Working for learning: teaching assistants developing mathematics for teaching

This article derives from a case study of 10 secondary school teaching assistants (TAs) who did not have conventional pre-qualifications in mathematics but who undertook an honours degree in mathematics education studies at a Higher Education Institution in England whilst continuing to work as TAs in school. Work-based learning was thus undertaken in parallel with advancement through the hierarchical undergraduate mathematics curriculum. Lave and Wenger’s work on communities of practice is used as a framework to explore the TAs’ learning of mathematics alongside their professional work in schools. This case illustrates how and where institution-based undergraduate teaching relates to work in school, and where it does not, thus signalling the importance of the TAs’ informal learning strategies in bringing together these experiences.     

浅谈高等数学的教与学

数学是一门比较抽象的学科,是一切自然科学的基础。在当今的社会,科技的进步和发展越来越要求人们更好地掌握和利用数学,数学成为了人们不可或缺的必需品。本文阐述了学习高等数学的意义,其对象和特点,以及教师如何教学生如何学的问题。     

研究性学习在小学数学中的教学策略

研究性学习在小学数学中的应用着重点在于小学生对于知识的再创造过程,本文从小学数学学科特点出发,提出了几种研究性学习的教学策略,希望促使小学数学与研究性学习紧密结合,并试图为小学数学教师培养小学生创造性提供可借鉴的操作策略。     

任务驱动为主导 微课呈现为辅助——“先学后教”教学模式在中职数学教学中的应用

以就业为导向,以服务为宗旨,这是当前的职教理念,它对中职数学教学提出了主动求变的要求,应当体现以应用为目的,以必需、够用为度。这需要让学生成为学习活动的主体,真正获取所需,所以,我们引入了先学后教教学模式,以改革教学观念,实现学习是主导,教学只是手段。而这一教学模式,要想在中职数学课堂中也得更广泛的应用,并实现最优化,我们要做的:一是如何学习与传承,二是如何改变与创新。     

数学思想方法在初中数学解题中的运用

数学思想是数学知识的精髓和实质,任何一个数学问题的解决,都是某一数学思想方法具体运用的结果.因此,在学习数学的过程中,不能仅仅满足于单一的数学解题,而应该多关注其思想方法,掌握了方法,才能举一反三,运用自如.     

寻找数学课程中研究性学习的切入点

将一题多解、一题多思作为在数学课程中实施研究性学习的切入点 ,有利于培养学生求异思维和创新思维的发展 ,从而在此基础上进一步提升研究性学习的质量与档次     

Assessment for learning in Norway and Portugal: the case of primary school mathematics teaching

In this study, we aim to understand the forces driving assessment for learning (AfL) in primary school teaching. By applying a case study design, including the two cases of Norway and Portugal and using mathematics teaching as an example, available policy documents and research reports are analysed to identify the differences and similarities that might explain the assessment practices previously observed in the two countries. Many similarities are found at the school and national levels. In particular, AfL is introduced as a national policy in both countries. Still, AfL practices are not common in primary mathematics classrooms in either country, although this is true for different reasons in each country. It is suggested that the assessment culture caused by national policies, such as curriculum reforms, national professional development projects and teacher autonomy, explains the similarities in the observed outcomes.     

基于合作学习教学模式在高职数学教学中的应用与研究

五年制高职教育现如今已经成为我国高等教育的重要组成部分,努力发展高职教育也社会经济发展的必然要求。现阶段的五年制高职教育过于突出职业教育,而忽略了公共基础课程对学生发展的重要性。现阶段的高职教育指导纲要明确的指出,五年制高职教育的基础课程要在为学生专业知识学习和职业技能培养的基础上提升学生的科学文化素质。数学课程教育也是如此,我们在做好职业教育的同时,也要关注学生数学素养的培养。笔者通过合作学习教学模式在高职数学教学中的应用研究,希望能对提升高职数学教学质量有所帮助。     

Teaching creatively and teaching for creativity: distinctions and relationships

The distinction and relationship between teaching creatively and teaching for creativity identified in the report from the National Advisory Committee on Creative and Cultural Education (NACCCE, 1999), is examined by focusing on empirical research from an early years school, known for its creative approach. The examination uses four characteristics of creativity and pedagogy identified by Peter Woods (1990): relevance, ownership, control and innovation, to show the interdependence of the NACCCE distinctions. We conclude that although the NACCCE distinction between teaching creatively and teaching for creativity has been useful as an analytical tool, it may, at the same time, have dichotomised an integrated practice and we suggest that a more useful distinction for the study of creative pedagogies would be the relationship between teaching creatively and creative learning.     

Learning environment and anxiety for learning and teaching mathematics among preservice teachers

Learning Environments Research - The learning environment has been found to be related to mathematics anxiety at a variety of educational levels, including higher education, but to date has not...     

采用趣味教学激发学生学习数学的兴趣

初中数学课程,不是每个同学都能学好,也不是每个同学都有兴趣,尤其是学习基础差的学生。但是如果有好的教学方法,主动去吸引学生,就会调动学生学习的积极性。对此,我认为趣味教学是一种比较好的教学方法。     

“探究性学习”在中学数学课堂教学中的应用研究

探究性学习是国家基础教育课程改革所强调和提倡的新型学习方式之一。探究性学习的实施要考虑：问题性、学习的主体性、实践性、参与过程性、开放性。本文从深挖教材、加强学科间联系、千方百计引导学生参与探究、创设多种实践活动等方面论述了开展探究性学习的一些实践与认识。     

高三年级数学优等生学习需求调查及教学对策研究

培养中学数学优等生的研究往往偏重于思想教育层面,涉及具体学科教学对策时往往显得笼统、宽泛.从数学优等生在高三复习备考时的学习需求的调查、分析入手,从中找到了以下有效的教育教学对策：从学生心理需求出发,组建数学培优班进行集中活动;在集中活动时,以建构主义学习理论为指导,主要采用成果展示和设疑探究两种教学模式;在集中活动时,老师们分包学生,并对所包学生有针对性地进行心理疏导,减少非智力因素对学生学习的影响.     

初中数学课堂教学探究性学习初探

探究性学习是一种积极的学习过程,新课程倡导学生进行探究性学习活动.课堂上教师和学生双方都积极参与活动,教师通过以现行教材为基本探究内容,以学生周围世界和生活实际为参照对象,创设问题情境,让学生自主学习、合作探究、培养能力,学会学习和掌握科学方法,为终身学习奠定基础.     

大学数学教与学良性互动关系的探讨

数学是一门描述自然法则的语言,是当今科技进步的重要基础.从教学实践出发,总结大学数学教与学的良性互动关系,提出在教学过程中处理好教学关系应注意的几个方面.