综一馆 4F
传感量测实验室
Sensor and Measurement Lab
课程简介
传感量测与实验
本课程的设计期望快速引导学生对各类传感元件与量测技术之基本概念,并借由课程之实施而培养组织、沟通、协调的能力,进而能够建立对本系后续各专业课程之认知与兴趣。本课程之实务内容力求深入浅出,以学术理论搭配影片教学让学生充分了解理论知识与实际运用。
本课程教具之选用微电脑传感实验装置与各类传感器模组为主,利用易于组合与多样性,使学生能在最短之时间学习各项常用传感器并了解其量测技术,进而能快速对传感元件与量测技术产生专业认知与了解,期盼能够奠定后续专业课程之基础。
课程内容:微电脑传感实验装置介绍,了解各类传感器原理及技术,具备各类传感器操作及量测概念
工程光学
本课程着重理论与实验的配合,使修课的学生能真正的了解几何光学与波动光学,利用这些原理来设计光学系统(工程光学),进而学习光电工程之核心理论与技术,如晶体光学、傅氏光学、光电子学及光学量测等(光电工程)。期使学生能够熟知工程光学原理,以实验解识应证这些光学的现象;进而运用光电工程理论与技术,来整合与发展光机电系统工程。
课程内容:光学简介,几何光学及波动光学理论含光学实验操作
Courses
Sensing and Measurement
This course is expected to guide students to conceptualize the engineering practice technology in the core sensor and measurement field of the department. This course is also to build up their knowledge of the basic theory and expect them to construct relevant practical topics gradually with their own creativity.
Engineering Optics
This course focuses on the coordination of theory and experiment so that students can not only understand geometric optics and transient optics but also learn how to design optical systems (engineering optics).




