過去半導體產業的發展遵循著每兩年微縮一個世代的莫爾定律,但在元件尺度微縮至20奈米以下的今日,展望未來無論是在元件物理、製程控制、成本效益上皆遭遇前所未有的挑戰,尤其在10奈米以下技術迄今未有答案,是當前台灣半導體產業蓬勃發展現狀下的最大隱憂,台灣必須在這些方面積極投資研發、培育人才,方能持續在國際半導體產業獨領風騷 。
國立交通大學成立國際半導體產業學院定位為產業導向之國際化學院,以研發半導體新技術、培育半導體頂尖人才為發展重點,高薪延聘具國際聲望之半導體科技人才、招募國際優秀學生,並積極爭取廠商支持,以「學院引領產業,產業支援學院,共創台灣半導體國際領先地位」為最終目標。 In the past, the development of the semiconductor industry followed Moore's Law (a miniature of device size for one generation every two years) for years. However, for the current components scale of 20 nm or less, industries are facing challenges in the physical component, process control, and cost-effective. Especially the technology below 10 nm is so far unanswered, which is currently the biggest worry for Taiwan's semiconductor industry. In order to continue leading the international semiconductor industry, Taiwan must actively invest R & D and cultivation of talent so we can remain our competitive in the field. National Chiao Tung University founded the International college of the semiconductor technology (ICST) which is positioned as an international institute of industry-oriented to research and development of semiconductor technology. The final goal of ICST is to develop the advance semiconductor technology, cultivation of the semiconductor talents, high salaries recruitment for the semiconductor people with international reputation, cooperation with the industry, and recruitment for the international students who is dedicated to semiconductor technology. |
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