水利及海洋工程學系112學年度新聘教師應徵人資料審查表-中英文合併版： 國立成功大學水利及海洋工程學系 誠徵專任教師 徵聘職級：助理教授（含）以上 徵聘員額：一名 起聘時間：民國 112 年 8 月 1 日起聘 應徵資格：需於起聘前獲得教育部認可之博士學位者 專長領域： 具備水中聲學、海洋工程、海岸保護及防災、海洋再生能源、創新水利海洋 研究等相關領域。 申請者需檢附下列資料或證件，以電子郵件將相關應聘資料(請註明應聘專 長)寄送本系孫建平主任： （1）履歷表（含推薦者姓名）與自傳 （2）推薦信三封（請推薦人將信封彌封並簽名寄送本系孫建平主任收） （3）歷年研究著作目錄、代表著作抽印本及博士論文 （4）學位證書影本（國外學歷請附經駐外單位檢驗之國外學歷證件影本） （5）服務經歷說明 （6）大學、碩士、博士在學歷年成績單 （7）未來研究方向簡介（研究計畫） （8）未來教學計畫(可開授課程及每學年至少一門以英語授課之規劃) （9）本系應聘人資料審查表，請至本系網頁徵聘公告附件下載 (10) 其他有助於說明能力之文件 申請截止日期：111 年 11 月 7 日止（以當日 23：59 為限） 郵寄地址：701 台南市大學路 1 號 國立成功大學水利及海洋工程學系 E-MAIL：jpsuen@mail.ncku.edu.tw 電話：06-2757575 轉 63201、傳真：06-2741463 系聯絡人：蔡世瑛助教 電話：06-2757575 轉 63202 E-MAIL：shrying@mail.ncku.edu.tw http://www.hyd.ncku.edu.tw Full-time Tenure Track Position Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Taiwan Title: Assistant Professor or higher Application deadline: November 7th, 2022 Starting date of employment: August 1st, 2023 Qualification for Candidates: (1) Ph.D. degree. (2) Research field or experience in underwater acoustics, ocean engineering, coastal protection and disaster prevention, marine renewable energy, or other fields related to innovative hydraulic or ocean engineering research. Please include the following documents with your application: (1) Curriculum vitae (including referees’ name) and autobiography (2) Three reference letters (letter shall be sealed and signed by referee) (3) Publication list, offprints of selected publications and doctoral dissertation (4) Photocopy of the degree diplomas (notarization of diploma is required for foreign degrees) (5) Working experience (if any) (6) Photocopy of undergraduate and graduate school transcripts (master and doctoral programs) (7) Research interests...

03 5 月

Engineering a dream workspace In my lab, we study the evolution of underwater landscapes. We look at density currents that plunge into an ocean or reservoir, and how sediment and water interact to shape the evolution of deltas, channels and canyons. These kinds of powerful currents occur in extreme events — such as floods or typhoons — and often are too hard to measure from a ship. But we can easily reproduce them here in my lab, using sand and coloured-water flows in a tank. This is a dream workspace for me. But things were very different in 2014, when my master’s student and I were trying to recreate what is essentially a braided river channel on the sea floor. I borrowed space in an old fluid-mechanics lab, and we built a new water tank in a very small corner of this cramped, dark lab. It was challenging. My student redesigned the small...