Course Syllabus

Course Information：

Year-Semester Course Number Course Name Phase Credits Hours Required/Elective Instructor Class Student NO. Withdraw Note

Spring Semester
Year 2023 316631 Special Topics on Biomimetic Engineering 1 3.0 3 ★ Ren-Jei Chung
Yang Wei GBBE
GCEB 14 0 化工所生化所合開

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Spring Semester Year 2023	316631	Special Topics on Biomimetic Engineering	1	3.0	3	★	Ren-Jei Chung Yang Wei	GBBE GCEB	14	0	化工所生化所合開

Course Plan：

Instructor Ren-Jei Chung　Office Hours

Email rjchung@mail.ntut.edu.tw

Last Updated 2022-12-17 16:04:22

Course Objective 「仿生工程」是生物學到工程技術的觀念轉移，生物系統在上億年的演化驗證後已經達到高效且永續的精緻成果，本課程將介紹仿生工程之最新發展，師法自然將其應用於工程上將帶來革命性的突破。課程內容包含四大主題: (1)仿生概述、(2)生物製造技術、(3)生物高分子與(4)生物材料於仿生技術上的應用。 “Biomimetic Engineering” is a kind of knowledge transferring from biology to engineering technology. After billions of years of evolution, it has been proven that the biological system is highly efficient and sustainable. In this course, the latest progress in Biomimetic Engineering will be introduced. It will bring us revolutionary breakthroughs if we learn from nature and apply it to technology. The topics covered in this course will include (1) an introduction to bioinspiration, (2) biofabrication, (3) biomacromolecules, and (4) biomaterials and their application in bioinspired engineering.

Course Schedule Week1 Introduction to Biological (Natural) Materials Week2 Basic Building Blocks: Amino acid, proteins, polysaccharides, lipids, minerals Week3 Cells: structure and functions Week4 Bio-mineralization Week5 Silicate-based Composites: Diatoms, sea sponges Week6 Calcium carbonate-based Composite: Mollusk shells, crustacean exoskeletons Week7 Calcium phosphate-based Composite: Bone and teeth Week8 Biological Polymers and Polymer-based Composites Week9 Midterm test/report Week10 Biological Elastomers Week11 Cellular Solids (Foams) Week12 Functional Biological Materials I: Adhesion and attachment Week13 Functional Biological Materials II: Surface properties Week14 Functional Biological Materials III: Optical properties Week15 Bio-inspired and biomimetic materials: engineering approaches Week16 Molecular-based Biomimetic Week17 Final Presentation/Project Week18 Final Exam

Evaluation and grading policy 期中考或期中報告 40%，期中課堂表現 10%。 Midterm exam or midterm report 40%. Midterm class performance 10%. 期末考或期末報告 40%，期末課堂表現 10%。 Final exam or final report 40%. Final class performance 10%.

Materials All right reserved. Do not reproduce without permission.

Foreign-language textbooks:Yes
Biological Materials Science: Biological Materials, Bio-inspired Materials and Biomaterials/ M.A. Meyers and P.-Y. Chen. Cambridge University Press. 2014. pp1.630.

The access to curricular consultation 請課堂討論或 email 給授課老師
Please discuss in class or email to the professor.

The course corresponds to the SDGs

Note
因應疫情將使用 GOOGLE MEET進行遠距教學
In response to the epidemic, GOOGLE MEET will be used for distance teaching.

Instructor	Ren-Jei Chung　Office Hours
Email	rjchung@mail.ntut.edu.tw
Last Updated	2022-12-17 16:04:22
Course Objective	「仿生工程」是生物學到工程技術的觀念轉移，生物系統在上億年的演化驗證後已經達到高效且永續的精緻成果，本課程將介紹仿生工程之最新發展，師法自然將其應用於工程上將帶來革命性的突破。課程內容包含四大主題: (1)仿生概述、(2)生物製造技術、(3)生物高分子與(4)生物材料於仿生技術上的應用。 “Biomimetic Engineering” is a kind of knowledge transferring from biology to engineering technology. After billions of years of evolution, it has been proven that the biological system is highly efficient and sustainable. In this course, the latest progress in Biomimetic Engineering will be introduced. It will bring us revolutionary breakthroughs if we learn from nature and apply it to technology. The topics covered in this course will include (1) an introduction to bioinspiration, (2) biofabrication, (3) biomacromolecules, and (4) biomaterials and their application in bioinspired engineering.
Course Schedule	Week1 Introduction to Biological (Natural) Materials Week2 Basic Building Blocks: Amino acid, proteins, polysaccharides, lipids, minerals Week3 Cells: structure and functions Week4 Bio-mineralization Week5 Silicate-based Composites: Diatoms, sea sponges Week6 Calcium carbonate-based Composite: Mollusk shells, crustacean exoskeletons Week7 Calcium phosphate-based Composite: Bone and teeth Week8 Biological Polymers and Polymer-based Composites Week9 Midterm test/report Week10 Biological Elastomers Week11 Cellular Solids (Foams) Week12 Functional Biological Materials I: Adhesion and attachment Week13 Functional Biological Materials II: Surface properties Week14 Functional Biological Materials III: Optical properties Week15 Bio-inspired and biomimetic materials: engineering approaches Week16 Molecular-based Biomimetic Week17 Final Presentation/Project Week18 Final Exam
Evaluation and grading policy	期中考或期中報告 40%，期中課堂表現 10%。 Midterm exam or midterm report 40%. Midterm class performance 10%. 期末考或期末報告 40%，期末課堂表現 10%。 Final exam or final report 40%. Final class performance 10%.
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:Yes Biological Materials Science: Biological Materials, Bio-inspired Materials and Biomaterials/ M.A. Meyers and P.-Y. Chen. Cambridge University Press. 2014. pp1.630.
The access to curricular consultation	請課堂討論或 email 給授課老師 Please discuss in class or email to the professor.
The course corresponds to the SDGs
Note	因應疫情將使用 GOOGLE MEET進行遠距教學 In response to the epidemic, GOOGLE MEET will be used for distance teaching.