在应用型人才培养需要、工程教育认证要求的背景下,材料类专业开设《计算机在材料科学中的应用》课程极其重要。该课程是培养学生具备满足工程教育认证提出的“毕业要求5:使用现代工具”能力的重要支撑课程。本文深入分析了以往本校乃...在应用型人才培养需要、工程教育认证要求的背景下,材料类专业开设《计算机在材料科学中的应用》课程极其重要。该课程是培养学生具备满足工程教育认证提出的“毕业要求5:使用现代工具”能力的重要支撑课程。本文深入分析了以往本校乃至其他高校开设此门课程在教学实践过程中所存在的问题,作出课程教改与实践探索,通过教改和教学实践探索,设定了课程目标,优化了课程内容,革新了教学实践过程,打造出适合于应用型人才培养、符合工程教育认证要求的《计算机在材料科学中的应用》课程。探索形成的相关结果和规律不仅能够为开设有此门课程的高校提供参考还能为相近课程的教授提供教改借鉴,起到辐射示范作用。Under the background of the need for application-oriented personnel training and the requirements of engineering education certification, it is extremely important for materials majors to offer the course “Application of Computer in Materials Science”. This course is an important supporting course to train students to meet the “graduation requirement 5: Using modern tools” proposed by the Engineering Education certification. This paper makes an in-depth analysis of the problems existing in the teaching practice of this course offered by the university and other universities in the past, and makes curriculum reform and practice exploration. Through the teaching reform and teaching practice exploration, the course objectives are set, the course content is optimized, and the teaching practice process is reformed. The course “Application of Computer in Materials Science”, which is suitable for the training of applied talents and meets the requirements of engineering education certification, has been created. The relevant results and rules formed by the exploration can not only provide reference for the universities offering this course, but also provide teaching reform reference for professors of similar courses, and play a radiation demonstration role.展开更多
通过计算机在化学中的应用课程学习,同学们能系统地掌握中国知网、Web of Science等数据库文献检索,论文撰写,以及EndNote文献管理、ChemSketch和ChemOffice有机结构绘制、Origin实验数据处理等软件的基本操作,具备基本的科研素养。为...通过计算机在化学中的应用课程学习,同学们能系统地掌握中国知网、Web of Science等数据库文献检索,论文撰写,以及EndNote文献管理、ChemSketch和ChemOffice有机结构绘制、Origin实验数据处理等软件的基本操作,具备基本的科研素养。为使同学们更好地掌握本门课程,主要在教学内容和教学模式上进行优化。教学内容上将科研融入本科教学,运用所学到的知识引导学生解决实际的科研问题。教学模式上充分运用网络平台采取线上和线下相结合的模式,适当缩短教师讲授时间,增加学生上机练习时间,增加课堂翻转环节。这样可加深学生对相关内容的理解,拓展学生的视野,提高学生的科研创新能力。展开更多
文摘在应用型人才培养需要、工程教育认证要求的背景下,材料类专业开设《计算机在材料科学中的应用》课程极其重要。该课程是培养学生具备满足工程教育认证提出的“毕业要求5:使用现代工具”能力的重要支撑课程。本文深入分析了以往本校乃至其他高校开设此门课程在教学实践过程中所存在的问题,作出课程教改与实践探索,通过教改和教学实践探索,设定了课程目标,优化了课程内容,革新了教学实践过程,打造出适合于应用型人才培养、符合工程教育认证要求的《计算机在材料科学中的应用》课程。探索形成的相关结果和规律不仅能够为开设有此门课程的高校提供参考还能为相近课程的教授提供教改借鉴,起到辐射示范作用。Under the background of the need for application-oriented personnel training and the requirements of engineering education certification, it is extremely important for materials majors to offer the course “Application of Computer in Materials Science”. This course is an important supporting course to train students to meet the “graduation requirement 5: Using modern tools” proposed by the Engineering Education certification. This paper makes an in-depth analysis of the problems existing in the teaching practice of this course offered by the university and other universities in the past, and makes curriculum reform and practice exploration. Through the teaching reform and teaching practice exploration, the course objectives are set, the course content is optimized, and the teaching practice process is reformed. The course “Application of Computer in Materials Science”, which is suitable for the training of applied talents and meets the requirements of engineering education certification, has been created. The relevant results and rules formed by the exploration can not only provide reference for the universities offering this course, but also provide teaching reform reference for professors of similar courses, and play a radiation demonstration role.
文摘通过计算机在化学中的应用课程学习,同学们能系统地掌握中国知网、Web of Science等数据库文献检索,论文撰写,以及EndNote文献管理、ChemSketch和ChemOffice有机结构绘制、Origin实验数据处理等软件的基本操作,具备基本的科研素养。为使同学们更好地掌握本门课程,主要在教学内容和教学模式上进行优化。教学内容上将科研融入本科教学,运用所学到的知识引导学生解决实际的科研问题。教学模式上充分运用网络平台采取线上和线下相结合的模式,适当缩短教师讲授时间,增加学生上机练习时间,增加课堂翻转环节。这样可加深学生对相关内容的理解,拓展学生的视野,提高学生的科研创新能力。
