專題講座

李國賓 講座教授

國立清華大學 動力機械系

研究領域

1.微機電系統(MEMS)

2.微流體生物晶片

3.微感測器

4.奈米生物技術

5.醫療器材

A rewarding journey from fluid mechanics to microfluidics

In this invited talk, I will talk about my journey from fluid mechanics to microfluidics, which is an extremely rewarding experience in the past 25 years. I was trained as an engineer with expertise in fluid mechanics. Since I pursued my PhD degree at UCLA, I switched to an intriguing field working on microfluidics, which required interdisciplinary knowledge including fluid mechanics, micromachining techniques and nanotechnology. In the past 20 years, I have developed integrated microfluidic and nanotechnology systems capable of automating complicated bioprocesses on biochips for a variety of biomedical applications, including efficient screening of biomarkers (affinity reagents), and fast diagnosis of infectious diseases.

1. Biomarker screening

We explored new technology for in vitro screening of aptamers and peptides that have an affinity 100 times higher than natural antibodies, resulting in a shortened screening time (down to ~10%), reduced reagent/sample consumption, and increased efficacy of aptamer and peptide screening.

2. Fast diagnoses of infectious diseases

We have demonstrated single-biochip solutions for fast diagnosis of infectious diseases. Other important applications for virus/bacteria “subtypes” screening, antibiotics-resistant bacteria screening, and effective dose optimization of antibiotics, have also been explored.

演講時間:109年11月26日 14:20-15:20

吳政忠 科技部部長

國立台灣大學應用力學

研究所 特聘教授

研究領域

1.彈性波傳理論分析與相關

微機電應用

2.射頻層狀表面聲波元件

3.聲子晶體分析設計

4.薄膜性質量測

5.生醫表面聲波感測系統

台灣 2030 邁向智慧國家


面對2030全球STEEP趨勢,高齡少子、貧富差距、能資源短缺、新科技快速成熟應用等挑戰,台灣提出2030三大願景:多元包容、創新驅動萬物聯網、循環永續,並據以導引科技政策的規劃與產業的發展。

這四年來,美中關係變化加上今年COVID-19全球肆虐,全球經濟版圖變化、供應鏈重組。台灣由於長期守護的民主法治價值、言論自由、治安良好、教育普及、醫療體系健全、半導體及資通訊產業鏈完整,以及具備完善的資安防禦機制等優勢,使越來越多國家和國際大廠在評估全球策略布局的時候,把台灣列為重要的戰略夥伴。

未來科技與產業政策推動,站在數位國家、創新經濟(DIGI+)、5+2產業創新方案的基礎上,面對2030國際競爭,將進一步強化網路建設、資安卓越、前瞻半導體、精準健康與數位轉型等方案,打造六大核心戰略產業(資訊及數位、資安、生技醫療、國防、綠能、民生戰備),讓台灣成為全球經濟的關鍵力量。


演講時間:109年11月26日 15:20-16:00