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盛嘉宏

2018-04-20

盛嘉宏，美國北卡州立大學能源與環境學博士候選人，曾任職於中央氣象局及華梵大學教師；曾獲交通部追求卓越創新獎，2014年考取教育部公費留學考試（物理海洋）赴美進修，2018年3月起在南方科技大学海洋科学与工程系担任訪問学者。

 

興趣愛好：風暴潮，海氣交互作用，山地氣象，慢跑，旅行，唱歌

座右銘：生活的目的在增进人类全体之生活，生命的意义在创造宇宙繼起之生命

 

研究领域

Physical Oceanography, Storm surge, Aviation Turbulence, Air-sea circulation and interaction, Global climate change, Artificial Neural Network 

 

 

学习经历

2014美国北卡州立大学能源與環境學系  博士候選人

2013年 國立台灣師範大学地球科學系大氣科學組   博士生

2009年  國立台灣海洋大学海洋科學   碩士

 

科研工作经历

  1. Teaching instructor in Physics Lab, NC A&T (2016 Fall~ present)
  2. Marine Weather Forecaster, Department of Marine Meteorology, Central Weather Bureau, Taiwan
  3. Statistics lecturer, Huafan University, Taiwan
  4. Science lecturer, Ching Kuo institute of management and health, Taiwan

 

所获荣誉

  1. Visiting scholar in Southern University of Science and Technology SUSTech (2018)
  2. Assistantship, NC A&T (2016 Fall~2017Spring)
  3. Government scholarship for overseas study, Ministry of Education, Taiwan (12/2012 Physical Oceanography) 教育部公費留學考試
  4. Certificate of College/University lecturer, Ministry of Education, Taiwan教育部大專院校講師證
  5. Scholarship of excellent graduate student, Li Ming Cultural Foundation (12/2004) 黎明文化基金會獎學金
  6. Prize of pursue excellence innovation, Ministry of Transportation and Communication, Taiwan (12/2002) 交通部追求卓越創新獎

 

代表性论文及計畫

  1. Coupled Atmospheric-Storm Surge Modeling of Recent Hurricanes Landfalling on the North Carolina Coast U.S. (prepared)
  2. Sheng, C.H., Tsai, C.H., 2007: Applications of Artificial Neural Network and Regression Model on Storm Surge, Meteorological Bulletin Vol.46, No.04,27-40.
  3. Sheng, C.H., Iu, L.H., Lin, Y.Z., 2006: Assessment laboratory calibration of water Level gauge with acoustic pipe and standard calibration system on CWB, Conference on Weather Analysis & Forecasting, pp.7-90-96
  4. Dynamics of Orographic Rain Associated with Landfalling Hurricanes over the Central and Southern Appalachian Mountains, funded by NATIONAL SCIENCE FOUNDATION (NSF) 2016.
  5. Improving Environmental Impact Assessment on 2016 Hurricane Matthew by a Joint Atmospheric-Storm Surge Modeling Approach, funded by Water Resources Research Institute of the UNC system and NC Sea Grant (WRRI & NCSG) 2017