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INCORPORATING COMPUTER-BASED TOOLS OF VARIOUS SCALES Into the ChE Curriculum

机译:将基于计算机的各种规模的工具整合到ChE课程中

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Many of the challenges facing chemical engineering departments regarding the use of computers in undergraduate education were recently reviewed by Edgar. These challenges come about because of the substantial growth in the number of multiple-purpose and dedicated software packages used in the chemical industry, education, and research. At the same time, there remain substantial practical and educational benefits to teaching computer programming using languages such as FORTRAN, Visual Basic, C, or C++. There is obviously not enough room in the undergraduate curriculum to include all the courses required to teach computer programming and all the state-of-the-art software packages currently used in chemical engineering. Thus, it is desirable to construct a general framework that enables sufficient coverage of computer programming as well as the use of multiple purpose and dedicated software packages.
机译:埃德加最近回顾了化学工程系在本科教育中使用计算机所面临的许多挑战。这些挑战之所以出现,是因为化学工业,教育和研究中使用的多用途和专用软件包的数量大量增加。同时,使用诸如FORTRAN,Visual Basic,C或C ++之类的语言进行计算机编程教学仍然具有巨大的实践和教育意义。显然,本科课程没有足够的空间来容纳教授计算机程序设计所需的所有课程以及目前在化学工程中使用的所有最新软件包。因此,期望构建一种通用框架,该通用框架能够充分覆盖计算机程序以及使用多用途和专用软件包。

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