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Effective Application of Spectroscopy and Chemistry Software Tools within the Analytical Chemistry Curriculum to Facilitate Learning and Labwork

机译:光谱学和化学软件工具在分析化学课程中的有效应用,以促进学习和实验室工作

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Increasingly, teachers are incorporating the use of chemistry software programs within their departments and curriculum. The benefits of doing so are enormous and can accelerate the learning process. Chemistry software can allow students to understand the concepts within the curriculum by visualization as well as by theory. These tools also allow students to present the results of their research in a clear and concise manner. Finally, real experience with informatics tools can aid in academic research as well as establish a pathway to industrial applications. The use of chemistry software in the classroom can specifically help teachers in the instruction of fundamentals of structure, bonding and spectroscopy, and can facilitate the development of skills from basic analytical skills to high-order critical thinking. It can also help teachers to motivate their students and allows them to work at their own pace, not unlike e-learning. Overall, the incorporation of such tools into the curriculum provides more possibilities and flexibility in both the teaching and learning process. There are a number of software programs available for academia and this chapter will highlight the most useful for chemistry teachers in the area of structure drawing, visualization, general chemistry, and spectroscopy. It will also give a classroom example of how the software can be incorporated into the curriculum.
机译:教师越来越多地将化学软件程序的使用纳入其部门和课程中。这样做的好处是巨大的,可以加速学习过程。化学软件可以使学生通过可视化和理论理解课程中的概念。这些工具还使学生能够以简洁明了的方式介绍他们的研究结果。最后,信息学工具的实际经验可以帮助进行学术研究,并为工业应用建立途径。在教室中使用化学软件可以专门帮助教师指导结构,键合和光谱学的基础知识,并且可以促进从基本分析技能到高级批判性思维的技能发展。它也可以帮助教师激励学生,并允许他们按照自己的节奏工作,这与电子学习不同。总体而言,将此类工具整合到课程中可为教学和学习过程提供更多的可能性和灵活性。学术界有许多软件程序可供使用,本章将重点介绍结构图,可视化,通用化学和光谱学领域中对化学老师最有用的软件。它还将提供一个课堂示例,说明如何将该软件整合到课程中。

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