Inha, OECD Discuss SME AI Transition

▲ Participants in the Joint Workshop on the Digital and AI Transformation of SMEs pose for a commemorative photo.

The Small Business Economic Ecosystem Research Center at Inha University recently held a joint workshop titled “Digital and AI Transformation in SMEs” together with the OECD Centre for Entrepreneurship, SMEs, Regions and Cities (OECD CFE) and the KDI School of Public Policy and Management.

The workshop was organized to strengthen research and policy collaboration on digital transformation and AI utilization among small and medium-sized enterprises (SMEs) and small business owners.

The workshop featured presentations and discussions on ▲AI adoption in SMEs ▲AI and digital transformation in the retail sector ▲international cooperation based on Korea’s smart manufacturing policy experience.

The OECD CFE introduced different types of AI adoption among SMEs, policy support strategies, and the results of the 2026 D4SME Survey. Choi Hyoji, a research professor at the Small Business Economic Ecosystem Research Center currently serving as a visiting researcher at the OECD CFE, presented the current status of AI adoption among Korean companies and its policy implications based on an OECD survey of Korean businesses. Professor Lee Chang-geun of the KDI School of Public Policy and Management explained the gap between SMEs and large companies in the use of generative AI by analyzing data from a survey of Korean workers.

Professor Jeon Bo-gang, Director of the Small Business Economic Ecosystem Research Center, presented research analyzing how the growth of online consumption affects offline commercial districts and store performance using commercial district data from Seoul. The workshop also discussed ways to promote international cooperation that could support manufacturing transformation and strengthen SME capabilities in developing countries based on Korea’s experience with its smart factory initiative.

Professor Jeon said, “This workshop provided a meaningful opportunity to connect international discussions on the digital and AI transformation of SMEs and small businesses with Korea’s policy experience. We will continue to expand research on innovation ecosystems for small businesses and SMEs through collaboration with domestic and international organizations, including the OECD and the KDI School of Public Policy and Management.”

Meanwhile, the Small Business Economic Ecosystem Research Center was selected in 2022 as a leading Convergence Research Center (CRC) under the Basic Research Program funded by the Ministry of Science and ICT. Led by Professor Jeon Bo-gang of the Department of Economics at Inha University, the center is conducting a seven-year research project with a total budget of KRW 10 billion.

Original Article

Inha’s Barnacle-Based Sea Turtle Tracking

▲ Conceptual illustration of the study (process of reconstructing migration routes using environmental information recorded in barnacle shells).

Professor Taewon Kim’s research team from the Department of Marine Science at Inha University has developed a new research method for reconstructing the migration routes of sea turtles by analyzing the shells of barnacles that live attached to their carapaces.

Sea turtles are among the representative endangered marine species designated by the International Union for Conservation of Nature (IUCN). Understanding their migration routes is essential for effective conservation. However, because they travel across vast ocean regions, attaching satellite tracking devices or conducting direct observations has been limited by both cost and technical challenges.

The research team analyzed the shells of the turtle barnacle (Chelonibia testudinaria) attached to a stranded Loggerhead sea turtle found on Jeju Island using Secondary Ion Mass Spectrometry (SIMS), an ultra-high-resolution stable isotope analysis technique. As barnacle shells grow, they continuously record environmental information such as seawater temperature and salinity in successive layers, preserving past migration records much like tree rings.

The researchers analyzed changes in stable oxygen and carbon isotopes in chronological order and newly calibrated the barnacle growth curve to match the environmental conditions of East Asian waters. Based on the results, they estimated that the sea turtle traveled through the Taiwan Strait, the waters surrounding the Philippines, and the Ryukyu Islands over approximately one year and six months before arriving in waters near Jeju, where it eventually stranded.

The same analytical method was also applied to other loggerhead sea turtles and Hawksbill sea turtle. The results indicated that loggerhead sea turtles repeatedly made long-distance migrations between the Philippines and waters around Jeju, while hawksbill sea turtles migrated northward along the Ryukyu Islands.

This study is particularly significant because it demonstrates that migration routes can be reconstructed even for stranded or bycaught individuals that are difficult to monitor using satellite tracking. Since South Korea has no sea turtle nesting grounds and most available specimens are stranded or accidentally caught, this research method is expected to provide new opportunities for studies on protected marine species and the development of conservation policies.

The research findings were recently published in Marine Environmental Research, a leading international journal in the field of marine environmental science.

Kyungsik Cho, the first author of the paper, said, “Barnacle shells preserve marine environmental information experienced by their host throughout its migration. This study demonstrates that such information can be used to reconstruct the migration routes of previously untracked sea turtles without satellite tracking.”

Professor Taewon Kim, the corresponding author of the study and professor at Inha University, stated, “This research is particularly meaningful because it shows that migration routes can be reconstructed using only stranded individuals in regions like South Korea, where directly tracking sea turtles is difficult. In the future, combining analyses of various stable isotopes and trace elements is expected to provide valuable data for studying the migration ecology of large marine animals and for establishing conservation policies.”

Original Article

Inha Univ. Leads Incheon’s Battery Talent Hub

▲ Participants of the 4th Industry-Academia Exchange Meeting for the Secondary Battery Industry pose for a commemorative photo.

▲Inha University recently hosted the 4th Industry-Academia Exchange Meeting for the Secondary Battery Industry. 

Inha University hosted the 4th Industry-Academia-Government-Research Exchange Meeting for the Secondary Battery Industry, where participants discussed cooperation strategies for developing Incheon’s secondary battery industry ecosystem and fostering battery professionals.

The exchange meeting was organized with support from the Secondary Battery Innovation Convergence University Project, promoted by the Ministry of Education and the National Research Foundation of Korea, and the Secondary Battery Specialized University Project, supported by the Ministry of Trade, Industry and Energy and the Korea Institute for Advancement of Technology (KIAT). The event was also jointly organized in cooperation with Incheon Metropolitan City’s Renewable Energy Division and Inha University’s Anchor Headquarters.

The event was attended by 30 secondary battery-related companies in the Incheon area, including Korea Zinc, which plans to establish its Incheon Songdo R&D Center in 2027. Participants broadly discussed strategies for developing Incheon into a key hub of Korea’s secondary battery industry and explored collaborative initiatives among local governments, industries, universities, research institutes, and related organizations.

In particular, the meeting focused on strengthening the collaborative network with secondary battery companies located in the western metropolitan belt. Participants also shared concrete plans to expand Inha University’s role as a key hub connecting talent development and technology exchange in the secondary battery sector.

Inha University’s Secondary Battery Business Transition Support Program was also introduced during the event. The program provides materials and components analysis services and practical workforce training for companies seeking to transition into the secondary battery industry or preparing to enter the market.

Through the Secondary Battery Project Group, Inha University shares its advanced analytical equipment, research infrastructure, and educational expertise with local companies. Now in its third year, the program aims to enhance companies’ technological competitiveness while reducing the technical and workforce challenges associated with business transition.

Building on this exchange meeting, Inha University plans to further expand its collaboration network with regional companies while strengthening industry-driven talent development and technical support for the secondary battery sector.

Inha University will also continue to support local secondary battery companies through education, analytical services, and technology exchange, helping them strengthen their competitiveness across various fields, including materials, components, battery cells, and recycling.

The exchange meeting was regarded as an opportunity to reaffirm the commitment of government, industry, academia, research institutes, and related organizations to strengthening the competitiveness of Incheon’s secondary battery industry and building a sustainable battery ecosystem.

Moving forward, Inha University plans to continue expanding talent development and technology support in close collaboration with local companies, responding to industry demands while playing a central role in establishing Incheon as one of Korea’s leading secondary battery industry hubs.

Choi Jin-seop, Director of the Secondary Battery Project Group, said, “Incheon has the potential to build a complete secondary battery ecosystem within a single region, spanning materials, battery cells, and recycling. As a key hub connecting companies across the western metropolitan belt, Inha University will continue expanding analytical support and workforce training programs to actively assist companies in business transition and strengthening their technological competitiveness.”

Original Article

Inha & BEU Celebrate 3rd DDP Graduation

▲ Students toss their graduation caps during the 3rd DDP Graduation Ceremony held at Baku Engineering University (BEU) in Azerbaijan.

Inha University has produced the third graduating class through its Dual Degree Program (DDP), jointly operated with Baku Engineering University (BEU) in Azerbaijan.

The 3rd DDP Graduation Ceremony, held in Baku, Azerbaijan, was attended by Sung Yong-rak, Chairman of the Jeongsuk Inha Educational Foundation; Inha University President Cho Myung-woo; BEU President Yaqub Piriyev; Kang Geum-gu, Ambassador of the Republic of Korea to Azerbaijan; and 114 graduates. The event highlighted the importance of continued educational cooperation between the two countries.

The DDP is an international joint education program launched for students admitted in the 2020 academic year. Under the program, BEU students complete three years of study in Azerbaijan, followed by one year at Inha University, allowing them to earn degrees from both institutions simultaneously. The program is designed to cultivate global professionals in key engineering fields, including Information and Communication Engineering and Electrical and Electronic Engineering.

Inha University and BEU recently signed an agreement to extend the second phase of the Dual Degree Program. Beginning with the 2026 academic year, the program will expand beyond its existing Information and Communication Engineering and Electrical and Electronic Engineering majors to include Artificial Intelligence and Data Science. The two universities plan to recruit six additional cohorts across these four majors while continuing to strengthen their partnership.

The university views this graduation ceremony as an example of how it is expanding its global educational network by building not only a global campus but also a practical and sustainable framework for international educational cooperation.

President Cho Myung-woo stated, “The Dual Degree Program jointly operated by Inha University and BEU has grown beyond a simple degree program into a symbol of educational cooperation between our two countries and an important platform for cultivating future global talent. We will continue to play a leading role in the global higher education ecosystem.”

▲ Participants pose for a commemorative photo at the 3rd DDP Graduation Ceremony held at Baku Engineering University (BEU) in Azerbaijan. 

Original Article

SKKU wins Best Paper Award ISCA 2026

A research team headed by Professor Jungrae Kim of the Department of Semiconductor Systems Engineering has won the Best Paper Award at the IEEE/ACM International Symposium on Computer Architecture (ISCA) 2026.

ISCA is the world’s most prestigious conference in computer architecture and AI semiconductor systems. With a history spanning more than half a century, the conference is often described as the “Olympics of AI semiconductor architecture,” and even having a paper accepted is considered a major academic achievement.

The award marks the first time in ISCA’s history that a Korean university has received the Best Paper Award. No Korean institution had previously received the award or even had a paper selected as a Best Paper candidate. This achievement further strengthens the global standing of Sungkyunkwan University and Korea’s semiconductor research community.

ISCA 2026 was held from June 27 to July 1 in Raleigh, North Carolina, bringing together approximately 1,000 researchers and industry experts from around the world. Leading global technology giants, including NVIDIA, Meta, Google, and Microsoft, as well as prominent universities worldwide, participated in the conference.

A total of 845 state-of-the-art research papers were submitted. Following a rigorous review process, 161 papers were accepted, and Professor Kim’s research was selected as the conference’s Best Paper.

The award-winning paper, titled “Cerberus: Cross-Layer ECC Co-Design for Robust and Efficient Memory Protection,” presents an innovative technology that improves the reliability and efficiency of High Bandwidth Memory, or HBM.

HBM is a critical high-performance memory technology for artificial intelligence systems and has become a major focus of global technological competition amid the rapid expansion of AI. At its core, Cerberus detects and addresses the small data errors that occur while computers store and transfer information more quickly and intelligently than conventional approaches.

As HBM is pushed toward its physical performance limits, errors occurring during data storage and transmission are becoming more frequent. These errors can reduce manufacturing yield and cause serious reliability and efficiency problems in large-scale AI infrastructure. Hardware failures already interrupt a substantial proportion of large-scale AI training workloads, significantly reducing the likelihood that long-running training jobs will be completed successfully.

Conventional systems protect data through several independent error-correction mechanisms: within the memory device, across the data interface, and at the overall system level. Because these mechanisms were developed and operated separately, they require duplicated redundancy and may introduce unnecessary delays and protection holes.

Cerberus, developed by Professor Kim’s research team, unifies these separate protection mechanisms and enables them to share error-correction information. Based on an HBM4-class memory configuration, the proposed technology reduces the storage space dedicated to error-correction redundancy by approximately 33% while simultaneously improving data reliability and system efficiency.

Professor Kim’s research team has established a strong international track record in memory reliability and security. Its previous research has repeatedly been selected as a Best Paper Award finalist at leading international computer architecture conferences, including ASPLOS, HPCA, SC, and DATE.

The ISCA 2026 Best Paper Award further demonstrates the technical excellence, originality, and academic impact that the research team has built over the years.

Professor Jungrae Kim said: “As international competition for technological leadership in artificial intelligence continues to intensify, it is deeply meaningful that our research team has become the first in Korea to receive the Best Paper Award at ISCA, the world’s most prestigious computer architecture conference.”

He added: “I hope this research will make a meaningful contribution to improving the reliability of HBM, an essential technology in the AI era. I also hope it will provide a strong technological foundation for Korea’s memory semiconductor industry, a key pillar of the national economy, to maintain its leadership in the global market.”

This research was supported by the Institute of Information & Communications Technology Planning & Evaluation under programs funded by the Korean government.

Walking Along the Coast of Jeju

The 2026 KINGO WALKATHON took place across Jeju Island over 6 nights and 7 days, from Wednesday, July 8 to Tuesday, July 14. This year’s event brought together 107 SKKU students, who walked approximately 140km along the coast of Jeju, building a spirit of challenge and a sense of community.

 * The name “Kingo” is the university’s school title (校號); the most widely accepted theory traces its origin to the historical fact that during the Joseon Dynasty, the King (King) frequently visited (Go) Sungkyunkwan, the royal educational institution. Another theory holds that it derives from a modification of the English name of the gingko tree, our university’s symbolic tree.

The 2026 KINGO WALKATHON began in the area of Iho Tewoo Beach and centered on a coastal course through Jeju’s western and southern regions, passing through Aewol, Hallim, Hangyeong, Daejeong, Andeok, Jungmun, Seogwipo, and Namwon. Participants walked the daily courses in sequence, experiencing Jeju’s natural and cultural resources.

The event was hosted by the university and organized by the Student Council as a student-led program. It began with an opening ceremony on the first day and included a range of programs, including a coastal cleanup around Geumneung Beach, a campfire, an exchange with a visiting delegation led by the President offering encouragement to participants, and team talent shows.

This year in particular, the event went beyond a simple long-distance walk to add meaning as a program for learning shared responsibility toward the environment and local communities. Participants carried out coastal cleanup activities around Geumneung Beach and directly experienced Jeju’s ecological and coastal landscapes—including the Jeju Geological Trail course, Hayeong Olle, Bomok Port, and Haehyo Port—reflecting on the value of community-based action.

To ensure the safe operation of the event, the university divided responsibilities among a field team and an operations team, and managed participants in nine groups. The walking procession moved together with a lead vehicle, group members, and an ambulance, and a response system was established so that in the event of an injury, participants could be immediately transported by ambulance or university vehicle based on the field team’s judgment.

Lee Jun-sang, Vice President of Student Affairs, said, “The KINGO WALKATHON is a journey in which students carry forward our university’s spirit of innovation, which has continually taken on new paths throughout Sungkyunkwan’s 600-year tradition.” He added, “We will work closely with the Student Council to actively support students so that they can learn, step by step, the joy of surpassing themselves and building something together, and complete the walk safely.”

Lee Jae-hong and Lee Sang-su, Co-Presidents of the Student Council of SKKU, said, “Even in the sweltering heat, we carefully prepared the course, rest stops, safety management, and evening programs so that students could support one another as they walked.” They added, “We hope the KINGO WALKATHON becomes a moment of youth that all participants will remember for a long time.”

Students who took part in the 2026 KINGO WALKATHON concluded their 6-night, 7-day journey with a closing ceremony on Tuesday, July 14, at the Kumho Jeju Resort. Based on the experience of walking and learning together along the coast of Jeju, participants are expected to grow into stronger, more responsible members of the Sungkyunkwan community.

Inha SPARO Lab Excels at ICRA Robotics

▲ SPARO Lab (Spatial AI and Robotics Lab), led by Professor Youngkeun Cho of the Department of Electrical and Electronic Engineering at Inha University, achieved outstanding research results at IEEE ICRA.

At Inha University, the Spatial AI and Robotics Lab (SPARO Lab), led by Professor Youngkeun Cho of the Department of Electrical and Electronic Engineering, recently achieved outstanding research results at the world’s most prestigious robotics conference, IEEE ICRA (International Conference on Robotics and Automation) 2026.

At this year’s conference, SPARO Lab presented four full papers covering Spatial AI, robot perception, inertial odometry, semantic localization, traversable area estimation, and neural network-based map generation. In particular, the lab demonstrated its international competitiveness in robotics and Spatial AI by achieving several notable accomplishments, including selection as a finalist for the Best Paper Award, receiving a Student Paper Award, and placing second in the International SLAM Challenge.

First, the paper “KISS-IMU: Self-supervised Inertial Odometry with Motion-balanced Learning and Uncertainty-aware Inference” was selected as a finalist for the Best Paper Award in Robot Perception at ICRA 2026. This official ICRA paper award recognizes outstanding research in robot perception, a field focused on enabling robots to understand both their surroundings and their own movement.

Jiwon Choi, the paper’s first author, developed KISS-IMU, a self-supervised inertial odometry technique that estimates a robot’s trajectory by learning from Inertial Measurement Unit (IMU) data without requiring ground-truth trajectory data.

The research team used LiDAR-based Iterative Closest Point (ICP) registration and pose graph optimization results as training signals. They also combined a motion-balanced learning strategy with an uncertainty-aware inference method that adjusts sensor reliability according to the uncertainty of the estimation results. This approach enables stable localization even when the robot encounters motion patterns or sensor noise that differ from those observed during training.

For the same research, Jiwon Choi was also selected as the recipient of the Outstanding Women in Robotics Student Paper Award, presented by the Women in Robotics and Automation (WiRA) Committee under the IEEE Robotics and Automation Society (RAS). The award recognizes female student researchers presenting papers at ICRA whose work demonstrates outstanding originality, technical contribution, and research impact.

SPARO Lab also achieved outstanding results in the Hilti–Trimble SLAM Challenge 2026, an international competition evaluating robot localization performance in real industrial environments.

Working in collaboration with robotics company Riibotics, the research team developed a 360-degree Visual-Inertial SLAM System and placed second in the SLAM category among 62 officially ranked teams. More than 1,800 submissions were entered into the competition, and the SPARO Inha University Team scored 2,393.9 out of 2,500 points.

The Hilti–Trimble SLAM Challenge is jointly organized by Hilti, Trimble, and the Dynamic Robot Systems Group at the University of Oxford. The competition evaluates the accuracy and robustness of SLAM systems under challenging conditions—including dark indoor environments, repetitive corridor structures, and moving objects—using 360-degree camera images and IMU data collected from real construction sites.

SLAM (Simultaneous Localization and Mapping) is a core robotics technology that enables robots to estimate their own position while simultaneously constructing a map of their surroundings.

Using the provided dual fisheye camera images and IMU data, the research team built a visual-inertial SLAM system. By integrating low-light image enhancement, static and dynamic object masking, line-feature-based image matching, factor graph optimization, and global trajectory correction techniques, they achieved reliable localization performance even in complex indoor environments.

Professor Youngkeun Cho said, “These achievements are particularly meaningful because our students were recognized not only through the presentation of full papers but also through international paper awards and the SLAM Challenge, which reflects real industrial environments. I would like to thank our students, co-authors, and our collaborating partner Riibotics. We will continue conducting research on Spatial AI and robot perception technologies that can be applied to real-world robotic systems.”

▲ SPARO Lab (Spatial AI and Robotics Lab), led by Professor Youngkeun Cho of the Department of Electrical and Electronic Engineering at Inha University, achieved outstanding research results at IEEE ICRA.

Original Article

SKKU Hosts Global Media Luncheon

Sungkyunkwan University (SKKU) hosted a luncheon meeting with the Executive Committee of the Seoul Foreign Correspondents’ Club (SFCC) at the R&E Lounge of the International Hall on July 3. Building on the partnership established through the first meeting held on August 14 last year, the event was organized to further strengthen cooperation and expand exchanges with the newly appointed SFCC Executive Committee.

Founded in 1956, the SFCC is a non-profit organization dedicated to fostering collaboration and networking among foreign correspondents based in Seoul. Its membership includes journalists from approximately 100 media organizations representing around 100 countries. Through press briefings, meetings with key institutions and public figures, and on-site reporting, the SFCC plays a central role in international news coverage related to Korea.

The SFCC delegation included President Nakagawa Takashi of The Yomiuri Shimbun(Japan); First Vice President Kang, Hyung Bin of People’s Daily Online(China); Second Vice President Raphael Rashid of The Guardian(United Kingdom); Director-at-Large Choi, Moon Seon of The Yomiuri Shimbun(Japan); Secretary General Ku, Yuna of BBC World Service(United Kingdom); and Auditor Huang, Xinxin of Xinhua News Agency(China). Representing SKKU were President Yoo Ji-Beom, Vice President for the Humanities and Social Sciences Campus Choi Hoon-Seok, Vice President for Planning and Coordination Yoo Piljin, Vice President for External Affairs Ji Seong Woo, and other university officials.

The program began with a welcome reception, followed by opening remarks from President Yoo, a congratulatory address by an SFCC vice president, and a screening of the university’s promotional video. During the luncheon, participants shared updates on SKKU’s internationalization initiatives and major achievements while exchanging ideas on future areas of cooperation.

President Yoo Ji-Beom remarked, “International media play a vital role in connecting universities with the world and promoting research achievements to the global community. I hope that SKKU and the SFCC will continue to build a strong global partnership based on close collaboration.”

Kang, Hyung Bin, First Vice President of the SFCC, stated, “I hope this visit will serve as an opportunity to further strengthen exchanges between SKKU and the SFCC. We look forward to continuing our close cooperation in promoting the university’s outstanding achievements in education and research to the international community.”

In the afternoon, the delegation toured major campus facilities, including the Sungkyunkwan University Museum, where they showed great interest in the university’s rich history and traditions as well as its educational and research environment.

Through this meeting, SKKU plans to further strengthen its cooperative network with the international press and continue communicating with global media to promote the university’s excellence in education, research, and international competitiveness worldwide.

SKKU Publishes Buddhist-Confucian Dialogue

Sungkyunkwan University (President Ji-beom Yoo) announced that its Institute of Confucian Philosophy and Culture (Director, Professor Doil Kim) has published Buddhist-Confucian Dialogue: A Contribution to the Comparative Philosophy of Religion through Springer Nature, one of the world’s leading academic publishers. The volume offers a fresh examination of the relationship between Confucianism and Buddhism, two of the most influential intellectual traditions in East Asia.

Released as the seventh volume in Springer’s renowned Comparative Philosophy of Religion series, the book was co-edited by Professor Doil Kim and Professor Leah Kalmanson of the University of North Texas. Bringing together leading scholars from Korea and abroad, the volume highlights the growing contribution of East Asian philosophy to international discussions in comparative philosophy and philosophy of religion.

Contributors examine a wide range of topics, including life and death, emotion and morality, self-cultivation, political order, meditation, music, and humility. Through these studies, the volume illustrates how Confucian and Buddhist thinkers often engaged one another through critique, adaptation, and creative reinterpretation, thereby enriching both traditions. The book further suggests that these intellectual resources remain relevant for contemporary discussions of moral development, human flourishing, and the search for meaningful ways of life.

Contributors include prominent researchers such as Steven Heine, Jea Sophia Oh and Albert Welter, together with distinguished Korean scholars including Professor Youngho Lee of Sungkyunkwan University and Professor Yongbin You of the University of Seoul, longtime collaborators of the Institute. Their participation reflects the Institute’s growing role as an international hub for research on East Asian philosophy and religion.

This publication represents the culmination of more than four years of sustained scholarly collaboration. Since 2021, the Institute has fostered a series of conversations on Confucian–Buddhist dialogue, with earlier research outcomes collected in the Korean volume Confucian-Buddhist Dialogue: Communication and Harmony between Buddhist and Confucian Thought (Janggyeonggak, 2024). The new Springer volume brings these discussions into a global scholarly forum, demonstrating how Korean humanities research is not merely participating in international academic conversations but helping to shape and advance them.

Beyond its research achievements, the Institute has also emerged as a leading center for training the next generation of humanities scholars. Seven early-career researchers affiliated with the Institute’s Center for the Contemporary Study of East Asian Classics and Critical Confucianism (CCECC) have secured faculty appointments at major Korean universities, including Sungkyunkwan University, Seoul National University, and Pusan National University.

Professor Doil Kim has also continued to expand Sungkyunkwan University’s global academic presence through his own research. In December 2025, he published The Art of Seeing Beyond Oneself: A Confucian Perspective on Humility with Oxford University Press, further contributing to international scholarship on Confucian ethics and comparative philosophy.

CNU Builds Northeast Asia Marine Network

Chonnam National University (CNU) in South Korea is taking a leading role in establishing a global mega-governance framework for marine conservation and talent development.

In June 2026, CNU’s College of Fisheries and Ocean Sciences participated in the International Symposium on Marine Affairs and Conservation in the Northwest Pacific, hosted by its sister university, National Taiwan Ocean University (NTOU). Fifteen marine experts from the three countries convened to tackle shared challenges including climate-driven ecosystem changes, fisheries resource depletion, and marine debris.

Key outcomes include an agreement to hold the joint symposium annually, the launch of discussions on a graduate-level dual-degree program, and a short-term student exchange program planned for November 2026 involving 30 participants from CNU and local high schools.

CNU aims to expand this framework into a standing international academic conference with NTOU and Japanese marine institutes, positioning itself as a key voice in Northwest Pacific marine policy.