实施院内分级教学 全面提高教学质量——《高等数学》课程实施分级教学的理论与实践

分级教学是基于素质教育理念下的一种全新的教学模式,也是一种面向全体、注重差异、因材施教的一种教学策略,它具有差异性、层次性、针对性、实效性和发展性等五大特征;依据教育教学理论与实践,分级教学要求大纲分级、目标分级、学生分级、授课分级、作业分级、辅导分级、考核分级和评价分级.二年来,我院《高等数学》课程实施了院内分级教学,由于措施得力,方法得当,初见成效,取得了一些可资借鉴的宝贵经验.     

解决高等数学教学问题的七点措施——以衡阳师范学院为例

本文简要分析了当前高校高等数学教学所面临的几个突出问题,在此基础上结合衡阳师范学院高等数学教学实际,从七个方面阐述了如何加强高等数学教学以提高教学质量.     

新形势下高等数学分级教学模式的探索

突破以前按照不同专业分层次教学的模式,根据学生不同的学习目的,采用一种新的分级教学模式,针对相同专业学生不同的学习要求,给予不同层次的培养.通过对教育观念的新认识和培养目标的再确定,在高等数学的课程体系,课程内容,教学方法,教学手段等方面进行改革和调整,因材施教,使各层次的学生真正受益,提高整体教学质量,也使基础课教育更有针对性.     

《高等数学研究》稿约

正一、刊物简介1.本刊是经国家科技部批准,国内外公开发行的数学期刊,相对侧重于高等数学教育研究.刊名中的“高等数学”系广义所指的高等数学.高等数学教育是培养现代高层次科技人才的基础教育.本刊的宗旨:一是为高等数学的一线教师和数学工作者,提供一片交流从事高等数学研究和教学成果的园地;二是紧密配合高等数学教育,为教师和优秀学生提供一片发表创造性论述高等数学的思想、理论、方法、技巧及其应用研究论文的园地.目标是在促成大学数学教育水平提高的同时,指导和     

《高等数学研究》稿约

一、刊物简介1.本刊是经国家科技部批准,国内外公开发行的数学期刊,相对侧重于高等数学教育研究.刊名中的"高等数学"系广义所指的高等数学.高等数学教育是培养现代高层次科技人才的的基础教育.本刊的宗旨:一是为高等数学的一线教师和数学工作者,提供一片交流从事高等数学研究和教学成果的园地;二是紧密配合高等数学教育,为教师和优秀学生提供一片发表创造性论述高等数学的思想、理论、方法、技巧及其应用研究论文的园地;目标是在促成大学数学教育水平提高的同时,指导和帮助大学生更好地理解和掌握高等数学的思想方法、理论体系、基本内容和方法,提高大学生的数学素质,为培养高素质的科技人才和繁荣我国的数学事业服务.     

《高等数学研究》稿约

正一、刊物简介1.本刊是经国家科技部批准,国内外公开发行的数学期刊,相对侧重于高等数学教育研究.刊名中的"高等数学"系广义所指的高等数学.高等数学教育是培养现代高层次科技人才的基础教育.本刊的宗旨:一是为高等数学的一线教师和数学工作者,提供一片交流从事高等数学研究和教学成果的园地;二是紧密配合高等数学教育,为教师和优秀学生提供一片发表创造性论述高等数学的思想、理论、方法、技巧及其应用研究论文的园地.目标是在促成大学数学教育水平提高的同时,指导和帮助     

《高等数学研究》稿约

<正>一、刊物简介1.本刊是经国家科技部批准,国内外公开发行的数学期刊,相对侧重于高等数学教育研究.刊名中的"高等数学"系广义所指的高等数学.高等数学教育是培养现代高层次科技人才的的基础教育.本刊的宗旨:一是为高等数学的一线教师和数学工作者,提供一片交流从事高等数学研究和教学成果的园地;二是紧密配合高等数学教育,为教师和优秀学生提供一片发表创造性论述高等数学的思想、理论、方法、技巧及其应用研究论文的园地;目标是在促成大学数学教育水平提高的同时,指导     

如何在高等数学教学中培养学生的创新思维

创新是当今的时代精神.创新能力的培养是实施素质教育的重要目标之一.高等数学作为高等教育的重点基础课程,在训练和培养学生创新能力方面具有重要地位.如何在高等数学教学过程中培养学生的创新思维,提高创新能力是我们高等数学教学改革的重要任务.文章通过对当前教育形势的分析以及创新思维的特点的思考,从教学理念、教学模式以及教学内容三个方面讨论了在高等数学教学过程中学生的创新思维的培养问题.     

《高等数学研究》稿约

<正>一、刊物简介1.本刊是经国家科技部批准,国内外公开发行的数学期刊,相对侧重于高等数学教育研究.刊名中的"高等数学"系广义所指的高等数学.高等数学教育是培养现代高层次科技人才的的基础教育.本刊的宗旨:一是为高等数学的一线教师和数学工作者,提供一片交流从事高等数学研究和教学成果的园地;二是紧密配合高等数学教育,为教师和优秀学生提供一片发表创造性论述高等数学的思想、理论、方法、技巧及其应用研究论文的园地;目标是在促成大学数学教育水平提高的同时,指导     

《高等数学研究》稿约

<正>一、刊物简介1.本刊是经国家科技部批准,国内外公开发行的数学期刊,相对侧重于高等数学教育研究.刊名中的"高等数学"系广义所指的高等数学.高等数学教育是培养现代高层次科技人才的的基础教育.本刊的宗旨:一是为高等数学的一线教师和数学工作者,提供一片交流从事高等数学研究和教学成果的园地;二是紧密配合高等数学教育,为教师和优秀学生提供一片发表创造性论述高等数学的思想、理论、方法、技巧及其应用研究论文的园地;目标是在促成大学数学教育水平提高的同时,指导     

独立学院高等数学课程的几种分层次教学方案探讨

独立学院办学规模的快速扩张导致学生的数学素质参差不齐,给高等数学的教学带来新的挑战.在已有的分层次教学法的基础上,结合独立学院的实际情况,探讨了适合独立学院的按教学对象分层次、教学内容分层次和教学模式分层次的几种分层次教学方案.     

引入自我调节发展大学生数学思维的研究

自我调节学习是按照现代教育理论发展起来的一种教育实践活动.分析了其理论基础和发展现状,针对大学生思维发展中辩证思维占优势、创造思维呈上升趋势等显著特点,结合高等数学自身以动态为主,高容量、深广度,较初等数学有质的飞跃的事实,分析了高等数学与初等数学的思维差异,阐明了自我调节运用于高等数学课程教学中的可能性和必要性,并通过教学实验研究,从获得的第一手材料证实了自我调节手段运用于高等数学教学中的可行性,从而也表明了它是促进学生数学思维发展的强有力的工具.     

关于外招生高等数学教学的思考

针对当前暨南大学外招生高等数学教学中存在的问题,从外招生的不同内在需要和个性特点出发,对他们学习高等数学需要的教学方法展开探讨,以期能够提高教学质量,实现对外招生高等数学教学最优化.     

A new generation of mathematics textbook research and development

This paper adopts a multimodal approach to the latest generation of digital mathematics textbooks (print and online) to investigate how the design, content, and features facilitate the construction of mathematical knowledge for teaching and learning purposes. The sequential organization of the print version is compared to the interactive format of the online version which foregrounds explanations and important mathematical content while simultaneously ensuring a high level of connectivity and coherence across hierarchical layers of mathematical knowledge. For example, mathematical content in the online version is linked to definitions, theorems, examples and exercises that can be viewed in the original context in which the material was presented, and the content can also be linked to mathematics software. Significantly, the development process for the new generation of mathematics textbooks involves using a ‘design neutral’ markup language so that the books are simultaneously published as both print books and online books. In this development process, the structure of the chapters, sections, and subsections with their various elements are explicitly marked-up in the master document and preserved in the output format, giving rise to new methodologies for large-scale analysis of mathematics textbooks and student use of these books. For example, tracking methodologies and interactive visualizations of student viewings of online mathematical textbooks are identified as new research directions for investigating how students engage with mathematics textbooks within and across different educational contexts.     

Aims in Mathematical Education and their Implications for the Training of Mathematics Teachers

The extent to which aims in mathematical education are common to different spheres of education and industry is considered, and an approach to mathematics in terms of problem‐solving is illustrated by two examples of investigations. It is suggested that greater emphasis should be given to problem‐solving as opposed to content‐‐this view is related to specified aims in mathematics teaching. After a discussion of the provisional status of some current educational assumptions, implications for the training of teachers are briefly examined with an indication of some mathematics education courses offered at the University of Keele. In a short conclusion some points on transfer of abilities, the balance between discovery and technique, public and private mathematics, and in‐service training are considered.     

如何提高高等数学课堂教学的质量

数学的课堂教学过程是在教师的传授和指导下进行学习、掌握数学知识、技能、思想、方法的一种认识过程.影响数学课堂教学质量的因素是多方面的,本文仅就提高高等数学课堂教学质量谈几点个人的认识.     

A Sino-German semi-virtual seminar in mathematics education

In summer 2006 the University of Education in Weingarten, Germany, and East China Normal University, Shanghai, performed a semi-virtual seminar with mathematics students on “Mathematics and Architecture”. The goal was the joint development of teaching materials for German or Chinese school, based on different buildings such as “Nanpu Bridge”, or the “Eiffel Tower”. The purpose of the seminar was to provide a learning environment for students supported by using information and communication technology (ICT) to understand how the hidden mathematics in buildings should be related to school mathematics; to experience the multicultural potential of the international language “Mathematics”; to develop “media competence” while communicating with others and using technologies in mathematics education; and to recognize the differences in teaching mathematics between the two cultures. In this paper we will present our ideas, experiences and results from the seminar.     

The design of tasks that address applications to teaching secondary mathematics for use in undergraduate mathematics courses

This paper describes theoretical design principles emerging from the development of tasks for standard undergraduate mathematics courses that address applications to teaching secondary mathematics. While researchers recognize that mathematical knowledge for teaching is a form of applied mathematics, applications to teaching remain largely absent from curriculum resources for courses for mathematics majors. We developed various materials that contain applications to teaching that have been integrated into four standard undergraduate mathematics courses. Three primary principles influenced the design of the tasks that prepare future teachers to learn and apply mathematics in a manner central to their future work. Additionally, this paper provides guidance for instructors desiring to develop or implement similar applications. The process of developing these tasks underscores the importance of key features regarding the roles of human beings in the tasks, the intentional focus on advanced content connected to school mathematics, and the integration of active engagement strategies.     

The relevance of advanced mathematics studies to expertise in secondary school mathematics teaching: practitioners’ views

This study investigates the different ways by which secondary school mathematics teachers view how advanced mathematics studies are relevant to expertise in classroom instruction. Data sources for this study included position papers and written notes from a group interview of 15 Israeli teachers who studied in a special master’s program, of which advanced mathematics courses comprise a sizeable share. Data analysis was iterative and comparative, aiming at identifying and characterizing teachers’ different perspectives. Overall, all participating teachers thought that the advanced mathematics studies in the program were relevant to their teaching of secondary school mathematics. Moreover, teachers specifically mentioned the importance of studying contemporary mathematics from research mathematicians. All teachers pointed out at least one specific feature that they viewed as relevant to their work: advanced mathematics courses (1) as a resource for teaching secondary school mathematics, (2) for improving understanding about what mathematics is, and (3) for reminding teachers what learning mathematics feels like.     

高师数学专业学生实验能力培养的理论研究与实践

数学实验活动是提高学生数学素养,提高学生应用能力和创造能力的有效途径.高师院校学生肩负着未来培养中小学生的数学探究能力和创造能力的重大使命.因此,高师院校数学实验的教学改革研究具有双重的意义.本文通过对高师院校数学实验课程体系改革的理论研究与教学实践,探讨了高师院校数学实验教学的一条新路,提供了适合高师院校学生数学实验能力培养的新教学模式和新途径.