化工热力学是化学工程一个重要的基础学科,是化工类专业必修的专业基础课之一。化工热力学是热力学原理在化学工程技术领域中的应用。由于该课程相对于其他课程而言理论性强、内容广、公式数量多,且推导复杂、逻辑性强、概念多而抽象,这些特点使得众多学子望而生畏。因此,在教学过程中要引导学生掌握本课程的基本原理和应用方法,掌握学习的方法,提高他们理论联系实际的能力。一、改进教学方法,培养学生学习兴趣以往的教学大多采用“认真备课,精心安排,细心讲授”的灌输方法,忽略了教学应该是以学生为本的教与学双向互动的 Chemical engineering thermodynamics is an important basic discipline in chemical engineering and one of the basic courses required for the major of chemical engineering. Chemical Engineering Thermodynamics is the application of thermodynamic principles in the field of chemical engineering technology. Due to the fact that this course is more theoretical, extensive in content and more in number than in other courses, its derivation is complex, logical and abstracted in concept. These features make many students daunting. Therefore, in the process of teaching, we should guide students to master the basic principles and application methods of this course, master the learning methods, and improve their ability of integrating theory with practice. First, to improve teaching methods and cultivate students’ interest in learning Most of the past teaching mostly adopts the method of instilling teaching with meticulous preparation, carefully arranging and careful teaching, neglecting that teaching should be based on student-centered teaching and learning.