Developing Computational Science Curricula: The EarthVision Experience

Ralph K. Coppola, E. Toth
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Abstract

Technology is used to empower students to go beyond traditional limitations. EarthVision provides the opportunity to participate in an authentic research environment enables the students to develop a sense of self worth and esteem established in the context of a phased curriculum, bringing together experts in a variety of disciplines. New techniques such as modeling and scientific visualization are employed to expand the types of phenomena which are possible to examine at a high school level. The use of concept strands going from simple elements to complicated representations helps to move the teacher/student teams from a highly structured learning environment to one that is highly independent. The scientific method, which employs validation throughout the computational science process, brings rigor and integrity which stimulates skill development needed for the development of autonomy. The result is significant cognitive development coupled with a positive affective orientation.
开发计算科学课程:EarthVision的经验
科技被用来赋予学生超越传统限制的能力。EarthVision提供了参与真实研究环境的机会,使学生能够在分阶段课程的背景下建立自我价值感和自尊感,汇集了各种学科的专家。采用建模和科学可视化等新技术来扩大可能在高中水平上检查的现象类型。使用从简单元素到复杂表示的概念链有助于将教师/学生团队从高度结构化的学习环境转移到高度独立的学习环境。在整个计算科学过程中采用验证的科学方法带来了严谨性和完整性,从而刺激了自主发展所需的技能发展。结果是显著的认知发展与积极的情感取向相结合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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