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Ajou Gap Fund 2020, an initiative launched by Ajou University to support the marketization of university-owned technologies with strong prospects, has chosen the projects to receive the fund’s support. The eight finalists will receive financial aid for the development of prototypes and technological marketing for the marketization of their technologies and successful entrepreneurship. The candidate projects were first reviewed on the basis of submitted documents and then subjected to a review by the fund’s operating committee. The chosen projects will receive up to KRW 50 million each in vouchers that can be spent to secure data and produce prototypes. The chosen projects seek to develop: (1) a process for manufacturing a location-specific antibody-drug conjugate using a non-variant antibody (led by Yoo Tae-hyeon); (2) a gentian extract-based active ingredient for treating arthritis (led by Jeong Seon-yong); (3) cosmetic products based on proteins derived from deer antler (led by Kim Joo-hee); (4) on-site diagnostic kit for sampling high-density virus genes (led by Park Seong-jun); [KHTC1](5) cancer therapy based on inhalation of phytoncide and mediated by natural killer cells (led by Jo Han-tae); (6) possible change in the drug regime for cancer therapy based on analysis of the efficacy of Metformin on PTPRD-gene-dormant cancer (led by Lee Da-keun); (7) application for contactless exercise rehabilitation (led by Yun Seung-hyun); and (8) nanotunnel carcinogenic delivery system (led by Park Young-joon).Ajou University launched the Gap Fund last year with the aim of facilitating and catalyzing the transfer and marketization of technologies invented at the university. The fund provides financial resources with which researchers can test the applicability of their inventions and market and develop their portfolios so that they can transition to successful entrepreneurship. Part of the profits generated by the marketed technologies are returned to the fund for its continued operation. In its first year, the Gap Fund selected and supported three projects. This year, N4U, the joint technology holding company led by Ajou University, has been chosen by the Korean Intellectual Property Office (KIPO) to manage the Patent Gap Fund and lead technology marketization programs. By adding this new support from the KIPO to the existing account of the University Innovation Support Budget, Ajou University was able to increase the number of projects supported and the amount of support provided by more than twofold. The university seeks to use the Ajou Gap Fund to minimize the gap between university-owned technologies and technologies demanded by industries, thereby boosting the success of marketization and reinvesting the profits thus generated. On the University Innovation Support Program Annual Evaluation conducted by the Ministry of Education and the National Research Foundation of Korea last month, Ajou University garnered an “A,” the highest grade. The Ajou Gap Fund was assessed, along with Blue Semester Extreme and Ajou IE Corp, as one of the excellent examples of university innovation support.
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Professor Seo Hyung-tak’s team has succeeded in developing a nerve-emulating artificial synapse, raising expectations for the creation of a high-density artificial synaptic platform that emulates the synapse, the fundamental structure for nerve signal transmission in organisms.Professor Seo (Department of Materials Science and Engineering/Graduate Department of Energy Systems, pictured) has disclosed that his team has successfully developed a nano-scale artificial synapse that simulates actual nerves, and identified its mechanism. The team’s study, entitled “Brain-like Spatiotemporal Information Processing with Nanosized Second-order Synaptic Emulators: ‘Solid-state Memory Visualizer’,” was published on June 27 on the online edition of Nano Energy (IF = 16.602). The team included Professor Park Ji-yong (Department of Physics), Professor Kim Sang-wan (Department of Electrical and Computer Engineering), and Dr. Mohit Kumar. The synapse, which forms the basic unit of the brain, connects neurons to enable the transmission of signals between them. Nerve cells are able to communicate because synapses exchange neurotransmitters. In recent years, research on the development of artificial synapses using various new materials has been growing.The von Neumann architecture, which has been frequently used in research of this kind, has been found wanting in terms of energy efficiency and speed. The architecture transmits information from the memory to the central processing unit (CPU) for sequential information processing. As a result, the memory becomes prone to bottlenecks, slowing down the processing speed, increasing energy demand, and complicating the differentiated retrieval of information reflecting different intensities of spatiotemporal information.Unsurprisingly, there has been much demand for a nanosized artificial neural network capable, like synapses, of processing information with little electricity, controlling short- and long-term memory in response to the strength and duration of the given stimuli, and integrating memories in high density. Developing such a device, of course, requires an accurate understanding of how individual synapses function.Professor Seo’s team attempted to develop an artificial neural network using a heterogeneous-structured artificial synapse that combines nickel oxide (NiO) and zinc oxide (ZnO). The conjoined surface of these compounds controls the chemical effects of the materials and emulates the ion-based neurotransmission of actual nerves. Using this mechanism, the team successfully created a deliberate surfactant defect to serve as a receptor of electrons, allowing them to store and control, in the defect, electrons moved by external stimuli to emulate the short- and long-term memory of human synapses.Professor Seo explained, “While our method is similar to how non-volatile flash memory devices, widely used today, store information, our product is distinct in that it can control the stored information in response to the intensity or duration of input signals.” He went on to add, “This technology allows us to emulate all the typical properties of actual synapses and neural networks.”Furthermore, by making effective use of the homogenous resistant switching movements of their artificial synapse, the team has proven that the size of an artificial synapse can be reduced to 40 nanometers (1 nanometer = 1x10-9 meters) with the help of conductive atomic force microscopy (CAFM). This size is similar to that of an actual synapse.The team has also confirmed that their artificial synapse is capable of not only functioning stably, but also supporting the parallel connection of innumerable artificial synapses to enable multi-stage signal processing and real-time learning rules (Bienenstock, Cooper, and Munro rules), which are crucial to artificial intelligence, at the nanoscale.Professor Seo said, “A human brain is a bundle of nearly 100 trillion synapses connected in a parallel circuit. To develop an AI system with artificial synapses, each individual synapse must be capable of emulating the human brain’s mechanism for learning and processing multi-stage signals.”He also remarked, “Our latest finding successfully identifies how artificial synapses, using nanoscale oxides, can emulate the functioning of actual synapses. We expect that this discovery will contribute to the development of a high-density AI platform.”The team’s research was conducted with support from the Future New Material and Original Technology Development Program and the Basic Research Support Program for Experienced Researchers, provided by the Ministry of Science and ICT (MSIT) and National Research Foundation of Korea.(Above) Image of reinforced memory, based on well-preserved and accumulated electric charges from strong signals(Below) Image of lost memory due to poor storage of electric charges from weak signals
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This year, Ajou University came in 90th place on the QS Top 50 Under 50 rankings. In addition to ranking all universities worldwide annually, Quacquarelli Symonds (QS) also ranks new and emerging universities less than 50 years old. Ajou was ranked between the 91st and 100th places, stepping up from the 101st to 150th league in which it found itself last year. Nanyang Technological University in Singapore topped the Top 50 Under 50 list this year, followed by Hong Kong University of Science and Technology. Of Korean universities, the Korea Advanced Institute of Science and Technology (KAIST), Pohang University of Science and Technology (POSTECH), and Gwangju Institute of Science and Technology (GIST) found themselves among the top 50 (ranking 3rd, 7th, and 30th, respectively). QS has been announcing the Top 50 Under 50 rankings since 2012. The company disclosed the list of the top 150 universities under 50 this year. The QS World University Rankings assesses over 5,500 universities worldwide every year. Ajou was ranked in the 551st to 560th range this year, climbing up over 100 places from two years ago and showing the most dramatic rise among all Korean universities. QS World University Rankings ranks universities worldwide across four categories—research, education, globalization, and graduates—using six metrics. Academic reputation, based on the opinions of over 100,000 researchers and scholars worldwide (40 percent) and employer reputation, based on assessment by over 50,000 industry insiders (10 percent), together make up 50 percent of the score. The other metrics are faculty-student ratio (20 percent), international faculty ratio (five percent), international student ratio (five percent), and number of citations per faculty (20 percent) based on the SCOPUS database. The Massachusetts Institute of Technology (MIT) topped this year’s rankings, followed by Stanford University, Harvard University, the California Institute of Technology (Caltech), and the University of Oxford. The National University of Singapore (11th) was the highest-ranking Asian university, followed by Nanyang Technological University (13th), Tsinghua University (15th), the University of Hong Kong (22nd), and Peking University (23rd). # Click to see QS Top 50 Under 50 2021# Source of photograph: QS website
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ERAE TECH, one of the “family enterprises” of Ajou University’s LINC+ Group, brought 10,000 pairs of surgical-grade nitrile gloves to the COVID-19 diagnostic station at Ajou University Medical Center as a donation. The donation was the result of a meeting between ERAE TECH CEO Lee Hyeong-seok, who is currently enrolled in the Graduate School of Clinical Pharmacy and Pharmaceutics, and Professor Kim Mi-ran, a doctor (Department of Obstetrics and Gynecology) at the medical center, who is herself a graduate of the same school. The brief ceremony that was held before the donation was made, on June 10, featured Lee, Chairperson Han Sang-uk of the medical center, and Dean Kim Su-dong of the Graduate School of Clinical Pharmacy. Lee explained: “We wanted to do something for our hardworking medical practitioners who are working so hard at the COVID-19 diagnostic station, and thought the best thing to do was bring something useful, like 10,000 pairs of nitrile gloves.” The Industrial Cooperation Centers (ICCs) at Ajou University were established with the mission of promoting the university’s research strengths in partnership with local businesses. Faculty members and local firms participate in R&D projects on biotechnology and healthcare, smart mobility, new and renewable energy, and artificial intelligence (AI) and big data. Ajou continues to aid local businesses by providing a wide range of support, including R&D infrastructure, advice, and personnel training support.
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Chairperson Kang Kyung-ran of the Center for University Education Innovation greets the audience. The first Paran Semester for the academic year of 2020 has finally come to an end, and the results of the semester were shared via a YouTube livestream. A total of 60 students of 13 teams participated in the Paran Semester, carrying out challenging academic projects that they themselves designed throughout the entire semester. The students’ presentations on how they wrapped up their Paran Semester were streamed on YouTube on the afternoon of June 11. Videos were played introducing each team’s assignment, activities, and achievements, and the streaming session also featured words of encouragement from Professor Seo Hyung-tak (Department of Materials Science and Engineering), Professor Son Jeong-houn (Department of French Language and Literature), and Professor Kim Min-kyu (Department of Cultural Content). Also featured on the stream was a talk between Chairperson Kim Ju-hyeong of the Digital Empire II Council, Chairperson Kim Chan-su of the Suwon Council for Sustainable Development, and Ajou President Park Hyung-ju.Kim Chan-su remarked: “I was delighted to see some really bold projects taken on by Ajou’s students this Paran Semester. In the future, I look forward to seeing even more inspired projects aiming to find solutions to global problems, such as the energy crisis and environmental degradation.” Kim Ju-hyeong added: “As an entrepreneur, the boldness with which the students rose to the challenges they set for themselves inspires me to learn and study more. I hope to see more programs like the Paran Semester that can create personnel capable of performing at their full potential as soon as they enter workplaces after graduating.” The honor of the Great Boatman Award went to Ces Jours-Ci Studio, which created a fashion film for use in a new media marketing campaign. The Great Boatman Award goes to students and teams who successfully overcame the unexpected difficulties they faced during the semester through independent and creative solutions. The Golden Failure Award went to Built-In IT, and the Zero to One Award, to EleverD. Built-In IT proposed an energy optimization solution to help on-campus dormitory buildings cut their operating costs, while EleverD developed a booklet and electronic drug administration monitoring system (complete with a mobile app) for people with diabetes. In greeting the students and the livestream audience, Park Hyung-ju remarked: “I applaud the hard work of all the students who, through their determination, have overcome unforeseen problems, some brought on by the COVID-19 crisis.” He added: “Their work will take on even greater meaning when they begin to share their knowledge and experience, acquired through the Paran Semester, with others and society in general.” Park went on: “It will be great if all these students decide to go beyond this one-semester challenge and press forward to further explore and refine their ideas.” Begun at Ajou in 2016, the Paran Semester Program allows students to design their own coursework, which they complete for credits. Blue is the university’s designated color, and the Korean word Paran, can also mean to break out of one’s shell (破卵) and to generate fresh waves in society at large (波瀾) through groundbreaking endeavors. Students who complete the course they designed and planned can receive 3 to 18 credits per semester. Students in all departments, including the humanities, culture and the arts, social work, globalization, and industrial-academic collaboration, can use the Paran Semester to plan their own assignments. They are also able to consult the school or their professors to choose from or modify the existing assignments on offer. Ajou University introduced Paran Semester Extreme last year to encourage even braver and bolder initiatives toward solving major social problems. Paran Semester Award Winners (Spring Semester, 2020) * Great Boatman Award: Ces Jours-Ci Studio* Golden Failure Award: Built-In IT* Zero to One Award: EleverD* Hero of Tomorrow Award: Byeolha Film* Turning Point Award: Peonada and Hamkkesalda* Pilot Award: Heroz, King’s Man, and Blue Light* Innovator Award: Re:act / Noryeogi gasang / AMA and Army From left to right: Kim Ju-hyeong of Digital Empire II; Park Hyung-ju, Ajou president; and Kim Chan-su, Suwon Council for Sustainable Development # Apply for Paran Semester for Fall 2020
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Ajou University received an A-grade on the annual assessment, conducted by the Ministry of Education (MoE) and National Research Foundation of Korea (NRF), for the University Innovation Support Program (UISP). Landing this top grade on the assessment will enable Ajou to receive KRW 5.43 billion in government funding as it goes into the second year of the program. The MoE and NRF announced the results of their annual assessment of universities’ performance in the first year of the UISP on June 10. Of the 53 universities in the Seoul-Gyeonggi-Incheon region, 16, including Ajou, received a grade of A. The MoE launched the UISP with the aim of enhancing the basic capabilities and strategic specialization of universities and also promoting universities’ own efforts to achieve innovation toward developing creative future leaders. The program will be conducted for a period of three years, with the participation of some 140 universities nationwide. Ajou University is participating with the objective of fostering an open and connected ecosystem for innovation. The grant amount each university is to receive in the second and third years of the program, 2020 and 2021, respectively, will be determined on the basis of how the university fared in the previous year. Universities are given grades of A, B, or C depending on their performance. Of the universities in the Seoul-Gyeonggi-Incheon region, 16, including Ajou, received the A grade. Another 26 received B, and the remaining 11, C. The MoE and NRF commented on Ajou’s performance, stating: “The university has presented a detailed explanation of how its mid- to long-term growth plan and innovation strategy are intertwined, in addition to having achieved effective and substantial results in the operation of its own innovation programs.” The assessment also remarked that Ajou’s leading examples of innovation, such as its Blue Semester Extreme, Ajou Gap Fund, and Ajou IE Corps, “satisfied the key criteria, including boldness, excellence, and factors of success.” In addition, the MoE and NRF explained: “Ajou University is expected to generate significant ripple effects at both the national and local levels with its Ajou Gap Fund, which injects the university’s own financial resources into industrial-academic collaboration programs to facilitate the marketization of university-owned technologies and catalyze venture enterprises, and Ajou IE Corps, which expedites the market application of original research results achieved by the university’s labs.”
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Ajou University has managed to elevate its standing on the QS World University Rankings for two consecutive years. Published annually by Quacquarelli Symonds, based in Britain, the QS Rankings include over 5,500 universities around the world. Ajou found itself in the 551st to 560th ranking on QS World University Rankings 2020, released on May 10. Ranking between the 651st and the 700th in 2018, Ajou has managed to rise since then, first to the 601st to the 650th in 2019, and now to the 551st to the 560th. Stepping up over 100 ranks in just two years makes Ajou the highest Korean university in the rankings. Ajou has been making innovations to higher education, particularly with its Blue Semester Program, enabling students to plan and design their own credit requirements. Last year, the university even launched Blue Semester Extreme, encouraging students to identify social and industrial problems and crowd-source solutions. Ajou has also been supporting large-scale interdisciplinary research groups to promote research innovation, paving the way for faculty members from diverse departments to work together on cutting-edge subjects, such as big data and self-driving cars. The university has also increased its research grants for new faculty members (up to KRW 100 million each in sciences and engineering, and up to KRW 50 million each in the humanities and social sciences) to encourage young researchers to take on bold and long-term research projects. The university’s support for post-doctoral fellows has increased likewise. University President Park Hyung-ju commented: “Universities today are not simple channels for imparting knowledge. They have a new mission to prepare individuals to connect the dots across disciplines and solve actual problems. Universities should go over and beyond their traditional role of producing and imparting knowledge, and take active interest in solving social and industrial problems.” Ben Sowter, Senior Vice President at QS, also picked Ajou as the most attention-worthy university in this year’s rankings. He explained: “Ajou University has risen up the ranks at a remarkable pace, performing particularly well in terms of academic reputation and education settings. It is a university that deserves to be known, not just in Asia, but around the world.” QS World University Rankings rank universities worldwide across four categories—research, education, globalization, and graduates—using six metrics. Academic reputation, based on the opinions of over 100,000 researchers and scholars worldwide (40 percent) and employer reputation, based on assessment by over 50,000 industry insiders (10 percent), together make up 50 percent of the score. The other metrics are faculty-student ratio (20 percent), international faculty ratio (five percent), international student ratio (five percent), and number of citations per faculty (20 percent) based on the SCOPUS database. The Massachusetts Institute of Technology (MIT) topped this year’s rankings, followed Massachusetts Institute of Technology by Stanford University, Harvard University, the California Institute of Technology (Caltech), and the University of Oxford. The National University of Singapore (11th) was the highest-ranking Asian university, followed by Nanyang Technological University (13th), Tsinghua University (15th), the University of Hong Kong (22nd), and Peking University (23rd). # View QS World University Rankings
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Ajou University has recently won a series of government grants and projects. On May 28, the Ministry of Education announced its 2020 Program for Supporting Universities Contributing to High School Education. The program, which will provide a total of KRW 69.8 billion over two years for universities who work to enhance the fairness and transparency of the admissions process, now has 75 universities, including Ajou, on its list. Participating universities will increase the fairness of their admissions process, organize events for reaching out to high school students, provide information on and simplify admissions categories, and introduce a Social Cohesion category into their admissions. The Ministry of Education has chosen the 75 universities based on their business plans for 2020 as well as their 2022 admissions plans. Ajou was among the Seoul-Gyeonggi-based Type-1 universities chosen. Type-1 universities are not bound by specific eligibility requirements. Type-2 universities are those that have never been included in the Program for Supporting Universities Contributing to High School Education. Type-1 universities expect to receive KRW 1 billion in grants from the Ministry on average. Ajou University has also been named the Regional Unification Education Center (RUEC) for the Gyeonggi-Incheon region. The Ministry of Unification and the Institute for Unification Education appoint and support an RUEC for each of seven regions in Korea. Ajou will serve as an RUEC for the Gyeonggi-Incheon region until February 28, 2022. As an RUEC, the university will organize unification education for local residents and develop a network of relations with local governments and unification organizations.
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New graduates of the Department of Military Digital Convergence have been commissioned as new officers in the Republic of Korea (ROK) Air Force. The 144th commissioning ceremony for college graduate cadets took place on the main training grounds of the Air Force Education and Training Command in Jinju, Gyeongnam, on May 28, presided over by Chief of Staff Won In-choul. The ceremony took place with the cadets and military officers only, without family members, due to the need for social distancing. The newly commissioned cadets, who represent the second round of graduates from Ajou’s Department of Military Digital Convergence, are ROK Air Force scholars who studied information and communications technology (ICT) for the last four years, with a specialization in national defense and aviation. Each cadet graduated with excellent papers, TOEIC scores and a host of IT-related licenses. The 17 second lieutenants will be assigned to various positions in artillery, including information and communications, weapons maintenance, air control, and air defense, and begin their specialized training on June 2. Chief of Staff Won remarked: “I am delighted to welcome each and every one of you who have chosen to honor your fatherland and fulfill your duty of defending it by walking this path as Air Force officers. As future leaders of the ROK Air Force, I want you to reach your potential while serving in the military.”The Department of Military Digital Convergence was created in 2015 in partnership between Ajou University and the ROK Air Force. All enrolled students are on four-year scholarships from the Air Force, on condition that they serve as commissioned officers upon graduation for seven years. After serving the seven years, they can choose either to remain in the military or seek other career opportunities in the defense industry or research community. # What to study: Click to view the Department of Military Digital Convergence featured in the Spring Issue of Ajou Insights 2018.
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May 28, 2020 A roundtable discussion was held on boosting the local economy in Suwon, hit hard by the COVID-19 crisis. The discussion took place at Yeonam Hall on campus on May 27, with officials and members from the Yeongtong-gu District Office, Ajou University and Ajou University Hospitals attending. Attending from the district office were Song Yeong-wan, district head; Lee Cheol-su, head of the Economics and Transportation Division; Choi Gwang-bin, Local Economy Team manager; and Chu Hye-gyeong, Planning and Audit Team manager. Present from Ajou University were Kim Heung-sik, Provost, Sim Gyu-cheol, head of the Planning Bureau, and Kim Jong-hyeon, Planning Team manager and from the Graduate School of Public Affairs. Lim Hong-sik, Vice-President of Administration at Ajou University Hospital, was also there. The Yeongtong-gu officials shared a map of popular local restaurants and diners they had recently developed to boost local businesses. The map features restaurants, diners and cafes across seven neighborhoods in the district. All these businesses also accept Suwon Pay, a local currency. The participants exchanged opinions and agreed to work together closely to support the local economy. # View the map of local eateries in your neighborhood.# View the map of local eateries in the Ajou University area.
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May 26, 2020 The president of Ajou University, Park Hyung-ju, was featured in an episode of YTN Science’s Bravo, K-Scientists! The show focuses on the lives and research achievements of leading scientists in the Korean academic and research community. The episode devoted to Park, entitled “Using Math to Solve Everyday Problems,” was aired at 9 p.m. KST on May 18. Park’s achievements as a mathematician were highlighted in the episode, including his campaign to popularize mathematics and help organize the International Congress of Mathematicians in Seoul in 2014. It also featured Prof. Park’s efforts, since his inauguration as University president in 2018, to reform and innovate higher learning as an educator. Park can be seen emphasizing on the show: “Math education, of course, helps with training scientists and engineers, but it is also an essential component of universal civic education that strives to foster independent thinking. An education in math allows us to learn methods of logical thinking.” The episode also introduced the activities and plans of the Center for Teaching and Learning and the Career Development Center at Ajou University. Park remarked: “It is my job as a decision-maker at the university to find answers in data and prioritize decision-making accordingly. We need to utilize data in order to identify what society and businesses require of us and reflect their demands in our university curriculum.” # Watch YTN Science’s Bravo, K-Scientists!
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May 20, 2020 A team of researchers led by Ajou’s Prof. Lee Beom-jin (College of Pharmacy) successfully identified a new mechanism for optimizing the efficacy of cancer cell therapies. Their study, entitled “Importance of the fatty acid chain length on in vitro and in vivo anticancer activity of fattigation-platform albumin nanoparticles in human colorectal cancer xenograft mice model,” was published in The Journal of Controlled Release, a prestigious publication for pharmaceutical and pharmacological research. Prof. Lee’s team sought to design fatty acid-conjugated albumin nanoparticles (ANPs) of different chain lengths so as to test and compare their anticancer activities in mice with overactive free-fatty acid receptors (FFARs) and HCT116 human colorectal cancer xenografted. ANPs conjugated with fatty acids of different chain lengths (C4 for butyric acid; C18 for stearic acid) exhibited physicochemical characteristics and anticancer activity different from those of self-assembled structures. In particular, ANPs with long-chain fatty acids including doxorubicin, a known anticancer drug, activated interaction with FFARs in the HCT 116 human colorectal cancer xenograft mouse model, providing better anticancer activity and fewer side effects than either nanoparticles without fatty acids conjugated or ANPs with short-chain fatty acids. Prof. Lee explained: “The uniqueness of our achievement lies in our fattigation platform technology, which conjugates fatty acids of diverse lengths with large molecules. We expect to apply this technology to experiments with fatty acids of varying lengths and accelerate the research on and development of new drug delivery systems, including diverse target cancer therapies and drugs with improved solubility.” An illustration of how Prof. Lee’s team’s technique was applied to improve the efficacy of an anticancer drug in a mouse model
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