Remain Calm and Stick with your Own Rules for Career Development

截止報名時間 2018-12-18 13:30 名額 70 人 (含備取 20 人) , 已報名 56 人, 尚有餘額 14 人 人氣:1524
registration deadline: 2018-12-18 13:30 Quota: 70 (including 20 on standby) , registered: 56, available slots: 14 hits: 1524

演講人李伯亨教授經歷聯考挫折,就讀海軍軍校,立志做為外交武官;但因為平衡感因素影響健康,不得已選擇放棄。

回到一般教育體系的他,一路從弘光科大、宜蘭大學、交大研究所到美國愛荷華州大拿到博士學位,找到用廢水轉為能源研究的熱愛,先後分別在韓國仁荷大學以及香港理工大學教書;明年將到英國名校帝國理工學院(Imperial College Remain Calm and Stick with your Own Rules for Career DevelopmentLondon)任職。
一起來聆聽李伯亨教授分享的生命經歷,在人生的每個階段,不要放棄任何可能的機會;保持冷靜,堅守自己的原則,放膽追夢!
『對於夢想,你除了要有熱情之外,還需要冷靜與原則!

Remain Calm and Stick with your Own Rules for Career Development

講座日期   107/12/18(星期二)

講座時間    2:30-4:00 pm   

講座地點   應用科技大樓七樓學術交誼廳(R701)

演講大綱   全中文演講

As the acceleration of technology development, globalization, and polarization, it is likely un-friendly for our next generation. This talk will disclose Po-Heng Lee’s experience and share his observation for the young generation in career development. It is likely to stay in a simple life attitude for inner peace for each individual life-long goal. Such a simple life attitude can be achieved by “Remain Calm and Stick with your Own Rules”. His experience and observation in Taiwan, USA, South Korea, and UK for searching such a personal niche will be revealed and discussed.

講座簡歷

 Po-Heng (Henry) Lee is an Associate Professor in the Dept. of Civil and Environmental Engineering at the Hong Kong Polytechnic University. He will serve as a faculty at Imperial College London in 2019. Prior to joining the Hong Kong Polytechnic University, he served as a full-time lecturer in the Dept. of Environmental Engineering at the Inha University, South Korea from 2010 to 2012. He obtained his PhD, MSc, BSc, and AAS at Iowa State University, National Chiao-Tung University, National Ilan University, and Hungkuang University, respectively. His research interest is in applicability and application of thermodynamics and meta-omic rationality to biological and chemical processes for simultaneous pollution control and resource recovery. Especially, his efforts emphases on syntrophic energetics in anaerobic treatment

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