Transdisciplinarity

A deep dialogue and interaction between different specialized fields

About Transdisciplinarity

Important and pivotal problem need to thinking and induction in different point.
By a large number of operation to communicating and comparing until figuring out a suitable answer.

Importance of Transdisciplinarity

Different academic fields like the different ingredient of coffee.
By combining them together can get a mellow coffee.

previous arrow
next arrow
Shadow
Slider

中心目標Aims

中心目標Aims

中心將建立跨領域綠技術實驗室資源整合,分為(1)『生物能機電生態系統應用與開發實驗群』(2)『先進綠色材料開發實驗群』 (3)『綠色生物化學催化技術實驗群』:

The center will establish the integration of cross-domain green technology laboratory resources into(1) Experimental group of bioenergy mechatronic ecosystem application and development (2) Advanced green material development experimental group (3) Green biochemical catalytic technology experimental group:

 

(1).『生物能機電生態系統應用與開發實驗群』:由宜蘭大學王金燦執行長主導。

(1).Experimental group of application and development of bioenergy mechatronic ecosystem: led by Prof. Chin Tsan Wang, CEO of CII

 

1.整合『先進綠色材料開發實驗群』、『綠色生物化學催化技術實驗群』及『生物能機電生態系統應用與開發實驗群』開發技術。

I、Integrate the “Advanced Green Materials Development Experimental Group”, “Green Biochemical Catalysis Technology Experimental Group” and “Bioenergy Electromechanical Ecosystem Application and Development Experimental Group” development technology.

2.開發高降解性生物能應用與模擬分析系統

II、Development of a highly degradable bioenergy application and simulation analysis system

3.開發高性能微型生物能系統感測器

III、Development of high-performance miniature biological energy system sensors

 

(2).『先進綠色材料開發實驗群』:由台北科技大學楊永欽教授副執行長主導。

(2). Advanced green material development experimental group: led by CEO of CII, Prof. Yung-Chin Yang, Taipei University of Science and Technology.

1.開發高抗蝕性極板材料

I、Develop high-resistance plate materials

2.開發生物功能性極板材料

II、Development of Biofunctional Plate Materials

3.開發高電導性極板材料

III、Develop high-conductivity plate materials

 

(3).『綠色生物化學催化技術實驗群』:由台灣科技大學王丞浩教授副執行長主導。

(3). Green Biochemical Catalysis Technology Experimental Group: Directed by CEO of CII, Prof. Chen-Hao, Wang, Taiwan University of Science and Technology.

1.開發高催化性觸媒

I、Develop high catalytic catalysts

2.開發長效性觸媒

II、Develop long-acting catalysts

3.開發MFC(微生物燃料電池)專用功能性觸媒

III、Developed a functional catalyst for MFC (microbial fuel cell)

 

長期目標:
透過跨領域整合涵蓋機械、環工、化工、材料、微/機電奈米系統、電子、奈米技術、生物技術等跨領域技術,結合不同領域研究人員特有之專長與技術,搭配個別實驗室現有設備與場地,發展為一個新興的特色研究領群。且為了更加與國際接軌合作,本中心也持續歡迎各個領域的專家學者加入,一同努力為中心付出一份心力。

Long goals:

Through cross-domain integration covering cross-cutting technologies in machinery, environmental engineering, chemical engineering, materials, micro/electromechanical nanosystems, electronics, nanotechnology, and biotechnology, combining the expertise and technology unique to researchers in different fields, with individual laboratories Equipment and venues have developed into a new and distinctive research group. In order to further cooperate with the international community, the Center also welcomes experts and scholars from all fields to join in the effort to work for the center.

 

有興趣的學者可以透過Email:ctwang@niu.edu.tw 與執行長王金燦教授聯絡合作事宜。

Scholars who are interested in our center can contact Prof. Chin Tsan Wang through the email: ctwang@niu.edu.tw for cooperation.