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Teaching practice and effect of the curriculum design and simulation courses under the support of professional optical software

机译:专业光学软件支持下课程设计与模拟课程的教学实践与效果

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Curriculum design and simulation courses are bridges to connect specialty theories, engineering practice and experimental skills. In order to help students to have the computer aided optical system design ability adapting to developments of the times, a professional optical software—Advanced System of Analysis Program (ASAP) was used in the research teaching of curriculum design and simulation courses. The ASAP tutorials conducting, exercises both complementing and supplementmg the lectures, hands-on practice in class, autonomous learning and independent design after class were bridged organically, to guide students "learning while doing, learning by doing", paying more attention to the process instead of the results. Several years of teaching practice of curriculum design and simulation courses shows that, project-based learning meets society needs of training personnel with knowledge, ability and quality. Students have obtained not only skills of using professional software, but also skills of finding and proposing questions in engineering practice, the scientific method of analyzing and solving questions with specialty knowledge, in addition, autonomous learning ability, teamwork spirit and innovation consciousness, still scientific attitude of facing failure and scientific spirit of admitting deficiency in the process of independent design and exploration.
机译:课程设计和模拟课程是连接专业理论,工程实践和实验技能的桥梁。为了帮助学生具有适应时代发展的计算机辅助光学系统设计能力,在课程设计和模拟课程的研究教学中使用了专业的光学软件-高级分析程序(ASAP)。 ASAP的教学进行,练习的补充和补充,课堂上的动手实践,自主学习和课后的自主设计有机地联系在一起,以指导学生“边学边做,边做边学”,更加关注过程而不是结果。课程设计和模拟课程的几年教学实践表明,基于项目的学习可以满足培训知识,能力和素质的人员的社会需求。学生不仅获得了使用专业软件的技能,而且还获得了在工程实践中查找和提出问题的技能,具有专业知识的分析和解决问题的科学方法,此外,还具有自主学习能力,团队合作精神和创新意识,仍然具有科学性。在独立设计和探索过程中面对失败的态度和承认不足的科学精神。

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