数控加工技术中的数控加工工艺与编程是对实践性要求较强的的一门专业课,它与机械制造基础课程中的相关知识的联系紧密,随着数控仿真软件和教学软环境的不断改进使得教学和应用软件的结合更加紧密。问题是怎样把数控加工实践的内容与工程应用相结合,在实际的操作中结合工程应用题目,实现对学生综合能力的培养和提高。合理安排实践课程的校内和校外的学习时间和实习地点,实现对学生综合能力的提高。 NC machining technology and CNC machining technology and programming is a strong practical requirements of a specialized course, which is closely related to the basic knowledge of mechanical manufacturing process, with the continuous improvement of numerical control simulation software and teaching environment makes teaching And the combination of application software more closely. The problem is how to combine the content of CNC machining practice with engineering application, combine the application of engineering in practical operation, and realize the cultivation and improvement of students’ comprehensive abilities. Reasonable arrangements for practical courses in school and outside the study time and place of practice, to achieve the improvement of comprehensive ability of students.