dawson: Mathematics to Teacher Education Persistence
  • Robyn Ruttenberg-Rozen: In-the-Moment Narratives: Interventions with Learners Experiencing Mathematics Difficulties
  • Tanishq Kumar Sah: Extension of Theories
  • Ishola A. Salami, Temitope O. Ajani: Mathematics Songs to Hip-hop Music: Power to Engage Pupils and Improve Learning Outcomes in Primary Mathematics
  • S R Santhanam: Teaching Mathematics using Storytelling and Technology
  • Ipek Saralar-Aras & Betul Esen: Designing Lessons for the 5th Graders through a Design Study on Teaching Polygons
  • Stephanie Sheehan-Braine & Irina Lyublinskaya: A Framework for Online Problem-Based Learning for Mathematics Educators
  • M. Vali Siadat: Keystone Model of Teaching and Learning in Mathematics
  • Parmjit Singh, Nurul Akma Md Nasir & Teoh Sian Hoon: The Dearth of Development in Mathematical Thinking Among High School Leavers
  • Praneetha Singh: Mathovation- Creativity and Innovation in the Mathematics Classroom
  • Charles Raymond Smith & Cyril Julie: Towards Understanding Integrating Digital Technologies in the Mathematics Classroom.
  • Panagiotis Stefanides: “Generator Polyhedron†, Icosahedron Non-Regular, Discovered Invention
  • Michelle Stephan & David Pugalee: The Future of Mathematics Education in the Digital Age
  • Yelena Stukalin & Sigal Levy: Introducing Probability Theory to Ultra-Orthodox Jewish Students by Examples from the Bible and Ancient Scripts
  • Emily K. Suh, Lisa Hoffman & Alan Zollman: STEM SMART: Five Essential Life Skills Students Need for their Future
  • Janet (Hagemeyer) Tassell Jessica Hussung, Kylie Bray, Darby Tassell & Haley (Clayton) Carbone: Elementary Pre-Service Teachers†™ Beliefs about Mathematics Fluency: Transforming Through Readings & Discussions
  • Eleni Tsami, Dimitra Kouloumpou & Andreas Rokopanos: The Gender Gap in Statistics Courses: A Contemporary View on a Statistics Department
  • Ching-Yu Tseng, Paul Foster, Jake Klinkert, Elizabeth Adams, Corey Clark, Eric C. Larson & Leanne Ketterlin-Geller: Using Cognitive Walkthroughs to Evaluate the Students†™ Computational Thinking during Gameplay
  • Ariana-Stanca Vacaretu: GROWE in Math
  • Shin Watanabe & Takako Aoki: School and Out School
  • Laura Watkins, Patrick Kimani, April Ström & Bismark Akoto: Representational Competence with Linear Functions: A Glimpse into the Community College Algebra Classroom
  • Ian Willson: Formative Assessment Activities for Introductory Calculus
  • Kay A. Wohlhuter & Mary B. Swarthout: Number Talks: Working to Deepen and Grow Number Sense Knowledge
  • Ryan G. Zonnefeld & Valorie L. Zonnefeld: Rural STEM Teachers: An Oasis in the Desert
  • Valorie L. Zonnefeld: Pedagogies that Foster a Growth Mindset Towards Mathematics

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