高职院校高等数学优质课程的建设与实践

面对目前高职高等数学课堂教学出现了前所未有的问题和困境，提出了课程建设目标及措施。     

数学实验初探

利用几何画板这一数学软件就数学的观察实验、验证实验和探索实验分别作了例证,论述了数学实验对改进数学教学方法、提高教学质量和推进素质教育的必要性和重要性.     

论数学课题探究教学

数学课题探究教学是指,在教师指导下,围绕某一课题,运用探究的方法主动获取数学知识,独立、自主地解决数学问题,培养科学精神和创造性思维与能力的一种实践活动。它具有内容的开放性和方法的多样性等特点。其内容主要有数学基本概念和规律、数学中的综合问题、现实中的数学问题以及科学前沿中的数学问题等。数学课题探究教学包括教师示范指导和诱导、学生探究、师生共探三个基本环节。     

培养现代汽车维修人才的高职课程模式

随着汽车成为一种高科技产品,导致了汽车维修技术发生深刻的变化和进步,对汽车维修人员的维修水平和素质要求也越来越高。高职院校的课程模式要适应这一变化,进而构建一个培养现代汽修人才的课程模式。     

教育生态学视角下高职数学课堂生态的构建

教育生态学是研究教育与其所处的生态环境之间相互作用与规律的科学。本文以教育生态学的理论为依据,从目前高职数学课堂中的生态环境、生态主体之间的关系、教学内容、教学资源四个方面分析了课堂生态系统生态失衡的原因,并探索高职数学生态课堂的构建策略。     

加强国际交流与合作推进数学教育改革--21世纪数学课程与教学改革国际学术研讨会会议纪要

“2002年国际数学家大会”卫星会议之一的“21世纪数学课程与数学改革国际学术研讨会”于2002年8月17日至19日在重庆召开，会议的报告及论文涉及领域主要包括数学课程与教学改革，大学数学教育，信息技术的使用，教师教育，国际数学教学比较等主题，但比较集中在数学课程改革方面。     

模糊数学中隶属函数的构造策略

隶属函数的确立,是模糊数学及其应用在理论上和实践中的基本和关键问题。讨论构造隶属函数的基本原则、步骤和常用方法,总结在模糊控制系统中隶属函数的形状对控制性能的影响。     

充分利用对比 提高教学效率

本文从三个方面介绍笔者对高职“高等数学”课教学改革的一些新思路 .     

Critical Conversations on Social Justice in Undergraduate Mathematics

Abstract

This article explores how critical conversations engage undergraduate mathematics faculty in a community of practice that enhances their knowledge about teaching and learning mathematics for social justice. More broadly, critical conversations are defined as a cooperative learning strategy that can be used to identify, explore, and respond to various interests and issues situated across differing values and beliefs. We present a case study of a critical conversation that took place at a 2016 Mathematics for Social Justice workshop organized by a group of junior faculty. Participant reflections situate perspectives that can help novice and experienced instructors design conversations about teaching mathematics for social justice. Specifically, individual and group reflections highlight the importance of: (i) framing and reflecting on the conversation; (ii) exploring implications and content connections; and (iii) identifying barriers. Implications for faculty members and mathematics departments are provided.     

Learning to Learn to Teach: An ``Experiment' Model for Teaching and Teacher Preparation in Mathematics

This paper describes a model for generating andaccumulating knowledge for both teaching andteacher education. The model is applied firstto prepare prospective teachers to learn toteach mathematics when they enter theclassroom. The concept of treating lessons asexperiments is used to explicate theintentional, rigorous, and systematic processof learning to teach through studying one's ownpractice. The concept of planning teachingexperiences so that others can learn fromone's experience is used to put into practicethe notion of contributing to a sharedprofessional knowledge base for teachingmathematics. The same model is then applied tothe work of improving teacher preparationprograms in mathematics. Parallels are drawnbetween the concepts emphasized for prospectiveteachers and those that are employed byinstructors who study and improve teacherpreparation experiences. In this way, parallelsalso are seen in the processes used to generatean accumulating knowledge base for teaching andfor teacher education.