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Tsing HuaNTHU

NTHU

National Tsing Hua University was established in Beijing in 1911 and was re-established in Hsinchu, Taiwan in 1956. The campus covers over 136 hectares (366 acres) of scenic land, flush with lakes and trees. Campus convenience is of the utmost, neighboring research institutes and universities, likeIndustrial Technology Research Institute (ITRI), National Synchrotron Radiation Research Center (NSSRC), National Chiao Tung University (NCTU), and the Hsinchu Science-Based Industrial Park (HSIP). Hsinchu is accurately known and dubbed as the 'Science city of Taiwan'.
NTHU has developed into a comprehensive research university offering a full range of degree programs in science, technology, engineering, humanities, social sciences, and management. More recently, NTHU was formally merged with National Hsinchu University of Education (NHCUE) in 2016. The university now has 10 colleges, 26 departments, 27 independent graduate institutes, and 10 independent master and PhD programs. Currently, NTHU employs over 808 full-time faculty members. More than 16,547 students, around 9,006 undergraduates, 5,805 master candidates and 1,736 for doctoral candidates as of data of fall semester 2016. The student-faculty ratio is 20.48:1 and male to female students is 2.1:1.
NTHU consistently ranks as one of the premier universities in East Asia, for example, NTHU has been ranked at 151 in QS World University Ranking in 2017. Therefore, NTHU is widely recognized as a leading incubator for future leaders. Our outstanding alumni highlight the success of NTHU students, including Nobel Physics laureates Dr. Cheng-Ning Yang and Dr. Tsung-Dao Lee, Nobel Chemistry laureate Dr. Yuan-Tseh Lee, and Wolf Prize winner in mathematics Dr. Shiing-Shen Chern.

本「潔淨水質與永續能源海外創新研究中心(WISE)」的願景在於整合與執行跨領域與先進關鍵技術的國際化,利用跨領域的節能省碳與潔淨回收再利用技術,更有效的執行環境永續與低碳環境科技的整合應用。 在創新研究項目部分,潔淨水環境與能源永續的技術開發範疇主要以水-能源鏈結技術的新穎化與創新研究為主,在技術開發上,將應用循環經濟的精神與理論於環境永續創新技術的執行策略上,將水-能源視為一體,在節能省碳的技術發展下,進行水質的淨化與水體的回收再用,同時讓可資源化物質可被循環再利用,以達到此海外研究中心的卓越性與永續性。因此研究主軸定位在「潔淨水質」、「低碳綠能」及「先進關鍵材料」等三大領域的合作,以達到環境永續之創新技術發展,以進行實質國際的跨領域合作及人才培育,實質達到潔淨水環境與能源永續的卓越學術研究目的。