摘要
工程应用数学课程涵盖矩阵论、数值计算方法、最优化方法、数理统计和微分方程等教学内容。文章着眼于研究生数据分析和处理能力的培养,以化工过程的实例引导学生掌握化工过程建模、求解和优化的思路,利用丰富的计算资源和软件资源解决复杂问题,引导学生将精力主要放在方法的构造上,而不是放在方法的实现上,以此提高运用数学方法解决实际问题的能力。
The content of Engineering Applied Mathematics includes matrix theory,numerical calculation,optimization method,mathematical statistics,differential equation,etc.This paper emphasizes the development of data analysis and processing for chemical engineering graduates,proposes the idea of coupling graduate education with industrial practice,and training students with problem solving and optimization skills.Complex problems can be solved with the help of computing and software resources.However,it is rather important to learn how to build a model than to solve the model.Therefore,the improved ability can help students to solve practical problems with appropriate mathematical method.
作者
朱明
马正飞
ZHU Ming;MA Zheng-fei(College of Chemical Engineering,Nanjing Tech University,Nanjing,Jiangsu 210009,China)
出处
《教育教学论坛》
2020年第37期308-309,共2页
Education And Teaching Forum
基金
2019年度江苏省高等学校自然科学面上项目“可控制备的电子化合物强化低温Haber反应基础研究”(19KJB530006)。
关键词
工程应用数学
研究生培养
工程应用
Engineering Applied Mathematics
graduate student education
engineering application
