Photonics enrichment of the EE curriculum

Palais J.C.; Gallagher N.C.

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Photonics enrichment of the EE curriculum

机译：EE课程的光子学充实

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The authors describe how the conventional undergraduate electrical engineering curriculum can accommodate, and be enriched by, an infusion of optical-related subjects. Some combination of the following is recommended: incorporating material on photonics into existing electrical engineering core courses; offering photonic electives for undergraduate electrical engineering students; offering photonics options (well-defined curricula for students wishing to specialize in photonics) within existing electrical engineering or physics departments; and developing independent degree programs in photonics.

机译：作者介绍了常规的本科电气工程课程如何适应和增加与光学相关的课程，从而使课程内容更加丰富。建议将以下内容结合起来：将有关光子学的材料纳入现有的电气工程核心课程；为本科电气工程专业的学生提供光子选修课；在现有的电气工程或物理部门内提供光子学选项（为希望专门研究光子学的学生提供明确的课程）；并开发光子学的独立学位课程。

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《IEEE Transactions on Education》 |1992年第2期|P.103-108|共6页
作者
Palais J.C.; Gallagher N.C.;
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正文语种 eng
中图分类电工技术;
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8. Project for an Energy-Enriched Curriculum: Final Report [R] . 1984

机译：能源丰富课程项目：最终报告

Photonics enrichment of the EE curriculum

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