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Implementing optics courses in dual engineering university programs: challenges and perspectives

机译:在双工大学课程中实施光学课程:挑战与前景

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There are a few barriers to justify the implementation of optics courses into the tight time schedule of a dual engineering university program. The integration of optics into the classic occupational areas of electrical- and communication engineers is ambitious. Between optics and electrics, there are many overlapping contents and correlations. Most companies want fast highly specialized workers but they will not recognize that the most important skill of engineers is their ability to think outside the box. The process of engineering is not to follow algorithms and processes. Their purpose is to develop unique and working solutions that are unable to solve for other specialists. This is because they can see the big picture. To develop this ability it is neccessary to teach them the connections between different fields and to show them the possibilities of science. Only engineers with that far-sightness are able to handle the proceeding digitalization of their business ant to stay productive and contemporary. Most of their work e.g. calculations of construction parts can be solved by standartized algorithms and programs but their real work to think about solutions can never be automatized. Those solutions can be devised with parts of theoretical foundations of optics.
机译:在双重工程大学课程的紧迫时间表中,有一些障碍可以证明必须实施光学课程。将光学元件集成到电气和通信工程师的经典职业领域是雄心勃勃的。在光学和电气之间,存在许多重叠的内容和相关性。大多数公司都希望快速专业化的员工,但他们不会意识到工程师最重要的技能是他们跳出思维的能力。工程的过程不遵循算法和过程。他们的目的是开发无法解决其他专家问题的独特且可行的解决方案。这是因为他们可以看到全局。为了发展这种能力,有必要教会他们不同领域之间的联系,并向他们展示科学的可能性。只有具有远见卓识的工程师才能处理其业务蚂蚁正在进行的数字化,以保持生产力和现代性。他们的大部分工作例如可以通过标准的算法和程序来解决建筑零件的计算问题,但是考虑解决方案的实际工作永远无法实现自动化。可以用光学的理论基础部分来设计这些解决方案。

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