本課程將分享如今產業在不同面向上一些新的產業新科技趨勢，分為三個部分，包含生成式 AI 趨勢介紹，與製造業中的量測設備整合，以及在 AI 的應用上，如何應用到組織變革，人才篩選，人力轉型，並且將安排有關遠紅線感測技術，幫助學員全面了解光電產業的最新科技動態及其發展驅勢，特別聚焦於遠紅外線感測技術，深入探討其核心原理及在醫療、智慧城市、環境監測等領域的創新應用。遠紅外線熱成像技術（Thermal Imaging）是基於 8~14µm 波長的長波紅外線（LWIR）技術，最初應用於軍事領域，但在 COVID-19 疫情期間，非致冷式紅外線（Uncooled Thermal）成像技術作為商用應用，迅速被廣泛用於人體溫度檢測。隨著技術的發展，遠紅外線感測技術的應用範圍已逐漸擴展到公共安全、醫療檢測、智能家居及環境保護等領域，成為現代科技的重要一環，以及深入解析超高頻（UHF）微波雷達技術的發展與應用，讓學員能夠理解科技動態如何推動此領域的進步，並探索其在現代通訊中的多元應用。課程將詳細介紹微波雷達的基本工作原理、最新的技術創新、及其在無人駕駛、航空航天、醫療、智能監控等領域中的實際應用。學員將了解微波雷達技術如何與其他高新技術（如人工智慧、大數據、5G/6G 網絡等）融合，提升其在行業中的應用價值。This course will share some new industry new technological trends in different aspects of the industry. It is divided into three parts, including introduction to generative AI trends, integration with quantitative testing equipment in manufacturing, and in AI In terms of application, how to apply organizational transformation, talent selection, human resource transformation, and related remote red wire sensing technology will be arranged to help students fully understand the latest technological trends and development driving forces of optical power industry, and focus on remote red external wire sensing technology. , in-depth discussion of its core principles and innovative applications in medical, smart cities, environmental monitoring and other fields. Thermal Imaging is a long-wave red external line (LWIR) technology based on 8-14 µm wavelength. It was originally applied in the military field, but during the COVID-19 epidemic, the Uncooled Thermal Imaging technology is commercially used. Application, it has been widely used in human temperature detection. With the development of technology, the application scope of remote external sensing technology has gradually expanded to public safety, medical testing, smart home and environmental protection and other fields, becoming an important ring in modern technology, as well as in-depth analysis of ultra-high frequency (UHF) microwave radiators. The development and application of technology allows students to understand how technological dynamics can promote the progress of this field and explore its diverse applications in modern communication. The course will provide a detailed introduction to the basic working principles of microwave Ryder, the latest technological innovations, and its actual application in areas such as unmanned driving, aerospace, medicine, and intelligent monitoring. Students will understand how microwave raida technology can be integrated with other high-tech technologies (such as artificial intelligence, large data, 5G/6G networks, etc.) to enhance its application value in the industry.
講師自製講義
A lecturer's self-made lecture
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 課堂參與討論課堂參與討論 Class Participation and Discussion |
50 | |
| 書面作業書面作業 Writing |
50 |
