Welcome To
NTU Department of Bioengineering
We Are Here To Change The World
Our Professor
Professor Chih-Hao Fan
Current Position: Professor, Department of Bioenvironmental Systems Engineering, National Taiwan University
E-mail：[email protected]
PhD, Environmental Engineering, Purdue University (June 1994–August 1997)
Master's, Environmental Engineering, Purdue University (September 1992–June 1994)
Bachelor's, Agricultural Engineering, National Taiwan University (October 1986–June 1990)
Master's, Law, Soochow University (September 2003–June 2008)
National Outstanding Contribution Award for Water Conservancy
Professor Fan Zhihao has been engaged in teaching and research for over 20 years, dedicating himself to the fields of water resources and environmental management, applying engineering technology to address various water environmental issues. To date, he has published over 80 papers in international SCI journals, making him an influential scholar in Taiwan's water environment management field.
Latest News
News
Our Member
黃雅甄
Ya Zhen Huang
許毓容
Yu Jung Hsu
鍾昀蓁
Yun Chen Chung
王子境
Tzu Ching Wang
李有儀
Yui Lee
王瑞鋐
Jui Hung Wang
鍾佳玲
Chia Ling Chung
江育德
Yute Chiang
鳳擎
Chin Fong
陳梓炘
Tze Shin Tan
許庭瑜
Ting Yu Hsu
林靖蓉
Ching Jung Lin
康雪琪
Nieves Canja
陳哲恩
Che An Chen
吳柏昇
Bo Sheng Wu
楊子慧
Tzu Hui Yang
蔡佳恩
Jia En Cai
Our Location
Professor Chih-Hao Fan's Laboratory
Contact Number: +886-2-3366-3476
Location: Room 323, 3rd Floor, Agricultural Exhibition Hall, Main Campus
Graduate Student Research Space
Contact Numbers: +886-2-3366-1894 / +886-2-3366-1567
Location: Room 501, 5th Floor, Hao-Han Building, Main Campus
Contact Number:
+886-2-3366-1894 / +886-2-3366-1567
Location: Room 501, 5th Floor, Hao-Han Building, Main Campus
Contact With NTUBSE
Contact NTU's Department of Bioengineering—
Please fill out the inquiry form.
The department's core competence is to cultivate outstanding professionals in bioenvironmental engineering and soil and water resources, nurturing engineers who build a sustainable environment. We hope that graduates will apply engineering techniques and scientific methods to effectively manage and utilize environmental resources, improve the quality of human living environments, and promote the sustainable use of resources.
- We aim to cultivate individuals with excellent character, social concern, and a global perspective.
- We aim to cultivate scientific and technological personnel with the ability to analyze, innovate, and solve problems related to bioenvironmental systems engineering.
- We aim to cultivate personnel with the ability to increase resource efficiency, improve the living environment, and promote the sustainable use of natural resources.
- We aim to cultivate personnel with the ability to continue research and development in bioenvironmental engineering, soil and water resources and ecological engineering, as well as environmental systems analysis and information management technologies, to promote the development goal of balanced production, life, and ecology.