Collaborative Research and Development of a Prototype Java-Based Learning Materials for the Environment of Undergraduate Electrodynamics

基于Java的本科电动力学学习资料原型合作研发

• 批准号: 0127495
• 负责人: Kevin Schmidt
• 金额: $ 3.86万
• 依托单位: Arizona State University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2002
• 资助国家: 美国
• 起止时间: 2002-04-15 至 2006-03-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0127495&HistoricalAwards=false
• 关键词: Collaborative; Research; Development; Prototype; Java

Physics (13) This project is developing and field testing a set of companion materials intended to provide visualization and numerical solutions illustrating problems and concepts in upper-level undergraduate courses in electricity and magnetism. The goal is determine how the use of a highly portable and cost-free implementation of computational and visual learning tool may be brought into wide acceptance. The subject of electrodynamics has been chosen for this proof-of-concept project because of the rich opportunity for visualization. This prototype project involves developing a selection of sample learning aides for undergraduate electrodynamics with a component of field testing in a classroom environment. The project materials consist of Java programs with numerical methods and a visualization interface and are accompanied by descriptive text. A key component of the prototype concept is the text and discussion materials that work with the Java visualization and computational tools. This accompanying material includes subject explanation and description of the use of the computational/visual tools. Though a significant quantity of learning materials and software are being produced in this prototype project, one of the major research question addressed is the design of materials to that they are actually used in the classroom. The design concept being tested seeks to remove many of the typical barriers to adapting new material for an existing class. Among the barriers being addressed are cost, relevance, software compatibility, and the important issue of time invested by teacher and student in getting started with the learning tools. Relevance and other design features are the subject of field tests included in the project design.

物理（13）本项目正在开发和现场测试一套配套材料，旨在提供可视化和数值解决方案，说明高等本科课程中的问题和概念，在电力和磁性。我们的目标是确定如何使用一个高度便携和免费的计算和视觉学习工具的实现可能会被广泛接受。电动力学的主题已被选为这个概念验证项目，因为丰富的可视化的机会。这个原型项目涉及开发一个选择的样本学习辅助本科电动力学的组成部分，在课堂环境中进行现场测试。项目材料包括具有数值方法和可视化界面的Java程序，并附有描述性文本。原型概念的一个关键组成部分是使用Java可视化和计算工具的文本和讨论材料。该随附材料包括受试者解释和计算/视觉工具使用的描述。虽然大量的学习材料和软件正在这个原型项目中生产，解决的主要研究问题之一是材料的设计，他们实际上是在课堂上使用。正在测试的设计概念旨在消除许多典型的障碍，以适应现有的类新材料。正在解决的障碍包括成本、相关性、软件兼容性以及教师和学生在开始使用学习工具时投入的时间这一重要问题。相关性和其他设计特点是项目设计中包括的实地测试的主题。