This course consists of three aspects: "microcontroller", "drive circuit" and "motor mechanism". It introduces the knowledge related to electromechanical control from the shallower to the deeper, and supplements it with practical exercises. First, review the principles of motor mechanics and explain various Drive control method, and finally apply the microcontroller to actually write the control program to drive and control the motor machinery.

Apart from providing students with a deeper understanding of the theoretical knowledge of computer vision, machine learning and artificial intelligence - depth learning, and analyzing how the principles of depth learning combine with the development of artificial neural networks (ANNs) and computer vision, the functional aspects of this course will be explained by teacher’s more than 20 years of experience in industrial cooperation (face detection, recognition and expression analysis, intelligent video surveillance as a service, automated optical inspection (AOI), intelligent manufacturing, visual-guided robot arm control, and automatic guided vehicle (AGV)). The course will teach the basic computer vision principles and techniques for the relationship between 2D images and 3D objects with augmented reality (AR), including the calibration method of the camera and the reconstruction principle of 3D objects. Then I will teach the basic but practical techniques of computer vision, including the design of real-time detection, tracking and recognition systems. We will bring machine learning connections to the field of deep learning. Based on deep learning technology, I will teach you how to develop better real-time detection, tracking and recognition techniques to solve practical problems in the fields of industry, clinical imaging and AI sports. This course aims to develop students' ability to design and integrate skills in computer vision, machine learning and depth learning. Through practical practice, students' ability to think, program design and solve existing problems can be nurtured. Students' ability and spirit of team work can be nurtured through group work. They can also apply the theoretical foundation to industry, clinical imaging and precision sports analytics.

一、目標：協助本校教師、職員及學生瞭解各項經費支用及結報相關規定。
二、對象：本校全體教職員、計畫主持人或辦理經費結報之專、兼任助理。
三、辦理方式：於本校育才網及本室網站(經費報支友善專區)提供線上說明影片及簡報資料。
四、期程：111年8月1日至112年7月31日。
五、學習時數：111年10月31日前完成課程測驗並成績60分以上之教職員核予教育學習時數4小時。

課程內容包含成大MOOCs說明會及推動現況、數位學習領域專家演講，以及數位教材製作教學

在國際化與資訊化時代，英文書信是工作日常必備技能，本講座邀請Rupert Mason English Coaching創辦人分享英文書信的撰寫技巧，以提升本校教職員在辦理行政業務的英文專業能力。

主講者：Rupert Mason English Coaching創辦人Rupert Mason

活動時間：111年4月13日（三）10:00-12:00

活動地點：未來館3F

In the era of globalization and informatization, writing effective emails is an essential skill for daily work. In this seminar, we have invited Rupert Mason, the founder of Rupert Mason English Coaching, to share with us the skills needed for writing professional business emails.

Speaker: Rupert Mason, founder of Rupert Mason English Coaching

Event time: 2022.04.13 (Wed) 10:00 a.m.–12:00 p.m.

Event Location: 3F, NCKU Future Venue

課程大綱:

1. 如何以簡單的軟硬體設備快速建構行動講桌。
   
2. 快速製作影音數位教材－EverCam 在教學上的應用
   
3. 影音數位教材進階編輯技巧
   
4. EverCam Point後製剪輯實作
   
5. Q&A