谈高职数学教学中的情感教育策略

在高职数学教学中,教师应加强情感教育策略研究,有效激发学生的自信心,提高学生的学习兴趣,使之体验成功的快乐;在教学中渗透人文思想,改变观念,培养全面发展和面向社会需要的高素质人才.     

少数民族数学教育研究概述

通过对民族数学教育的文献研究,简述了民族数学教育与跨文化数学教育的关系,比较全面地概括了我国少数民族数学教育研究在20多年来所取得的进展及相关研究成果,这些成果包括民族数学教育的理论研究和实证研究.     

文科数学教育的几点分析

在对古代数学教育与我国当前数学教育现状分析的基础上 ,得到了对我国文科数学教育的几点启示 :1、培养逻辑思维能力 ;2、激发学生对数学的美感 ;3、主动性学习的培养。     

现代教育技术在数学教学中应用的思考

现代教育技术广泛的应用于数学教学中已经成为新世纪数学教育的标志之一。本文中我们将探究一些对把现代教育技术引入课程一些较重要的设想和反思,比如怎样将“高科技”转化为“高质量的教学,”如何实施高期望值的教学以取得良好的成绩等,并对如何将现代教育技术恰当地引入数学课程提出一些可行的建议。     

"问题解决"教学在数学教学中的实践

“问题解决”教学是实施素质教育,进行数学教育改革的一种有效教学模式。在数学课堂教学中如果能根据教学目标,设计并提出系列具有趣味和魅力的问题和任务,向学生提出智力挑战,引起学生的思考,将激发学生参与整个教学过程,最终达到学生主动发现、积极探索,深层次理解并掌握和应用隐含于问题背后的知识,提高解决问题的能力。     

高师数学教育如何适应基础教育新课程改革的要求

基础教育新数学课程的实施对中小学数学教师的教育教学工作提出了许多新的要求。从而也为培养中小学数学教师的高师数学教育提出了更高的要求．为了适应基础教育新课程的改革．高师数学教育应加强对师范生的情感态度及价值观的教育，调整高师的课程体系与内容，倡导新的学习方式，转变传统的教学方式。改革传统的评价方式.     

谈数学教育中学生思维品质的培养

阐述了数学思维品质的概念，并根据素质教育的要求，从创调教学环境，优化教学方法，挖掘教学内容，设计教学过程等方面，提出了引发学生数学思维，培养其数学思维品质的途径和方法。     

数学教育中的认知心理初探

文章针对如何提高数学教学质量这一研究课题,从心理学角度,结合数学学科教育的特殊性与实践结果,分析了如何实现有效的数学教育,提倡知情意合一的数学教育模式.     

试论数学素质教育的特征

对数学素质教育的四个基本特征：注重社会实践、培养科学精神、发展创造潜能、加强情感体验进行了剖析，认为社会实践活动应对学习对象赋予社会性与现实性，并将社会认知过程与对社会探求过程联系起来；培养科学精神需在学习中渗透科学意识，科学技术；发展创造潜能应使学生有心理安全感，有表达自由和目标；加强深感体验应关注学生学习积极性和兴趣．     

What is the problem in problem-based learning in higher education mathematics

Problem and Project-Based Learning (PBL) emphasise collaborate work on problems relevant to society and emphases the relation between theory and practice. PBL fits engineering students as preparation for their future professions but what about mathematics? Mathematics is not just applied mathematics, but it is also a body of abstract knowledge where the application in society is not always obvious. Does mathematics, including pure mathematics, fit into a PBL curriculum? This paper argues that it does for two reasons: (1) PBL resembles the working methods of research mathematicians. (2) The concept of society includes the society of researchers to whom theoretical mathematics is relevant. The paper describes two cases of university PBL projects in mathematics; one in pure mathematics and the other in applied mathematics. The paper also discusses that future engineers need to understand the world of mathematics as well as how engineers fit into a process of fundamental-research-turned-into-applied-science.     

以数学建模课程推动高职高专数学教学改革

本文分析了高职高专的数学教学现状,阐述了开展数学建模教学的必要性,以及推动高职高专数学教学改革的一些教学设想。     

将素质教育思想融入数学教学之中

高等数学是电大开放教育财经、理工专业的一门基础必修课。在开放教育数学教学中,必须充分发挥数学课程的实用、思维、德育、美育等功能,注重数学思想方法教学,运用多种教学方式,培养学生思维能力和自主学习的能力。     

Mindfulness-based interventions and the affective domain of education

Thanks largely to the work of Kabat-Zinn and associates applications of mindfulness-based practices have grown exponentially over the last decade or so, particularly in the fields of education, psychology, psychotherapy and mind–body health. Having its origins in Buddhist traditions, the more recent secular and therapeutic applications of the basic notion of impartial present-moment attention have been shown to have far-reaching implications for all aspects of learning and education. It is argued that mindfulness practice has much to contribute to the neglected area of affective education in the UK system and that – in addition to enhancing learning in the crucial sphere of the education of the emotions – it can also provide a foundation for more general cognitive development. In addition to philosophical arguments, reference is made to research studies of mindfulness-based educational practices in America and Britain.     

论中职学校数学教学中的心理健康教育

由于中职学生文化素质较低,在学习上有相当大的困难,其成长过程中产生的逆反心理和脆弱、孤独的封闭心理等问题也影响学习．数学是中职学生学习困难、易于厌学的主要学科之一,成绩的优劣元不与学生心理品质息息相关．因此,数学教学过程要善于捕捉学生心理问题的各种信息,及时了解学生的内心世界,并采取灵活、巧妙的办法,因材施教,适时、适度地渗透心理健康教育,帮助学生妥善地处理心理问题,使学生具有良好的心理品质、健全的人格和较强的社会适应能力,以促进其心理健康发展,从而提高中职学生的数学素质．     

试论数学专业师范生的通识教育

本文简要介绍了通识教育的由来,阐明数学专业师范生进行通识教育的必要性,分析了高师数学教育中不能有效开展通识教育的原因,并提出了加强数学专业师范生通识教育的一些措施.     

数学教育发展的趋向与问题

通过对第九届国际数学教育大会相关文献的综述 ,探讨国际数学教育发展的趋向 ,从而认识我国数学课程改革的国际背景。     

Motivating adults to learn mathematics in the workplace: a trade union approach

ABSTRACT

The aim of this qualitative study is to explore adults’ motivation to learn mathematics in the workplace and the role that the trade union education approach promoted in the United Kingdom plays in that motivation. The findings draw on data from 20 semi-structured in-depth interviews with adults learning mathematics, organised through their trade union representatives. Trade unions promote education which uses teaching and learning approaches based on collectivist and activist principles, which is different from mainstream education, so the research explores what might be learnt from this approach. The findings show that the trade union-led approach enables even long-held negative feelings towards mathematics to become positive. The research finds a strong link between supportive social networks, including Union Learning Representative, as well as positive social and emotional encounters in the classroom that develop adult learners’ confidence, increasing their motivation to both learn and use mathematics in their everyday lives. This change in feelings and motivation is termed an Affective Mathematical Journey. These findings, while taking place in a non-traditional context, nevertheless are relevant to practitioners working with adults in both traditional (school and college) and non-traditional (workplace and community) settings. There are also indications of the positive influence this learning has on the relationship between individual members and their trade union organisations.     

Teacher education through the history of mathematics

In this paper I consider the problem of designing strategies for teacher education programs that may promote an aware style of teaching. Among the various elements to be considered I focus on the need to address prospective teachers’ belief that they must reproduce the style of mathematics teaching seen in their school days. Towards this aim, I argue that the prospective teachers need a context allowing them to look at the topics they will teach in a different manner. This context may be provided by the history of mathematics. In this paper I shall discuss how history affected the construction of teaching sequences on algebra during the activities of the ‘laboratory of mathematics education’ carried out in a 2 year education program for prospective teachers. The conditions of the experiment, notably the fact that our prospective teachers had not had specific preparation in the history of mathematics, allow us to outline opportunities and caveats of the use of history in teacher education.