Long-term Partnership with MIT
Aiming to facilitate Taiwan’s industrial development and promote regional economic prosperity, the Epoch Foundation bridges resources from the world’s top-notch academic institutes. Our partner is the Massachusetts Institute of Technology (MIT). We regularly introduce the latest technologies and training programs, for Taiwan industries to engage with the global economy.

Service

Epoch-MIT/ILP
Industrial Liaison Program
Epoch-MIT/CSAIL
Industry Affiliates Program
Epoch-MIT/Sloan
Executive Education Program
Epoch-MIT/Taiwan’s Innovative
Green Economy Roadmap (TIGER)
MIT is known for its innovative tech developments. It has the most outstanding faculty and R&D teams, across hundreds of labs in 33 departments at six schools. Throughout the years, the MIT has “incubated” 95 Nobel Prize winners, plus countless authorized patents. Other than academic research, it is the institute’s tradition to collaborate with industries and cultivate entrepreneurs. According to a survey conducted by Entrepreneurship and Innovation at MIT in 2015, the institute’s alumni have founded more than 30,000 companies in total, which have generated more than 4.6 million jobs and business revenues worth US$1.09 trillion every year.
The MIT ILP was founded in 1948. At the time, the U.S. government entrusted MIT to carry out major R&D projects and allowed private companies to utilize the results. And since 1993, the MIT Industrial Liaison Program, jointly hosted by MIT and the Epoch Foundation, have enabled 20 leading companies in Taiwan to access top-notch technologies, resources for developing applications, and updated knowledge management as well as business strategies. The program serves as an important “gate” for member companies to grasp the latest global R&D trends and market tendencies, as well as to expand its global horizons. As of now, more than 400 representatives have visited MIT for the talks, conferences, and tailormade programs held in Boston, USA, where MIT is located.
【2019 MIT ILP-Epoch 台灣年會】Less Artificial, More Intelligence: Challenges of AI as a New Industry

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The world’s most important R&D center for information technology and artificial intelligence, MIT Computer Science and Artificial Intelligence Laboratory, has set many landmarks in these two fields. In recent years, MIT CSAIL also leads research and industry trends in Internet communications, World Wide Web, speech recognition, computational biology, touch user interface, computer vision, etc. These technologies have triggered a new set of tech revolutions.
In 1998, the Epoch Foundation, MIT Laboratory for Computer Science and MIT AI Lab launched the Epoch-MIT/CSAIL Industry Affiliates Program, for Taiwanese companies to send staff to the two labs and take part in the R&D there.
In June 2000, through the program, Delta Electronics and Acer joined the Oxygen Alliance to develop a new-generation computer that caters to people’s needs with HP (Hewlett-Packard), Nokia, Philips, and NTT (Nippon Telegraph and Telephone Corporation).
In 2005, Quanta Computer collaborated with CSAIL on the Project TParty. In 2010, they signed an R&D plan named Qmulus and in 2019, they continued the R&D project under the theme of AI Medicine. These have served as a solid foundation for Taiwan to stand out in the global information technology community.
(*Note: MIT LCS and MIT AI Lab merged in 2003, to form the Computer Science and Artificial Intelligence Laboratory, CSAIL)
MIT CSAIL 產學合作

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『The Epoch Foundation sponsored the Asia Pacific Initiative of the MIT Sloan School of Management. The project researched the economic imperatives in Asia and aimed to assist Asian countries with stipulating economic policies. Valuable reports on Asian industries were also provided. The initiative promoted the most effective collaboration models among Asian countries.
The Epoch Foundation provides sponsorship to the initiative in hopes that it can look at the policies and development of the industries in Taiwan. For now, the MIT Sloan School of Management offers short, medium and long-term executive education programs, for companies to train mid-level to senior executives.

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Founded by 20 major companies in Taiwan in 1991, the Epoch Foundation facilitates Taiwan’s industrial development and promotes regional economic prosperity. Since then, it has been working with the best universities around the world, such as MIT, to carry out industry-academia collaboration projects. This has enabled domestic companies to take part in top-notch global tech exchanges by sending senior employees to receive training overseas. With the collaboration with renowned universities, Taiwan’s industry enables to transform and invest in new resources to strengthen business grounds.
In 1998, we initiated the Epoch School, aiming at cultivating talents for our society. More than 3,000 students have benefited from our programs, and more than 80 outstanding startups have been established by the alumni. In 2008, we started supporting startups; in 2012, we launched Garage+ to incubate entrepreneurs. Garage+ is the only zero-equity incubator in Asia to support altruism-driven technology start-ups to better the world. Since 2015, the Startup Global Program hosted by Garage+ had received nearly 2,000 applicants from over 70 countries around the world. Thousands of one-on-one meetings have been facilitated with potential investors and cooperation partners, resulting in one-third of these startups having found investors and cooperation opportunities both in Taiwan and abroad. Over the past 30 years, more corporations have been supporting Epoch Foundation. With the services of Epoch Foundation, Taiwan’s industry allows leveraging the resources of international top-notch universities, further develops innovation and entrepreneurship, as well as supports cultivating young talents. We aspire to instill living energy to society for its sustainable development and build a better future together.

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Since 2006, the MIT Energy Initiative (MITEI) has become MIT’s hub for energy research, education, and outreach. Through these three pillars, MITEI plays a catalytic role in accelerating responses to the many challenges facing the global energy system. MITEI’s mission is to mobilize the research vision, expertise, experience, talent, creativity and capabilities of MIT to address changing and increased energy needs in an environmentally responsible manner.

In furtherance of this mission, Taiwan’s Innovative Green Economy Roadmap (TIGER) Consortium focuses on engaging Taiwan’s industry leaders and MIT experts in developing a long-term robust roadmap for Taiwan in its transition to a green economy based on innovative low-carbon technologies.

TIGER Project goals
  • Update Taiwan’s industrial leaders on the latest developments in the areas of advanced energy technologies, such as hydrogen, energy storage, advanced nuclear, carbon capture, and others
  • Explore tradeoffs for numerous alternative pathways of the future development of Taiwan’s industries
  • Inform members about cutting-edge energy research at MIT

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Technology Review

可充能的新世代植物發光源 The Next Generation of Glowing Plants

全球照明設備消耗了 20% 的總電力,近年來智慧照明產業需求增加,現有的照明系統除了 LED,還有更好的選擇嗎? MIT 的化學工程教授 Michael Strano,開發出可以注入植物葉片上的磷光體奈米粒子(strontium aluminate),利用光線充能而發光,五秒的充能時間可以發光約 一小時。團隊將此粒子藉由氣孔注入植物的葉肉組織中,不需使用限制較多的基因修改技術,即可使葉片擁有植物光源相關研究中最亮的發光能力,且後續可回收的粒子比例達 60%。團隊也驗證此技術對於植物沒有顯著負面影響。 目前該研究獲得 MQDC 建設公司、Bose 研究基金、三星美國獎學金計畫、A STAR 新加玻研究機構等資助。團隊下一步計畫是將過去其他相關研究結合, 打造出續航力與亮度都更高的植物光源,團隊的目標是讓植物光源可以取代現有的照明設備。

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具感測能力的3D列印超材料應用 Engineers Create 3D-printed Objects that Sense How a User is Interacting with Them

想像一下,當你坐在椅子上,可以透過傢俱檢測坐姿,甚至能用來開燈或是開電視。 MIT 工程教授 Stefanie Mueller,與 MIT Media Lab、MIT CSAIL 合作,設計出由 3D 列印製作的感測器,透過特殊的網狀結構 (超材料) 及導電材料所製成。感測器的導電材料能收集物體內部的電容值,並整合到電極感測器,可用來檢測各狀態變化,像是施加的力和旋轉程度。同時,配合團隊所編寫的軟體程式, 能算出「要列印的物體結構上」設置感測器的最佳位置。目前正積極改善演算法提升模擬的精確度,更精密並即時感測人和物體的互動。此研究得到美國國家科學基金會的支持,也在使用者界面軟體與技術專題研討會 (UIST) 上發表。 團隊正計畫擴展製造管道,以應用更多的工具及材料,將感測功能嵌入製造過程中,為可互動列印物體的兼容機制開闢新的可能性。

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車用電池突破 ─ 固態電解質 Designing Better Batteries for Electric Vehicles

傳傳統鋰離子電池結構中,在特定電壓和溫度下,易揮發甚至爆炸,兩電極間傳導帶電鋰離子的液態電解質,是造成鋰離子電池體積和重量侷限性的原因之一。 MIT Energy Initiative 的 Olivetti 副教授及其研究團隊發表,以穩定性較高的固態電解質代替液態電解質,除了維持電池儲能容量,也能顯著縮小電池體積,實現更高的能量密度。團隊針對具發展前景的固態電解質材質如 LGPS、LLZO、LPSCI 等氧、硫化物進行商業規模生產可能之研究, 並顯示材料及製程差異將影響製造電池的可行性和成本。 此研究獲得美國國家科學基金會、海軍研究辦公室、美國能源部能源效率和可再生能源辦公室、麻省理工學院能源計畫種子基金的支持。

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