Kaist

Research Day Highlights Most Outstanding Research Achievemen..

(Professor Cho, the grand research prize awardee makes a special lecture on the Research Day on April 23.) Professor Byung Jin Cho from the School of Electrical Engineering was selected as the Grand Research Prize Winner in recognition of his innovative research achievement in the fields of nano electric and flexible energy devices during the 2019 KAIST Research Day ceremony held on April 23 at the Chung Kunmo Conference Hall. The ten most outstanding research achievements from the past year were also awarded in the three areas of Research, Innovation, Convergence Researches. Professor Cho is an internationally recognized researcher in the field of future nano and energy device technology. Professor Cho’s team has continued to research on advanced CMOS (complementary metal-oxide semiconductors). CMOS has become his key research topic over the past three decades. In 2014, he developed a glass fabric-based thermoelectric generator, which is extremely light and flexible and produces electricity from the heat of the human body. It is so flexible that the allowable bending radius of the generator is as low as 20 mm. There are no changes in performance even if the generator bends upward and downward for up to 120 cycles. His wearable thermoelectric generator was selected as one of the top ten most promising digital technologies by the Netexplo Forum in 2015. He now is working on high-performance and ultra-flexible CMOS IC for biomedical applications, expanding his scope to thermal haptic technology in VR using graphene-CMOS hybrid integrated circuits; to self-powered wireless sensor nodes and self-powered ECG system using wearable thermoelectric generators . In his special lecture at the ceremony, Professor Cho stressed the importance of collaboration in making scientific research and presented how he moved to future devices after focusing on scaling the devices. “When I started the research on semiconductors, I focused on how to scale the device down as much as possible. For decades, we have conducted a number of procedures to produce tiny but efficient materials. Now we have shifted to develop flexible thermoelements and wearable devices,” said Professor Cho. “We all thought the scaling down is the only way to create value-added technological breakthroughs. Now, the devices have been scaled down to 7nm and will go down to 5 nm soon. Over the past few years, I think we have gone through all the possible technological breakthroughs for reducing the size to 5nm. The semiconductor devices are made of more 1 billion transistors and go through 1,000 technological processes. So, there won’t be any possible way for a single genius to make a huge breakthrough. Without collaboration with others, it is nearly impossible to make any new technological breakthroughs.” Professor Cho has published more than 240 papers in renowned academic journals and presented more than 300 papers at academic conferences. He has also registered approximately 50 patents in the field of semiconductor device technology. The top ten research highlights of 2018 as follows: - Rydberg-Atom Quantum Simulator Development by Professor Jaewook Ahn and Heung-Sun Sim from the Department of Physics - From C-H to C-C Bonds at Room Temperature by Professor Mu-Hyun Baik from the Department of Chemistry - The Role of Rodlike Counterions on the Interactions of DNAs by Professor Yong Woon Kim of the Graduate School of Nanoscience and Technology - The Medal Preoptic Area Induces Hunting-Like Behaviors to Target Objects and Prey by Professor Daesoo Kim from the Department of Biological Sciences - Identification of the Origin of Brain Tumors and New Therapeutic Strategy by Professor Jeong Ho Lee from the Graduate School of Medical Science and Engineering - The Linear Frequency Conversion of Light at a Spatiotemporal Boundary by Professor Bumki Min from the Department of Mechanical Engineering - An Industrial Grade Flexible Transparent Force Touch Sensor by Professor Jun-Bo Yoon from the School of Electrical Engineering - The Detection and Clustering of Mixed-Type Defect Patterns in Wafer Bin Maps by Professor Heeyoung Kim from the Department of Industrial and Systems Engineering - The Development of a Reconfigurable Spin-Based Logic Device by Professor Byong-Guk Park from the Department of Materials Science and Engineering - The Development of a Miniaturized X-Ray Tube Based on Carbon Nanotube and Electronic Brachytherapy Device by Professor Sung Oh Cho from the Department of Nuclear and Quantum Engineering Professor YongKeun Park from the Department of Physics and Professor In-Chel Park from the School of Electrical Engineering received the Research Award. For the Innovation Award, Professor Munchurl Kim from the School of Electrical Engineering was the recipient and the Convergence Research Awards was conferred to Professor Sung-Yool Choi from the School of Electrical Engineering, Professor Sung Gap Im from the Department of Chemical and Biomolecular Engineering, and Professor SangHee Park from the Department of Materials Science and Engineering during the ceremony. For more on KAIST’s Top Research Achievements and Highlight of 2018, please refer to the attached below. click

KAIST-THE Innovation ＆ Impact Summit Touts New Roles of High..

Global leaders from 115 institutions across 35 countries reaffirmed that the roles of universities are evolving to become much broader and more diverse, and redefined the impact of higher education last week at KAIST. During the THE Innovation and Impact Summit hosted by KAIST in partnership with the Times Higher Education, global leaders in higher education, industry, and government all agreed that universities should respond better in order to have a lasting and sustainable impact on society.  In an effort to encourage social responsibility and boost the impact of universities, the THE first launched the University Impact Rankings based on the Sustainable Developed Goals declared during the 2015 UN summit. The THE’s University Impact Rankings are the first global attempt to evaluate universities’ impact on society, rather than only focusing on research and teaching performance. The new metrics include universities’ policies and outcomes based on 11 of the 17 UN SDGs. More than 500 institutions from 75 countries submitted data for the new rankings. The top three scores from ten of the SDGs were combined with SDG 17 to calculate the final score. The University of Auckland placed first in this new ranking while KAIST ranked fourth in the category of SDG 9 on Industry, Innovation, and Infrastructure. President Shin said, “KAIST has dedicated itself to producing knowledge that could serve as a growth engine for national development over the past half century. Now, taking on the UN’s 17 SDGs as new indicators, we will do our utmost to become a leading university in creating global value and better serving the world.” (Phil Baty, chief knowledge officer of THE) Phil Baty, chief knowledge officer at THE said, “I would like to applaud KAIST for being a pioneer, taking a new way of looking at university excellence. KAIST’s performance was strong overall, but especially outstanding in SDG 9. Its data proves that the university is fully engaged in knowledge creation and entrepreneur activities.” Keynote speakers all shared their views on disruptive knowledge and how to adjust to the new AI technology-driven, socio-economic culture. (from left: Lino Guzzella, former ETH Zurich President and Sung-Chul Shin, KAIST President) Lino Guzzella, former ETH Zurich President, argued in his keynote speech that there has been amazing growth in university enrollments, coupled with a substantial mismatch between what universities teach and what society needs. He went on to say that universities should look beyond the classical university model and find a way to train the next generation in a way that ensures society has a role for them. “The likelihood of each generation having a higher income at the age of 30 than their parents has diminished dramatically,” he said. He provided data that showed that middle-income professions have been declining, and between 2000 and 2010 the number of very high-skilled jobs and very low-skilled jobs doubled, whereas the number of those in the middle increased far more slowly. He expected that this trend will continue, saying that universities should focus on instilling critical thinking, interdisciplinary studies, and ‘productive failure’ to students in the new era. He also shared the secret recipe for the reduced youth unemployment statistics in Switzerland. He said that the education system in Switzerland was designed so that only 20 percent of an age cohort undertakes a classical university education, while 80 percent do vocational training run by companies. They learn what is really needed by industry and society from the early stages of their careers, so no mismatch exists. (Young Suk Chi, chairman of Elsevier) Meanwhile, Young Suk Chi, chairman of Elsevier, claimed in his keynote speech that universities should stop evaluating researchers only on their publication and citation counts. He said that doing so was driving academics to turn out multiple papers based on a single study in a practice called ‘salami publishing.’ Chi said, “It’s a responsibility we bear together, and we certainly, as industry associates, have to work hard to educate the world that publishing isn’t everything, but the impact is. But the impact is not just citations, either.” Chi said that there is a global ‘tech-lash’ that has arisen due to falling trust in major IT companies. On the other hand, universities are trustworthy. People perceive that universities are not merely seeking profits, and they can take advantage of it for fostering next generation researchers and CEOs, which can stand for ‘Chief Ethics Officers’. “Universities are collaborative,” said Chi. Universities’ research will flourish with more collaboration at a global scale. Collaborative research shows higher citation and impact rates. Instead of competing against one another, universities and industries should collaborate for advancing research. He argued further saying, “If they can uphold this reputation, universities, not companies, will be the institutions that people trust to influence and educate the next generation. Universities, in contrast to industry, have long-term vision, can facilitate collaborative research, and are trustworthy.” (President Joseph Aoun, Northeastern University) In the last day’s keynote speech, President Joseph Aoun of Northeastern University said that higher education risks becoming obsolete if it does not fully embrace lifelong learning. He also talked about preparing learners to succeed in the AI age. He said that lifelong learners made up 74 percent of learners in the US, and only 34 percent of universities in the country fill their seats, but higher education has not yet incorporated lifelong learning as part of its core mission. He said that lifelong learning is going to require that we listen to the needs of society, of both individuals and organizations. He also called for institutions to create curricula based on what he termed ‘humanics’ – the integration of technological literacy, data literacy, and human literacy, and said that this should be combined with experiential learning. (from left: So Young Kim, Guohua Chen, Aqil Jamal, Mooyoung Jung and Max Lu) (from left: Hubo and Duncan Ross, chief data officer of THE)

KAIST 2019 Commencement at a Glance

(KAIST 2019 Commencement Ceremony) This year, KAIST awarded a total of 2,705 degrees: 654 PhD degrees, 1,255 master’s degrees, and 796 bachelor’s degrees. Including this year’s numbers, KAIST has conferred a total of 63,830 degrees since its foundation in 1971. Parents, family, and friends came to campus to congratulate the graduates with big smiles and hugs. Faculty and staff members also attended the ceremony to celebrate their graduation. This year, distinguished guests including National Assembly Member Kyung-Jin Kim and Vice Minister for Science, Technology and Innovation Dae-sik came to celebrate the day with the KAIST community. During the commencement, KAIST also announced the recipients of its undergraduate academic awards. The Minister of Science and ICT Award was won by Do-Yoon Kim from the Department of Aerospace Engineering, the KAIST Board of Trustee Chairperson Award went to Se-rin Lee from the Department of Materials Science and Engineering, the KAIST Presidential Award was won by Hee-Ju Kim from the Department of Physics, the KAIST Alumni Association President Award went to Hyeon-Seong Park from the School of Electrical Engineering, and finally the KAIST Development Foundation Chairperson Award was won by Gyeong-Hoon Lee from the Department of Mathematical Sciences. This year’s valedictorian Eun-Seok Jeong from the School of Computing said, “I believe that we are able to stand here today because we challenged ourselves to confront our shortcomings and our uncertainty. If we continue to develop, we will become a better person than we were yesterday.” (KAIST President Sung-Chul Shin and Woo-Seok Jeong, '19 PhD in Aerospace Engineering)  As a KAIST alumnus and fellow scientist, President Sung-Chul Shin offered his congratulations and emphasized that graduates should continue to pursue the C³ spirit. “In this age of great transformation, embrace challenges and exercise creativity as you have learnt through your education and research at KAIST. And keep in mind the importance of caring for others. Please remember that challenge and creativity will have more meaning if rendered with a caring spirit,” he said.

KAIST and LG Electronics Team up for 6G Wireless Communicati..

(LG Electronics CTO Il-Pyung Park (left) and Dean of KAIST Institute Sang Yup Lee) KAIST and LG Electronics are working together to take the lead in next-generation wireless communications and launched the LG-KAIST 6G Research Center on January 28, 2019. KAIST Institute has been focusing on developing a new growth engine for the national economy through interdisciplinary research. In particular, its research work in the field of next-generation wireless communication was listed in the National Research and Development Excellence 100 in 2016 and 2017. LG Electronics has been a global leader in this field for many years. According to TechIPM, the company had the most 4G LTE/LTE-A patents from 2012 to 2016. Also, it first standardized the Cellular Vehicle-to-Everything, which is the core technology for autonomous vehicles. The new head of the research center, Professor Dong Ho Cho from the School of Electrical Engineering said, “We will work on developing source technology for sixth generation mobile communications, which will enhance national competence and prepare for the future industries.” CTO of LG Electronics Il-Pyung Park said, “We are hoping to take the lead in the global standardization of sixth generation wireless communications and secure new business opportunities.”

KAIST, College of Engineering website renewal notice

KAIST, College of Engineering website renewal notice Hello, this is College of Engineering, KAIST. We genuinely thank you for visiting our website. Since October 1st, 2018, our website has been restructured. It works with optimal view in mobile as well. English version is expected to open in 2019, as soon as translation is done. If there is any deficiency, we promise to fix it shortly. We aim to further improve our website for rapid and precise information delivery. Thank you.

The Mirror or Mirror Exhibition Takes Place at Dongdaemun De..

An exhibition, called “Mirror or Mirror,” displaying the integration of fashion design and technology took place at Dongdaemun Design Plaza (DDP) in Seoul from July 18-25, 2015. DDP is the center of Korea’s fashion hub. The exhibition was created by Professor Daniel Pieter Saakes of the Industrial Design Department at KAIST and introduced a new design system reinforced with an interactive technology that incorporates augmented reality into the design process. Users stand before the Mirror or Mirror system, and by using augmented reality, they can design their own fashion items including clothes based on their need and fashion preferences. The augmented reality allows users to draw their favorite patterns or new designs over their body, thereby enabling them to check the result immediately and try out a variety of different designs right away. Professor Saakes said, “Fashion has always been a way to express individual and personal style. With our system, people can easily fulfill such desires, customizing their own designs.” At the exhibition, visitors also had opportunities to produce their own shirts while using the Mirror or Mirror system. Picture 1: A user wears a newly designed virtual shirt over her body using augmented reality provided by the Mirror or Mirror system. Picture 2: The shirt was designed and produced through the Mirror or Mirror system.

Experts Gather to Develop a Korean Supercomputer on KAIST Ca..

KAIST hosted an inauguration ceremony for the Super-Capacity Computing Advancement Forum on July 2, 2015, to increase Korea's national computing capacity. It represents a gathering consisting of experts drawn across industry, university, and institutes in super-capacity computing. More than ten experts from the university, including President Steve Kang and Professor Oh-Joon Kwon of the Department of Aerospace Engineering, attended the ceremony. This forum was created to secure a competitive edge in the global market by establishing a long-term strategy for the development of super computers. The recent rise of new service industries, such as voice recognition, artificial intelligence, and the Internet of Things, has increased the need for super-capacity computing to deal more rapidly with big data. The need is made more urgent by increased investment by leading countries in this field. The forum will organize and operate working-level subcommittees to promote in-depth discussions on issues related to super-capacity computing systems. Open forums and public hearings will be held until October, to gather information and insights needed to advance the field. President Steve Kang, the Chairman of the Forum, said, “The forum will have a great impact on Korea’s effort to become a world leader in super-capacity computing. We plan to debate the pros and cons of potential solutions to the Korean government, to assist them in building the nation’s competitiveness in super-capacity computing capability.”

IEEE PELS Workshop on Emerging Technologies： Wireless Power ..

ICISTS-KAIST 2015 SHAPING THE FUTURE