一、	課程說明(Course Desc<x>ription) 
<br>本課程實施16週課程. 
<br>生成式人工智慧倫理聲明:
<br>有條件開放，請註明如何使用生成式AI於課程產出
<br>基於透明與負責任的原則，本課程鼓勵學生利用AI進行協作或互學，以提升本門課產出品質。根據本校
<br>公布之「大學教育場域AI協作、共學與素養培養指引」，本門課程採取有條件開放，以下說明如何使用
<br>生成式AI於課程產出
<br>學生須於課堂作業或報告中的「標題頁註腳」或「引用文獻後」簡要說明如何使用生成式AI進行議題發
<br>想、文句潤飾或結構參考等使用方式。若經查核使用卻無在作業或報告中標明，教師、學校或相關單位
<br>有權重新針對作業或報告重新評分或不予計分。
<br>本門課授課教材或學習資料若有引用自生成式AI，教師也將在投影片或口頭標注。
<br>修讀本課程之學生於選課時視為同意以上倫理聲明。
<br>
<br>The aims of this course is to introduce the technology platforms, methodologies, 
<br>and the design of organ on a chip and artificial organs. Knowledge of organ on a 
<br>chip design and application will be introduce including brain on a chip, lung on 
<br>a chip, and disease on a chip. Various engineering issues surrounding the design 
<br>of artificial organs including biopolymers and biocompatibility, stem cell 
<br>technology, biomimetic systems, design principles for tissue and blood contact, 
<br>and control of artificial organs are emphasized. Knowledge to the design of 
<br>artificial organs including circulatory support devices, drug delivery systems, 
<br>artificial kidney, and other bioartificial organs are included.
<br>二、教學方式(Teaching Method) 
<br>Lecture
<br>三、教學進度(Syllabus) 
<br>L1.  Introduction of organ on a chip
<br>L2.  Cell source and stem cells technology I
<br>L3.  Cell source and stem cells technology II
<br>L4.  Biomimetic systems
<br>L5.  Design of microfluidic culture devices
<br>L6.  Application of organ on a chip
<br>L7.  Human Body-on-Chips and disease model
<br>L8.  Mid-term exam
<br>L9.  Introduction of bioartificial organ
<br>L10. Whole-organ decellularization
<br>L11. 3D organ bioprinting
<br>L12. Organoid engineering
<br>L13  Application of bioartificial organ 
<br>L14. Oral presentation 
<br>L15. Oral presentation
<br>L16. Oral presentation
<br>四、成績考核(Evaluation) 
<br>Class participation(10%)、Mid-term exam (30%)、Final presentation (40%)、Quiz 
<br>(20%)
<br>