高等数学是高等院校工科专业的必修课,思政教育目的是引导学生树立正确的世界观、人生观、价值观,更好地认识世界、改造世界。本文基于高等数学的课程特点,从分层教学、融合教学和生动教学三个方面,以哲学理念为“神”、数学分析方法为...高等数学是高等院校工科专业的必修课,思政教育目的是引导学生树立正确的世界观、人生观、价值观,更好地认识世界、改造世界。本文基于高等数学的课程特点,从分层教学、融合教学和生动教学三个方面,以哲学理念为“神”、数学分析方法为“形”开展教学实践,将思想政治教育中哲学、时政和人生观等要素融入高等数学的课程中。根据高等数学的知识结构,以章节为基础引入思想政治要素点,完成高等数学的总体思政课程设计,为广大高等数学教学工作者的教学实践提供参考。Advanced mathematics is a required course for science and engineering majors in universities. The aim of ideological and political education is to guide students to set up correct values, understand and reform the world. Based on the characteristics of advanced mathematics course, this paper conducts teaching practice from three aspects: hierarchical teaching, integrated teaching and vivid teaching. With philosophical concepts as the “connotation” and mathematical analysis methods as the “form”, we integrate elements such as philosophy, current affairs, and outlook on life in ideological and political education into the curriculum of higher mathematics. Moreover, based on the knowledge structure of advanced mathematics, this paper introduces ideological and political elements based on chapters, completes the overall ideological and political curriculum design of advanced mathematics, and provides references for the teaching practice of advanced mathematics teachers.展开更多
文章旨在探讨如何将基于成果的教育(Outcome-Based Education, OBE)理念与问题驱动式学习(Problem-Based Learning, PBL)方法融入《高等数学》微分中值定理的教学设计中。通过明确学习成果、设计贴近实际的问题情境、采用多样化的教学...文章旨在探讨如何将基于成果的教育(Outcome-Based Education, OBE)理念与问题驱动式学习(Problem-Based Learning, PBL)方法融入《高等数学》微分中值定理的教学设计中。通过明确学习成果、设计贴近实际的问题情境、采用多样化的教学方法与活动,以及实施全面的评估与反馈机制,旨在提升学生对微分中值定理的深刻理解与灵活应用能力,同时培养其批判性思维、团队合作和解决问题的能力,进而实现教学效果的显著提升。This paper aims to explore how to integrate the Outcome-Based Education (OBE) concept and Problem-Based Learning (PBL) method into the teaching design of the Differential Mean Value Theorem in Advanced Mathematics. By clarifying learning outcomes, designing practical problem situations, adopting diversified teaching methods and activities, and implementing a comprehensive evaluation and feedback mechanism, the paper aims to enhance students’ profound understanding and flexible application of the Differential Mean Value Theorem, while cultivating their critical thinking, teamwork, and problem-solving abilities, thereby achieving a significant improvement in teaching effectiveness.展开更多
高等数学作为理工科的基础课程之一,为学员提升学习力、思维力、创新力、应用力以及终身发展提供了基础支撑作用。但是由于其课程抽象性强、逻辑性强等特点,课堂多以讲授式为主,学员容易产生畏难心理,从而只拘泥于“算题”而非注重能力...高等数学作为理工科的基础课程之一,为学员提升学习力、思维力、创新力、应用力以及终身发展提供了基础支撑作用。但是由于其课程抽象性强、逻辑性强等特点,课堂多以讲授式为主,学员容易产生畏难心理,从而只拘泥于“算题”而非注重能力素质的养成。本文基于智慧教学模式下,以案例式教学为主要教学手段,给出了具体的教学课例设计,切实提高了课堂教学质量,并为高等数学课堂教学改革创新提供参考性示范。As one of the basic courses of science and engineering disciplines, advanced mathematics provides basic support for students to enhance their learning ability, thinking ability, innovation ability, application ability and lifelong development. However, due to its abstract nature and strong logical components, the class is mainly lecture-oriented, and the students easily produce a psychological fear of difficulties, so they only adhere to the “calculation problem” instead of fostering their overall competencies. In this paper, based on the wisdom teaching mode and the case-based teaching as the main teaching means, the specific teaching lesson design is given, which effectively improves the class teaching quality and provides a reference demonstration for the reform and innovation of higher mathematics classroom teaching.展开更多
文摘高等数学是高等院校工科专业的必修课,思政教育目的是引导学生树立正确的世界观、人生观、价值观,更好地认识世界、改造世界。本文基于高等数学的课程特点,从分层教学、融合教学和生动教学三个方面,以哲学理念为“神”、数学分析方法为“形”开展教学实践,将思想政治教育中哲学、时政和人生观等要素融入高等数学的课程中。根据高等数学的知识结构,以章节为基础引入思想政治要素点,完成高等数学的总体思政课程设计,为广大高等数学教学工作者的教学实践提供参考。Advanced mathematics is a required course for science and engineering majors in universities. The aim of ideological and political education is to guide students to set up correct values, understand and reform the world. Based on the characteristics of advanced mathematics course, this paper conducts teaching practice from three aspects: hierarchical teaching, integrated teaching and vivid teaching. With philosophical concepts as the “connotation” and mathematical analysis methods as the “form”, we integrate elements such as philosophy, current affairs, and outlook on life in ideological and political education into the curriculum of higher mathematics. Moreover, based on the knowledge structure of advanced mathematics, this paper introduces ideological and political elements based on chapters, completes the overall ideological and political curriculum design of advanced mathematics, and provides references for the teaching practice of advanced mathematics teachers.
文摘文章旨在探讨如何将基于成果的教育(Outcome-Based Education, OBE)理念与问题驱动式学习(Problem-Based Learning, PBL)方法融入《高等数学》微分中值定理的教学设计中。通过明确学习成果、设计贴近实际的问题情境、采用多样化的教学方法与活动,以及实施全面的评估与反馈机制,旨在提升学生对微分中值定理的深刻理解与灵活应用能力,同时培养其批判性思维、团队合作和解决问题的能力,进而实现教学效果的显著提升。This paper aims to explore how to integrate the Outcome-Based Education (OBE) concept and Problem-Based Learning (PBL) method into the teaching design of the Differential Mean Value Theorem in Advanced Mathematics. By clarifying learning outcomes, designing practical problem situations, adopting diversified teaching methods and activities, and implementing a comprehensive evaluation and feedback mechanism, the paper aims to enhance students’ profound understanding and flexible application of the Differential Mean Value Theorem, while cultivating their critical thinking, teamwork, and problem-solving abilities, thereby achieving a significant improvement in teaching effectiveness.
文摘高等数学作为理工科的基础课程之一,为学员提升学习力、思维力、创新力、应用力以及终身发展提供了基础支撑作用。但是由于其课程抽象性强、逻辑性强等特点,课堂多以讲授式为主,学员容易产生畏难心理,从而只拘泥于“算题”而非注重能力素质的养成。本文基于智慧教学模式下,以案例式教学为主要教学手段,给出了具体的教学课例设计,切实提高了课堂教学质量,并为高等数学课堂教学改革创新提供参考性示范。As one of the basic courses of science and engineering disciplines, advanced mathematics provides basic support for students to enhance their learning ability, thinking ability, innovation ability, application ability and lifelong development. However, due to its abstract nature and strong logical components, the class is mainly lecture-oriented, and the students easily produce a psychological fear of difficulties, so they only adhere to the “calculation problem” instead of fostering their overall competencies. In this paper, based on the wisdom teaching mode and the case-based teaching as the main teaching means, the specific teaching lesson design is given, which effectively improves the class teaching quality and provides a reference demonstration for the reform and innovation of higher mathematics classroom teaching.
