📌 量測與儀表實驗-2 Measurements and Instrumentation Lab-2
授課教師 Instructor：生醫工程學系 劉承揚 教授 Prof. Cheng-Yang Liu, Department of Biomedical Engineering
課程資訊 Course Information：https://ict.nycu.edu.tw/?p=2321
課程時間 Course Schedule：2024/5/15~6/5 （三）W567
報名截止日期 Course selection deadline：2024/05/10

📖 使用黑板板書、教師自編之投影片、專業教學影片，搭配量測與儀表實驗室，來教導量測與儀表之專業知識和實驗。This course utilizes blackboard writing, teacher-curated slides, and professional instructional videos, complemented by measurements and instrumentation laboratories, to teach professional knowledge and experiments in measurement and instrumentation.

📌 魚鱗漿體3D列印實作 Fish-scale based material for 3D Printing
授課教師 Instructor：應用藝術研究所 李建佑 助理教授 Associate Professor Jian-You Li, Institute of Applied Arts
課程資訊 Course Information：https://ict.nycu.edu.tw/?p=2318
課程時間 Course Schedule：2024/5/15~6/19 （三）W9ab
報名截止日期 Course selection deadline：2024/05/10

📖 本課程與永續發展SDG議題相關，了解水產廢棄物以及如何運用水產廢棄物-魚鱗作為3D列印材料，使用參數模型來產生利於乾燥與抑制收縮的空洞結構與表面紋理，來輔助容器物件之設計，並以特殊3D列印機進行列印。Relevant to Sustainable Development Goals (SDGs), this course explores the understanding of aquaculture waste and how to utilize such waste, specifically fish scales, as materials for 3D printing. Using parametric modeling, it generates hollow structures and surface textures conducive to drying and restraining shrinkage, aiding in the design of container objects. Printing is conducted using specialized 3D printers.

📌 城鄉平衡苗圃-電漿農業與山地交通 Balancing the city and country workshop
授課教師 Instructor：機械工程學系 鄭雲謙 教授 Prof. Yun-Chien Cheng, Department of Mechanical Engineering
課程資訊 Course Information：https://ict.nycu.edu.tw/?p=2323
課程時間 Course Schedule：2024/5/15（三）W234n & 2024/5/20~ 6/7 (一)M234n
報名截止日期 Course selection deadline：2024/05/10

📖 在鄉村地區交通限制發展下，以「山地輪椅設計–解決崎嶇路況下殘讓者移動難題」為主題，課程將讓同學透過設計輪椅，結合力學、結構與機構、機電整合與控制，藉此實現輕鬆的輪椅推進。Amidst transportation restrictions in rural areas, the course focuses on "Mountain Wheelchair Design - Addressing Mobility Challenges on Rough Terrain". Through wheelchair design, students integrate mechanics, structures, mechanisms, electromechanical integration, and control to achieve effortless wheelchair propulsion.