高校网络课程教学设计

本文探讨了网络课程的含义，阐述了网络课程教学设计和教学设计的原则．提出高校网络课程教学设计的内容。指出网络课程的教学设计是网络教学的关键．只有加强网络课程中的教学设计，才能提高教学效果和教学效率。     

高校网络课程教学设计

本文探讨了网络课程的含义,阐述了网络课程教 学设计和教学设计的原则,提出高校网络课程教学设计的内 容。指出网络课程的教学设计是网络教学的关键,只有加强网 络课程中的教学设计,才能提高教学效果和教学效率。     

网络课程教学设计中存在的问题及解决措施

随着网络教育在我国的蓬勃发展，开发适用于网络教育的高质量的课程成了网络教育中一个非常重要而迫切的课题。网络课程的教学设计是网络课程质量优劣的关键，本文就结合我国网络课程的现状，对我国网络课程的教学设计中存在的问题进行了分析，并提出了一些改进网络课程的教学设计的解决措施。网络课程应在现代教育理论基础上把握好教学设计，以提高教学效果和教学效率。     

网络教学中的教学设计探讨

随着教育信息化的推进,网络教育在我国蓬勃发展,高质量网络课程的开设已成为迫切要求。加强网络课程中的教学设计已成为发挥网络教学的优势、影响网络课程质量的关键,是提高教学水平的重要因素。本文在调查网络课程现状的基础上,介绍了网络教学对教学设计的影响,归纳了网络课程的基本功能结构,网络教学中与教学设计的有关内容,以及应注意的问题,并对网络课程的前景作了展望。     

《建筑材料》网络课程的教学设计

网络课程是教育资源的重要组成部分,在网络课程中,教学设计至关重要,其主要作用是确定教学目标与对象,并通过适当的教学策略与教学评价确保取得有效的成果,本文在分析网络课程教学设计的概念、理论基础等相关问题的基础上,按照狭义网络课程教学设计范畴,进行了《建筑材料》网络课程的教学设计探索。     

浅谈我国网络课程教学设计存在的问题以及改革方向

计算机技术和网络技术的飞速发展给各个领域带来了巨大变革,教育理论和计算机的有机结合是教学手段现代化的重要表现,设计和开发高质量的网络课程是网络教学质量的有力保障。网络课程本身就是一个教学系统,对该教学系统的设计优劣将直接决定网络课程的教学功能是否实现。本文首先介绍了网络课程和网络课程教学设计的概念,然后提出了网络课程中体现教学设计思想的必要性,接着参考相关调研,分析了我国网络课程的教学设计存在的主要问题,最后探讨了当前我国网络课程教学设计的改革方向。     

基于建构主义理论的《C程序设计》网络课程教学设计

教学设计在网络课程设计中起着重要作用,对网络教学各要素的系统分析和设计是网络课程实现其教学功能的重要保障。建构主义是一种先进的教育理念,其本身所具有的特点和要求,使得它更适合于指导网络环境下的教学活动。本文以《C程序设计》网络课程为例,主要探讨基于建构主义理论的网络课程的教学设计．希望对其他网络课程的教学设计也能起到一定的借鉴作用。     

网络课程开发中教学设计人文化的实践与探讨

如何在网络课程开发过程中进行有效的教学设计是当前信息化教学领域研究中的一个重要课题.本文首先阐述人文主义内涵,分析人文主义教育思想对现代教育积极而深远的影响,提出网络课程教学设计人文化的观点:然后从人文主义视角审视网络课程教学设计中存在的一些问题,论述通过设计人文化的教学目标、构建开放性的课程内容组织结构、设计多元化的资源呈现方式、创设真实问题情境及构建人文情感互动有效通道等途径,实现网络课程开发教学设计人文化,并通过一个网络课程<电动力学>案例进行实践与探讨;最后指出,设计与开发网络课程是一项复杂而富于创造性的工作,课程的质量直接影响着教育教学的质量和效果,网络课程教学设计人文化是保障课程质量的必要条件.     

网络课程教学平台设计

网络课程教学平台是网络课程建设和评价的窗口,是课程网络化学习的平台,是教师与学生互动交流的媒介,是网络课程示范辐射的载体。在运用网络课程进行教学的过程中,网络课程教学平台起着非常重要的作用。本文分别从网络教学平台的设计思想与原则、总体框架设计、功能结构设计、信息组织结构设计等方面论述了如何建立切实可用的网络课程教学平台。     

《微生物学》网络课程的教学设计

本文从网络课程的含义、理论基础和网络课程的定位出发,指出要开发出一门的好网络课程,教学设计是关键。本文以《微生物》网络课程的设计与开发为例,对课程的教学目标设计、教学内容设计、教学过程设计、教学评价设计等各环节进行了较为具体的讨论。     

The Phoenix Rising: Emergent models of instructional design

The blurring of distinctions between online and distance education in many parts of the developed world has led to reflections on the strategies and processes by which we create effective online learning environments for the distance education learner. In this article we argue that the foundational models of instructional design that typically inform the design, development, and delivery of online environments do not always support the epistemology and pedagogy that embodies the online environment. Through an analysis of current approaches to instructional design we present a case for adopting principles of emergence theory as a means to best harness the power and potential of design and development for online distance education. Using a prototype three‐phase design model that embodies emergent principles we advocate that to achieve the full potential of interaction and community networks through online communications requires a repositioning of roles and processes associated with “instructional design.”     

The effectiveness of blended online learning courses at the community college level

Whether through the use of online-only or hybrid/blended formats, colleges and universities across the country are increasingly utilizing online platforms as a medium for the delivery of instruction. At the same time, we know little about how student learning outcomes are related to students’ engagement with online instructional formats. In particular, few studies have evaluated online learning in community colleges, and fewer yet have employed an experimental or quasi-experimental design to do so. In this research, we use propensity score matching to compare learning gains between community college students enrolled in blended courses, (courses that combine online instructional delivery with traditional classroom-based instruction) with gains experienced by students receiving only classroom-based instruction. Among students enrolled in blended courses, we also consider which aspects of student use of online instructional materials are most strongly associated with student learning. While some evidence has suggested significantly poorer outcomes for community college students enrolled in online-only courses, our results suggest that students enrolled in blended courses perform similarly, if not better, relative to students in a traditional instructional setting. Implications for practice and research are discussed.     

面向自主学习的网络课件的教学设计

网络课件有三种应用模式:面向传递教学、面向自主学习、面向混合式教学。在现代远程教育中,应当设计和开发面向自主学习的网络课件。面向自主学习的网络课件包含六种教学设计成分:学习内容、扩展学习资源、教学策略、动机策略、学习指导和学习评价,论文分析了上述六种教学设计成分的设计方法,归纳了网络课件的教学设计模式。     

i-时代的教学环境与教学设计——第四届全国数字校园建设与创新发展高峰论坛综述

文章从教育信息化的机遇与挑战、教学环境变革与教学模式创新、教育资源开发与在线学习文化三个方面,对第四届全国数字校园建设与创新发展高峰论坛进行了综述,并解读了会议特点及实践趋势,最后围绕教学环境和教学设计两个核心议题进行了思考和分析。     

Designing Instruction for the Context of Online Learning

Many individuals are creating instruction that will be used for online learning. This paper reviews four generic categories of instructional principles: Instructional Design (pedagogical issues), Subject Matter (content issues), Language (semantic and syntactic issues), and Presentation (physical issues), that should be used as guidelines when designing instructional materials. Nine current considerations for the context of online learning are drawn from the literature and experience and we show how each relates to these existing guidelines. We conclude the four generic categories of instructional principles apply equally to the design of instruction for the context of online learning and most issues that people talk about when designing online instruction are simply elaborations of these existing principles. A job aid is provided to help designers systematically consider essential principles when designing online instruction.     

基于Kemp模式的在线微课程教学设计模式的构建与分析

文章结合MOOC环境下在线微课程建设的实际需要,借鉴Kemp模式构建了一种以教学资源设计为重点的在线微课程教学设计模式,并针对模式中的重要环节设计了相应的教学设计模板。该模式以教学视频、学习活动和内嵌式学习支持三个方面的内容为核心进行教学资源设计,为学员自主实施探究性学习和构建性学习提供了支持。实践结果表明,该模式作为一种在线微课程设计、开发及实施的指导框架和执行基础,能够显著提高在线微课程的教学设计质量和开发效率。     

《工程力学》网络课程的总体策划及教学设计

本在阐述了网络课程的教学设计理论及教学设计方法的基础上，通过对《工程力学》网络课程进行总体策划和教学设计，论述了以正确的教学思想为指导、分析学习的特征、分析教学内容、选择教学媒体等设计理念及设计方法，介绍了《工程力学》网络课程的基本情况、功能模块和设计开发具有仿真性、交互性和实践性的网络课程的方法。     

Didactising: Continuing the work of Leen Streefland

In this paper we present three cases of instructional design that illustrates both horizontal didactising, the activity of using already established principles to design instruction, and vertical didactising the activity of developing new tools and principles for instructional design. The first case illustrates horizontal didactising by elaborating how the constructs chains of signification and models were used to design an instructional sequence involving linear growth. The second and third cases illustrate vertical didactising by developing argumentation analyses and generative listening, respectively, as instructional design tools. In the second case, argumentation analyses emerge as a tool that other designers can use to anticipate the quality of conversations that can occur as students engage in tasks prior to implementing the instructional sequence. The third case develops the notion of generative listening as a conceptual tool within the context of designing differential equations instruction to gain insights into what are, for students, experientially-real starting points that are mathematical in nature and to provide inspirations for revisions to instructional sequences. This revised version was published online in August 2006 with corrections to the Cover Date.     

异步交互工具的交互潜能——一项关于异步交互中教学交互结构模型的研究

本文将社会网络分析法(SNA)用于两个教学案例,从教学交互的角度对异步交互中教师和学生组成的交互群体的交互模型和结构进行了系统的分析.研究认为,为了更加有效地利用异步交互促进在线学习,教师需要有针对性地对在线学习中的交互进行设计和准备,并在教学过程中充分发挥学生在交互过程中的主动性,提高对学生的关注程度.此外,结合使用多种交互工具,也可以有效地提高在线学习中教学交互的质量和效率.     

Asynchronous Online Instruction Leads to Learning Gaps When Compared to a Flipped Classroom

With the gradual shift to online education models that has taken place in recent decades, research has sought to understand the nuances of student performance in an online model in comparison to more traditional in-person modalities. However, the effects of instructional modality have been difficult to determine given the many variables that exist in course design between these methods. In this study, we attempt to determine the efficacy of asynchronous online instruction by comparing two nearly equivalent courses. The first course was a flipped classroom, a recent and well-studied hybrid model of instruction. The second was an asynchronous fully online course that contained all the same instructional elements as the in-person course but lacked any student or instructor interaction. Student performance was tracked at both a highly-selective private institution and an open-enrollment public institution. Results show that students’ performance drops in an asynchronous online course compared to an equivalent in-person experience. Several potential hypotheses are put forth to explain a change in performance that can potentially shape the design of online instruction.