講者：彭裕民所長
演講題目：化學、化工與材料的創新與應用
演講時間：6/9（五）15:30~17:20
演講地點：博雅館 201
主持人：呂宗昕教授
演講摘要
It is a long process for an innovative advanced material to cross the Valley of Death before it has a chance to arrive in the marketplace. It goes through many stages including feasibility, performance requirement, manufacturability and reliability. Unexpected conditions or requirements may surface anytime which may stop the process. In 1973, ITRI’s Material and Chemical Research Laboratories (MCL) was established to develop advanced materials and bring them across the Valley of Death to become marketable products. In this presentation, examples will be shown to demonstrate MCL’s success in commercializing advanced materials. These include the first carbon fiber bicycle frame for Giant Bicycles, TSMC’s first IC foundry and the high safety STOBA lithium ion battery for electric vehicles. The presentation will also discuss how to integrate materials, processes and equipment effectively to develop a successful product. Today’s technologies change at a very fast pace. The uncertainty generates higher risk in materials and product development. ITRI established an Open Innovation Platform that involves integrating internal and external knowledge and expertise into the innovative process. The cross-discipline collaboration with domestic and international partners speeds up the rate of innovation and commercialization, and lowers the risk of turning an innovative material into a successful product. |
先進材料在真正跨越死亡之谷進入市場前，必須經過一個非常冗長的過程。過程包括：可行性分析，功能制訂，製造可行性分析及可靠度分析。許多不可預期的狀況隨時可能會發生，而中斷了這個過程。工研院材化所成立於1973年，其宗旨即是發展先進材料，並能帶領跨越死亡之谷，達成商品化的目標。在此演講中，將會舉出一些材化所過去如何協助先進材料的發展到成功商品化的案例，包括：協助巨大自行車公司發展的第一台碳纖維車架，台積電的第一座IC晶圓代工廠，電動車用的STOBA高安全性鋰電池。演講中也會說明材化所如何成功的整合材料、製造與設備的研發過程。現今的科技改變得非常快速，許多不確定性也增加了材料與產品的研發風險。工研院所架構的開放及創新的研發平台，協助整合內部及外部的知識與經驗，同時致力於整合國內、外跨領域的技術合作，以加速創新和商品化的速度，同時降低材料研發的風險。
關於本次講者資訊請參考附件檔案，謝謝。
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