Educating Prospective Secondary Mathematics Teachers

Educating Prospective Secondary Mathematics Teachers

Knowledge, Identity, and Pedagogical Practices

Huang, Rongjin; Strutchens, Marilyn E.; Losano, Leticia; Potari, Despina

Springer International Publishing AG

06/2018

328

Dura

Inglês

9783319910581

15 a 20 dias

4997


ebook

Descrição não disponível.
Introduction.- Section I. Field Experience.- The Structure of Student Teaching Can Change the Focus to Students' Mathematical Thinking.- Transforming Secondary Mathematics Teacher Preparation Via a Networked Improvement Community: Focus on Clinical Experiences .- Pre-Service Teachers' Reflections on Their Teaching.- Gaining Valuable Field Experience Through the Use of Informal Learning Environments.- Diagnosis-based Adaptations of Mathematics Lessons.- Section II. Use of Technologies and Tools.- Contemporary Framing of Technology in Mathematics Teaching.- Prospective Mathematics Teachers' Perspectives on Technology.- Preservice Mathematics Teachers' Effective Use of Technology: Analyzing the Cognitive Demands of Technology-Based Instructional Activities .- Section III. Mathematics for Teaching .- Prospective Mathematics Teacher Argumentation While Interpreting Classroom Incidents. .- Designing a Competence-based Entry Course for Prospective Secondary Mathematics Teachers.- Nurturing Knowledge of Mathematical Modeling for Teaching.- Future Teachers' Use of Multiplication and Fractions When Expressing Proportional Relationships.- Marking Mathematics Exams as a Tool for Secondary Teacher Training.- Section IV. Professional Identity and Disposition .- Prospective Mathematics Teachers' Professional Identity.- Exploring Pre-service Teachers' Self-perceptions of Mathematical Knowledge for Teaching.- Exploring the Initial Convictions and Mindset of Prospective Mathematics Teachers Towards Modelling.- Conclusion.
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Prospective Secondary Mathematics teachers;Secondary Preservice teachers;field experiences in Mathematics;Mathematics teacher education;Technological Pedagogical knowledge;Prospective mathematics teacher;mathematical knowledge for teaching;Prospective mathematics educators;Mathematical Modeling for teaching;Proportional relationships;Students' mathematical thinking;Informal learning environments;Preservice mathematics teacher;Technology-based instructional activities;learning and instruction