CSUS的光学工程课程

S. Ramesh
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引用次数: 1

摘要

工程课程是动态的,必须在许多方面取得平衡,包括对概念的理解,对事实的了解,以及对分析、设计和沟通技能的掌握。同时,工程教育的质量需要评估和提高,以使毕业生在全球舞台上具有竞争力。本文探讨了研究在工程教育中的作用。每个工程师教育的共同主题是强调解决问题和创造力。研究,特别是在本科阶段,强调工程师作为问题解决者的角色。加州州立大学萨克拉门托分校(CSUS)的光学工程课程包括一个很强的研究部分。经验表明,本科研究对学生的教育有重大影响,应该积极追求,因为CSUS寻求振兴课程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The optical engineering curriculum at CSUS
Engineering curricula are dynamic and have to strike a balance between many aspects including understanding of concepts, knowledge of facts, and acquisition of skills in analysis, design and communication. Simultaneously, the quality of engineering education needs to be evaluated and improved for graduates to be competitive in the global arena. This paper examines the role of research in engineering education. A common theme in every engineer's education is the emphasis on problem solving and creativity. Research, especially at the undergraduate level, emphasizes the role of the engineer as a problem solver. The optical engineering curriculum at California State University, Sacramento (CSUS) includes a strong research component. Experiences suggest that undergraduate research has a major impact on the education of students and should be actively pursued as CSUS seeks to revitalize the curriculum.
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