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Professor Oh Hyun-woong Discusses the Significance of Nuri Launch 5 on KFN’s ‘K-Insight’
Professor Oh Hyun-woong of the Department of Space Engineering appeared on the ninth episode of the Korea Armed Forces Network (KFN) program K-Insight, released on October 31. Titled “Nuri’s Fifth Successful Launch: Is the Era of K-Space Beginning?”, the program explored the significance of the successful launch for South Korea’s space security capabilities. Appearing alongside Cho Sang-geun, a research professor at the KAIST Institute for National Future Strategy and Technology Policy, Professor Oh discussed the observation capabilities of the NEONSAT microsatellite constellation, the achievements of the military’s 425 Project, the competition among major powers for space dominance, and the future direction of South Korea’s space capabilities.(Watch the video)K-Insight – Episode 9
2026-11-02 -
Korea Aerospace University’s University Job Plus Center Holds Fall 2026 Interview Master Program
▲ Students participate in practical mock interviews with industry professionals from various sectors during the Interview Master Program.Korea Aerospace University’s University Job Plus Center successfully held the “Fall 2026 Interview Master Program” to strengthen the interview skills and competitiveness of current students and graduates.The program consisted of interview preparation lectures and in-person mock interviews. During the lectures, industry professionals from the semiconductor and automotive sectors introduced the latest recruitment trends and interview strategies for their respective industries. Experts from various fields also served as interviewers during the mock interviews, which were conducted in a format similar to actual recruitment processes.Through detailed feedback from the experts, participants had the opportunity to identify their strengths and areas for improvement and develop practical strategies for interview preparation. The program received high levels of satisfaction and contributed to enhancing students’ employment readiness.
2026-11-02 -
[Interview with Professor Oh Hyun-woong] The Signal Was Lost, but the Dream Endured: 14 Years of Exploring Space with His Students
▲ STEPLAB CEO Oh Hyun-woong. / The Beevide (Source: Chosun Ilbo) Our university’s Professor Oh Hyun-woong and his students founded the space and aerospace startup STEPLAB, which is developing key space technologies, including satellite cameras and vibration-reduction systems. The company successfully mounted its self-developed space-grade black-box camera on a CubeSat, capturing images of the Moon and Earth and transmitting them back to Earth. ▲ The Moon and the skies above Italy, captured by DaejeonSat-1. / STEPLAB (Source: Chosun Ilbo) STEPLAB is expanding its business by developing technologies that reduce satellite vibrations to improve observation accuracy, as well as satellite deployment and separation mechanisms. The company has secured KRW 11 billion in Series A funding and accumulated approximately KRW 21 billion in project contracts. It was also selected for the “Top 100 Defense Innovation Companies” initiative led by the Defense Acquisition Program Administration and the Korea Research Institute for Defense Technology Planning and Advancement. STEPLAB aims to strengthen its technological competitiveness in the global space industry and grow into a specialized company in the small-satellite sector.
2026-10-29 -
KIMS, Pusan National University, and Korea Aerospace University Develop Technology to Reduce Dye Adsorption Time for Fiber-Shaped Solar Cells by 97%
Professor Shin Myung-hoon, Korea Aerospace University The research team led by Professor Shin Myung-hoon at Korea Aerospace University, in collaboration with the research teams of Dr. Song Myung-kwan from the Energy and Environmental Materials Research Division and Dr. Lee Hee-jung from the Convergence and Composite Materials Research Division at the Korea Institute of Materials Science (KIMS), as well as Professor Lee Hyung-woo at Pusan National University, has developed a technology that reduces the dye adsorption time—a key manufacturing step for fiber-shaped solar cells—from 16 hours to just 30 minutes, a reduction of approximately 97%.Fiber-shaped solar cells are next-generation energy devices that are as thin and flexible as thread, allowing them to be incorporated into fabrics or woven into textiles. Dye-sensitized solar cells, which generate electricity by absorbing light through dyes, are attracting attention as power sources for smart clothing and wearable electronic devices because they are lightweight and flexible. However, conventional manufacturing methods required electrodes to be immersed in a dye solution for approximately 16 hours to ensure sufficient dye molecules were adsorbed onto their surfaces, making mass production difficult. The research team shortened the process by combining a titanium-based metal-organic framework (Ti-MOF) with an electrochemical dye adsorption technique.
2026-10-29 -
Navy Welcomes Its First Helicopter Pilot to Achieve 10,000 Accident-Free Flight Hours
Park Ki-hyun, a flight instructor with the 609th Training Wing of the Republic of Korea Navy Aviation Command, poses for a commemorative photo on the apron at Mokpo Base on the 22nd before a training flight. Photo courtesy of the Republic of Korea Navy. Park Ki-hyun, a flight instructor with the 609th Training Wing of the Republic of Korea Navy Aviation Command and a graduate of our university’s Department of Flight Operations, has become the first helicopter pilot in Navy history to achieve 10,000 accident-free flight hours. Park reached this remarkable milestone during a training flight on the 23rd, following a career that began in 1991 when he took on the mission of protecting Korea’s maritime territory as a Navy helicopter pilot.After being commissioned as a Navy ensign in 1991, Park served as an active-duty pilot for approximately 19 years and six months, carrying out a variety of maritime operational flights. After retiring as a Navy lieutenant commander in 2010, he was appointed as a civilian flight instructor for the Navy the following year and has since devoted himself to training the next generation of pilots.Over the past 15 years, Park has trained a total of 378 helicopter pilots, including 347 from the Navy, 28 from the Marine Corps, and three from the Air Force. He has operated various helicopter types and currently trains junior pilots using the Bell 505 training helicopter.Maritime flying requires a high level of piloting skill and safety management because visual reference points, such as terrain features, are limited, while sea fog and sudden weather changes are common. Pilots often need to conduct prolonged low-altitude and low-speed flights, making thorough preparation and strict adherence to safety procedures essential.Park emphasized that this achievement was not his alone, but was made possible by the support of fellow pilots, air traffic controllers, maintenance personnel, and many other colleagues. He expressed his commitment to continuing to train elite helicopter pilots who will safeguard Korea’s seas, drawing on the experience and expertise he has accumulated throughout his career.
2026-10-28 -
Aerospace Engineering Student Yang Jun-young (Class of 2022) Successfully Launches GBSAT CubeSat Aboard the Fifth Nuri Rocket
Yang Jun-young is in the center of the photo.On October 7, at the Naro Space Center in Goheung, South Jeolla Province, eyes remained fixed on the screens long after the Nuri rocket rose into the sky. Once the rocket reached its target orbit, it deployed CubeSats two at a time into space, and finally, the deployment of GBSAT was confirmed. Yang Jun-young, a fourth-year student in Aerospace Engineering and the project manager (PM) of GBSAT, was on standby inside the center to witness the moment. Only then did he finally breathe a sigh of relief. GBSAT began when seven alumni of Gyeonggi Buk Science High School reunited after enrolling at Korea Aerospace University, KAIST, DGIST, Seoul National University, and GIST. They entered the Korea Aerospace Research Institute’s CubeSat competition as first-year undergraduate students, even though the competition had traditionally been dominated by university research laboratories. Their efforts earned them the opportunity to launch their satellite aboard the Nuri rocket. Inspired by this experience, Yang gained the confidence to pursue a career in the space industry and founded VF SPACE the following year. Last summer, he was featured on our university’s website as the head of VF SPACE, a space startup developing metal 3D printers and sounding rockets. We spoke with him about what happened after the deployment of the satellite that helped launch his entrepreneurial journey.Q. Three of the ten CubeSats carried aboard the fifth Nuri launch were developed by professors and students from our university. What was your first thought when you confirmed that GBSAT had been deployed? “I watched anxiously from liftoff until our satellite was deployed. I was relieved when I confirmed that the deployment had succeeded, but at the same time, I realized that this was only the beginning. From that moment on, I just hoped that GBSAT would operate without any problems.”Q. What is the current status of GBSAT? “It is in the initial operations phase. Immediately after deployment, the satellite’s rotation rate, or angular velocity, was higher than expected, and we also found some software bugs. We are working to resolve these issues. They are problems we can address, and progress has been smooth, so we expect the satellite to carry out its mission. Once initial operations are complete, GBSAT will measure high-energy protons aligned with Earth’s magnetic field throughout its operational lifetime and transmit the data to Korea whenever it passes over the Korean Peninsula.” Photo courtesy of the Korea Aerospace Research Institute.Q. What kind of space radiation does GBSAT measure, and why is it important to measure it? “Our mission is to measure protons with energies above 50 megaelectronvolts (MeV) that are aligned with Earth’s magnetic field. High-energy protons are a form of space radiation. Just as radiation can be dangerous to people, exposure to space radiation can cause various malfunctions and errors in satellites, potentially resulting in critical failures. We hope the proton data collected by GBSAT will help other satellites develop countermeasures in the future. The measurements are also scientifically valuable. High-energy protons generally originate from beyond the inner solar system, and during periods of intense solar activity, they have difficulty penetrating into the solar system. Therefore, we believe the data could also be used to compare and analyze high-energy proton levels alongside solar activity.”Q. You watched the first Nuri launch in 2021 from your high school classroom. “I had been interested in launch vehicles since high school, so my friends asked me how I felt about the launch. I was used to watching Falcon 9 launches, so seeing a launch vehicle developed by our own country rise into the sky was incredibly exciting. Some friends asked whether the launch had succeeded. I remember telling them that the engine burn seemed to have ended earlier than scheduled because I had memorized the Nuri launch timeline.”Q. The friends who worked with you reunited the year after entering university. How did the project begin? “Lee Sang-hoon, who was studying at DGIST at the time, first suggested entering the competition. He is now pursuing a master’s degree at KAIST. It was shortly after the COVID-19 pandemic, and the competition announcement came out around April. Since I did not know many people at my university, I thought about gathering friends from high school. I contacted those who might be interested in the project. The competition was usually entered by university research laboratories, but as first-year students, we did not really know that, so we simply decided to form our own team. Professor Yoon Hyo-sang of KAIST agreed to serve as our faculty advisor.” The team members who developed GBSAT. In the front row, the first person from the left is Professor Yoon Hyo-sang of KAIST, followed by CEO Yang Jun-young.Q. What does the name “GBSAT” mean? “All seven team members were graduates of Gyeonggi Buk Science High School and were first-year undergraduates at the time. Since Korean CubeSats have generally been named by combining an institution’s name with ‘SAT,’ we took ‘GB’ from Gyeonggi Buk and named our satellite GBSAT.”Q. You served as project manager. What were your responsibilities during development? “I was the PM and was also responsible for developing the attitude determination and control system (ADCS). I occasionally worked on the ground support equipment (GSE) as well. Although I led the team, everyone started with similar levels of knowledge and experience, so we operated on a relatively equal footing.”Q. What was the most challenging obstacle during development? “It was when we could not resolve a malfunction in the command and data handling system (CDH) for an entire year. Satellites in space can readily experience temperatures ranging from around -15°C to 60°C, but a particular component was failing at -5°C, contrary to our expectations. It took more than a year just to solve that problem, and I learned firsthand how difficult satellite development can be.” Photo courtesy of the Korea Aerospace Research Institute.Q. You said the competition helped accelerate your decision to start a company. Now that the satellite you developed has actually reached orbit, how do you see the connection between the competition and entrepreneurship? “Being selected for the competition and gaining experience developing a satellite gave me confidence. It made me feel that I could overcome what had seemed like an almost insurmountable barrier to entering the space industry, and that confidence led me to start my own company. Of course, I also realized that there is a substantial gap between satellites and launch vehicles. I had assumed that, since both are iconic space technologies, they would share similar knowledge and principles, but each presents its own distinct challenges. Even if you know how to build a launch vehicle, you would probably have to study satellite engineering from the beginning, and the reverse is also true. VF SPACE is currently developing metal 3D printers and launch vehicles, so we may move away from satellite development for a while after GBSAT. Still, I am certain that we will eventually draw on this experience to develop satellites again.”Q. Finally, what would you like to say to younger students who want to build satellites? “The hardest thing about a satellite is that once it goes into space, you can no longer intervene directly. That creates enormous pressure, but paradoxically, it is also why discovering that the satellite is still alive and functioning feels so rewarding. I hope you will give it a try. Not a single member of our team had studied satellite engineering before. I hope no one will be intimidated by the barriers to entering the space industry.” GBSAT team members (Name / Current affiliation / Responsibility / Affiliation during development) Yang Jun-young / Korea Aerospace University, Aerospace Engineering / Project Manager (PM), Attitude Determination and Control System (ADCS) / School of Aerospace and Mechanical Engineering at the time Lee Sang-hoon / KAIST, Interdisciplinary Graduate Program in Space Exploration Engineering, master’s student / Payload / DGIST Undergraduate Studies at the time Lee Je-min / KAIST, Department of Aerospace Engineering / Command and Data Handling System (CDH) / KAIST Freshman Year Program at the time Jung Beom-jun / DGIST, Mechanical Engineering / Thermal Control System (TCS) / DGIST Undergraduate Studies at the time Kim Hyun-min / DGIST, Computer Science and Engineering / Communication System (CS) and Electrical Power System (EPS) / DGIST Undergraduate Studies at the time Lee Tae-gyun / Researcher at the Agency for Defense Development, currently serving mandatory service / Payload / GIST School of General Education at the time Bang Woo-chan / Seoul National University, Department of Physics Education / Structural and Mechanical System (SMS) Faculty advisor: Professor Yoon Hyo-sang, KAISTVF SPACE Co., Ltd. is a space startup founded by Yang Jun-young in August 2023. The company develops wire-laser additive manufacturing (WLAM) metal 3D printers and hybrid-engine-powered sounding rockets. It was selected as a family company of the Korea Aerospace Research Institute and successfully launched its sounding rocket, “Hyperion Junior,” in March this year.
2026-10-28 -
In-Person Agreement Ceremony Held with Gyeongsang National University to Foster Talent in Aerospace and Defense
Korea Aerospace University and Gyeongsang National University held an in-person agreement ceremony on October 23 in the Industry-Academia-Research Collaboration Seminar Room on the second floor of Korea Aerospace University’s main building, reaffirming their commitment to fostering talent and conducting joint research in the aerospace and defense sectors. The ceremony was held in accordance with the memorandum of understanding signed in writing on July 28, and the two universities discussed future directions for cooperation.Attendees included Hee-young Huh, President of Korea Aerospace University, and Jin-hoe Kwon, President of Gyeongsang National University, along with Hwang Wan-sik, Director of Korea Aerospace University’s Anchor Project Group; Kwon Do-gyun, Deputy Director of the Anchor Project Group; Lim Hyun-tae, Director of Gyeongsang National University’s Anchor Project Group; and Kim Seon-young, Director of its Regional Education Innovation Center.Based on this agreement, the two universities will strengthen educational and research cooperation in the aerospace and defense sectors in connection with the Regional Growth Talent Development System (Anchor) and the “5 Regions, 3 Specializations Shared University” initiative. Areas of cooperation include: operating curricula linked to companies and research institutions in aerospace and defense and conducting joint research; providing field-based and hands-on education using demonstration-based educational and research infrastructure; developing joint education and research programs linked to the Anchor and 5 Regions, 3 Specializations Shared University initiatives; promoting AI convergence education and joint industry-academia AX education and research to support AI transformation in regional industries; and sharing educational and research facilities, equipment, data, and professional personnel.Gyeongsang National University is a flagship national university in Gyeongsangnam-do and serves as the lead institution of the GNI Shared University, a southeastern regional initiative involving universities in Gyeongsangnam-do, Busan, and Ulsan. The GNI Shared University shares educational and research resources among participating universities, focusing on regional strategic industries and establishing a collaborative framework for joint education and research that responds to industrial needs. This collaboration is significant because it enables universities in the Seoul metropolitan area and other regions to share educational and research resources across regional boundaries and jointly contribute to developing talent for national strategic industries and strengthening regional industrial competitiveness. By combining Korea Aerospace University’s established expertise and demonstration infrastructure in aerospace with Gyeongsang National University’s shared-university cooperation network, the partnership is expected to expand opportunities for field-based education linked to companies and research institutions, as well as demonstration-based joint research. The two universities plan to define specific collaborative initiatives, including joint curricula and the identification of joint research projects, through further working-level discussions.President Hee-young Huh said, “Since the early days of my presidency, I have envisioned educational cooperation in the aerospace industry that connects the entire country beyond regional boundaries. To ensure that this agreement does not remain merely formal, we will establish direct communication channels between faculty members at both universities and work together to achieve tangible results across education and R&D.”President Jin-hoe Kwon of Gyeongsang National University said, “To strengthen competitiveness in the aerospace and defense sectors, it is important to connect the specialized capabilities of universities and closely link education and research with industry. Through continued cooperation with Korea Aerospace University, we will provide students with broader educational opportunities and pursue joint research outcomes that contribute to the development of regional industries.”
2026-10-23 -
Five-Party MOU Signed to Address Climate and Environmental Issues in Northern Gyeonggi Province
The Anchor Project Group at our university, led by Director Hwang Wan-sik, signed a five-party memorandum of understanding (MOU) with Mako Korea, Make It All, Quaternion, and the Korea Tourism Development Institute at Vision Hall on campus on the 23rd. The agreement aims to jointly address climate and environmental issues in northern Gyeonggi Province.The agreement was established to contribute to local community development and the achievement of carbon neutrality by connecting the participating organizations’ climate technologies, educational resources, and tourism resources. Under the agreement, the five organizations will collaborate in six areas: identifying local climate and environmental issues and pursuing joint projects; operating climate technology education programs and training professionals; collecting and analyzing local environmental data and demonstrating technologies using drones and AI; developing climate education and tourism content and operating experiential programs; developing climate and energy monitoring technologies; and operating community-linked living labs.Responsibilities have been allocated according to each organization’s area of expertise. The Anchor Project Group will plan projects to address local issues based on our university’s research and educational infrastructure and lead industry-academia-research collaboration, education, and technology demonstration projects. Mako Korea will provide drone- and AI-based climate technology education and collect and analyze local environmental data. Make It All will oversee climate data analysis, AI application education, and experiential programs. Quaternion will support drone-based climate and energy monitoring technologies and the operation of climate education and tourism programs. The Korea Tourism Development Institute will develop climate education and tourism content, train professionals, and provide consulting on program planning and operation.This agreement expands the scope of cooperation into climate technology education and climate education tourism, following a multilateral cooperation agreement signed on January 28 with the Goyang Research Institute, EnergyX, the Goyang Carbon Neutrality Support Center, and the Regional Economy Green Alliance. Through this agreement, the Anchor Project Group plans to connect our university’s research and educational infrastructure with the local community to address climate and environmental challenges and strengthen a foundation for mutually beneficial cooperation and shared regional growth.
2026-10-23 -
Korea Aerospace University Awards Honorary Doctorate in Business Administration to James Kim, Chairman and CEO of AMCHAM Korea
Kim became the first Korean American to serve as Chairman and CEO of AMCHAM Korea in July 2017. Since then, he has led the organization, which has approximately 800 member companies, working to expand trade and investment between South Korea and the United States and strengthen economic cooperation between the two countries. Before leading AMCHAM Korea, Kim built his career in global business, working in both the United States and South Korea. He earned a bachelor’s degree in economics from the University of California, Los Angeles (UCLA), and an MBA from Harvard Business School. He subsequently held positions including Head of Marketing at AT&T’s headquarters, CEO of Corcoran.com, and President of Palisades Advisors. In South Korea, he served as President of Overture Korea, Senior Vice President of Business at Yahoo Korea, President of Microsoft Korea, and President and CEO of General Motors Korea. Kim currently serves as Chairman of the Board of Mirae Asset Global Investments and as an independent director of Hyundai Mobis. Since July 2023, he has also served as a commissioner on the Global Tech Security Commission (GTSC), representing South Korea. In recognition of his contributions to tax administration cooperation, he received a Presidential Commendation at the 58th Taxpayers’ Day ceremony. The honorary doctorate was conferred in recognition of Kim’s contributions to strengthening the economic alliance between South Korea and the United States. Drawing on his global business experience, he has served as a bridge between the governments and businesses of the two countries, helped attract investment to South Korea, promoted regulatory reform, and advanced cooperation in high-tech industries. The event consisted of two parts: a commemorative tree-planting ceremony and the honorary doctorate conferral ceremony. Attendees included Jang Seong-hyun, e x e cutive Vice President of Korean Air, as well as university faculty and staff. Kim first planted a commemorative tree in front of the Aerospace Center with Jang, KAU President Heo Hee-young, and Graduate School Dean Ahn Jun-seon. A commemorative stone was also erected to mark his visit to the university and the conferral of the degree. The ceremony then moved to Vision Hall in the Aerospace Center. The program included a welcoming address by President Heo, congratulatory remarks by e x e cutive Vice President Jang, a presentation of Kim’s career and achievements by Dean Ahn, the reading of the citation, the conferral of the degree, and Kim’s commemorative address. In his welcoming address, President Heo said, “Chairman James Kim has connected the two countries and broadened the scope of exchanges on the front lines of economic cooperation and trade diplomacy between South Korea and the United States.” He expressed gratitude for Kim’s special interest in and support for the university, including the expansion of the campus tennis courts and the provision of internship opportunities for students. He added, “It is a great honor to welcome Chairman Kim into our university’s alumni community through the conferral of this honorary Doctor of Business Administration degree.” In his congratulatory remarks, e x e cutive Vice President Jang said, “Chairman James Kim has served as a bridge between businesses and cultures in South Korea and the United States. Above all, his sincere consideration for others and leadership have made him a role model.” He added that, as a longtime friend and mentor, he sincerely congratulated Kim on receiving the honorary doctorate and considered it a meaningful honor befitting Kim’s dedication and achievements.
2026-10-20 -
Korea Aerospace University Invites Mongolian Ambassador to Korea to Hold “Live Responsibly” Campaign for International Students
On October 14, Korea Aerospace University (KAU) invited Sukhee Sukhbold, Ambassador of Mongolia to the Republic of Korea, to Vision Hall to hold a “Live Responsibly” campaign for Mongolian international students. The event was organized to help Mongolian international students better understand South Korea’s laws and regulations and continue their studies safely and responsibly. Attendees included Ambassador Sukhbold, Lombo Khash-Erdene, Director of Consular Affairs, and Secretary Otgonbaatar Dorjgotov. Representing KAU were President Heo Hee-young, Director of External Relations Kim Sang-woo, and representatives of Mongolian students currently enrolled at the university. South Korea and Mongolia have maintained cooperation in various fields, including aviation and education, since establishing diplomatic relations in 1990. In particular, in 1992, the late Cho Choong-hoon, founder of Hanjin Group, donated a Boeing 727 aircraft to Mongolia free of charge. Since then, Hanjin Group has worked with Mongolia’s Ministry of Education to provide scholarship programs that enable Mongolian students to pursue their studies at Korea Aerospace University and Inha University. Currently, more than 85 Mongolian students are enrolled at KAU, pursuing studies in various fields, including aviation and business administration. This year marks the 36th anniversary of diplomatic relations between South Korea and Mongolia, and bilateral cooperation continues to expand, including through a summit between the two countries and the adoption of a joint declaration in July. People-to-people and educational exchanges are also active: approximately 360,000 visits between the two countries were recorded in 2025, while around 18,000 Mongolian students were studying in South Korea. Ambassador Sukhbold emphasized that Mongolian students should approach their studies diligently and responsibly, remembering that they represent Mongolia while living in South Korea. He particularly stressed the importance of complying with Korean laws and regulations, preventing legal problems and criminal incidents that may arise during their stay, and maintaining a stable academic life. KAU President Heo Hee-young praised the excellence and diligence of Mongolian students enrolled at the university. He stated, “South Korea and Mongolia have maintained a long-standing cooperative relationship through aviation and education.” He added, “We hope that Mongolian students studying at our university will grow into key talents who connect the future of our two countries and contribute to Mongolia’s development.” KAU plans to continue supporting Mongolian students in maintaining a stable university life and pursuing their studies. Building on its strengths in specialized aviation education, the university also plans to continuously expand cooperation between South Korea and Mongolia in aviation and education.
2026-10-20 -
Korea Aerospace University and Vietnam’s Le Quy Don Technical University Explore Expanded Cooperation Faculty training program planned for November, with student exchanges targeted for 2027
A delegation from Le Quy Don Technical University (LQDTU) in Vietnam visited Korea Aerospace University (KAU) on October 8 for the third time to discuss expanding cooperation in education, academic exchanges, military technology, and the defense industry. Based in Hanoi, LQDTU is a national university specializing in engineering education and research, including aerospace and mechanical engineering. The four-member delegation was led by Acting President Nguyen Hong Phuong and included senior officials responsible for staff training, international cooperation, and cybersecurity research. KAU President Heo Hee-young, Director of External Relations Kim Sang-woo, and Distinguished Professor Lee Jin-sang also attended the meeting. The two universities signed a memorandum of understanding (MOU) in December last year to promote academic exchanges and joint research. During a second visit in May, they discussed exchange student programs, short-term research opportunities, and training for university administrative staff. Building on these discussions, the universities explored plans to invite 12 faculty members from LQDTU to KAU for a short-term training program in November. Student exchanges are also expected to begin in 2027. For undergraduate applicants, the universities are considering a pathway that includes approximately six months of Korean language study in Vietnam, followed by one year at KAU’s Korean Language Education Center. Students would then be eligible to apply for undergraduate programs after obtaining the required score on the Test of Proficiency in Korean (TOPIK). For graduate programs, students may choose between English- and Korean-taught tracks, depending on their academic backgrounds and qualifications. The universities are also exploring opportunities to send Vietnamese students to KAU through Vietnam’s government-funded scholarship programs. The meeting also covered cooperation in military technology and the defense industry. KAU proposed holding a joint academic conference to share research findings and discuss military technology policies in both countries. The university also proposed inviting LQDTU representatives to the opening ceremony of the K-Defense Aerospace Research Institute at KINTEX on December 10. Further cooperation with the Embassy of Vietnam in Korea is also being considered. “Beyond educational and student exchanges, we discussed various ways to expand academic and research cooperation in military technology and the defense industry,” said KAU President Heo Hee-young. “We will continue to build lasting partnerships and work toward tangible results in international cooperation.” During their visit, the delegation toured KAU’s aviation facilities, including the A300 aircraft on campus, the simulated air traffic control training room, and the Flight Training Center. They also learned about the university’s aviation education programs, practical training facilities, and research infrastructure.
2026-10-13 -
"Top Gun" AI Pilots emerge from Ajou, SNU, POSTECH universities.
In a unique competition where AI developed by university and graduate students piloted virtual F-16 fighter jets in aerial combat, a joint named "Churak-Dorak_ida" - comprising students from Ajou University, Seoul National University, and POSTECH, - was crowned the first "AI Pilot Top Gun" award. [MORE]
2026-10-06 -
Korea Aerospace University signs MOU with Ministry of the Republic of Uzbekistan
On September 15 this year, the KAU signed a Memorandum of Understanding (MOU) with Minister of Transport Ilkhom Makhkamov, agreeing to elevate the aviation education cooperation between Korea and Uzbekistan to government-level project. [MORE]Diplomacy Journal
2026-09-17 -
Korea Aerospace University Strengthens Cooperation with Uzbekistan on Pilot Training
Korea Aerospace University (KAU) is strengthening its cooperation with Uzbekistan in aviation education and pilot training. On September 12, Ilkhom MAKHKAMOV, Minister of Transport of Uzbekistan, and his delegation visited KAU to discuss ways to expand cooperation in aviation education and pilot training. The visit followed KAU President Heo Hee-young’s visit to Uzbekistan in April, where the two sides discussed ways to develop a long-term partnership in aviation education and pilot training. On April 29, President Heo met with Minister Makhkamov at the Uzbekistan Ministry of Transport. He proposed a step-by-step plan to help Uzbekistan develop into a hub for aviation personnel training in Central Asia. The two sides agreed to work together toward three main goals: providing international-standard pilot training, training future flight instructors in Uzbekistan, and building a sustainable pilot training system. They also agreed to establish a joint working group to develop and implement these plans. During the latest visit, the delegation discussed KAU’s international student education programs, the curriculum of the Department of International Studies, training programs for Tashkent State Transport University (TSTU) students, and KAU’s pilot training system. A major topic was how to train the pilots and aviation professionals needed for the continued growth of Uzbekistan’s aviation industry. The two sides discussed several specific areas of cooperation, including: Expanding the joint pilot training program with TSTU, including the Flight Operation 1+2+1 program, as well as joint degree programs with other universities in Uzbekistan Offering Private Pilot License (PPL) training and simulator training through KAU’s Jeongseok Flight Training Center Providing government support for flight training in Uzbekistan Recognizing flight hours completed in Korea and supporting the conversion of pilot licenses and qualifications Building a stronger pilot training system through cooperation in administrative and institutional areas KAU plans to use its nearly 40 years of experience in pilot training and its flight training facilities in Korea and the United States to support Uzbekistan’s growing demand for aviation professionals. KAU’s Flight Training Center began in 1986 as Korea’s first officially accredited flight training institution. Today, KAU operates flight training centers in Jeju, Jeongseok, and Uljin in Korea, as well as a flight training center in Sanford, Florida, in the United States. “We consider Uzbekistan one of KAU’s most important international education partners,” said President Heo Hee-young. “There is also growing potential for cooperation between Korea and Uzbekistan in the aviation sector.” He added, “We will continue to develop our partnership so that KAU’s experience and expertise in pilot training can make a meaningful contribution to the development of aviation professionals in Uzbekistan.” The Uzbekistan Ministry of Transport also expressed strong interest in KAU’s pilot training capabilities and its cooperation with TSTU. The ministry welcomed further cooperation between Korea and Uzbekistan in aviation personnel training. Meanwhile, KAU plans to expand its flight training facilities in the Jeju area from 2027 and develop the region into a world-class flight training hub. Based on this expanded infrastructure, KAU plans to further strengthen its pilot training partnerships with Uzbekistan and other international institutions. [MORE]Diplomacy Journal
2026-09-15 -
Tanzanian Ambassador Visits KAU to Discuss Cooperation in Aviation and AI
Noel Emmanuel Kaganda, Ambassador of Tanzania to Korea, and his delegation visited Korea Aerospace University (KAU) on September 2. They met with KAU representatives to discuss cooperation in aviation, AI, science, and technology. KAU President Heo Hee-young, Kim Sang-woo, Vice President for External Relations, and Professor Emeritus Lee Jin-sang attended the meeting. Both sides agreed to expand their partnership through education, research, and student exchanges. President Heo said, “We hope to develop more educational and research programs with Tanzania. In particular, we want to create practical cooperation projects in aviation that can benefit both countries.” Ambassador Kaganda explained that the Tanzanian government is working to strengthen cooperation with Korean institutions in science and technology, including AI. He said the Tanzanian Embassy would actively support new cooperation projects between Tanzania and KAU. He also mentioned the visit of Tanzanian President Samia Suluhu Hassan to KAU in June 2024, when she received an honorary doctorate. Ambassador Kaganda said KAU is an important partner for Tanzania’s development of aviation and aerospace technology and that the two sides should now move forward with practical projects. Tanzania’s aviation industry is growing quickly as more airports are being built and expanded and the number of aircraft is increasing. However, the country needs more educational programs to train aviation professionals. Ambassador Kaganda said the Embassy would help develop exchange programs between KAU and the Tanzania Civil Aviation Authority, which have already signed an MOU. The two sides also discussed Tanzania’s new Presidential Scholarship Program for science and technology. The program sends outstanding students to leading universities abroad. Ambassador Kaganda said he would work to send talented Tanzanian students to KAU to study aviation and aerospace, AI, and other fields. After the meeting, the delegation toured KAU’s A300 aircraft and educational facilities. Ambassador Kaganda also said he would work to arrange a visit by a KAU delegation to Tanzania soon. KAU expects its partnership with Tanzania to grow further, especially in aviation, AI, science and technology, and the development of talented young professionals.
2026-09-07 -
'Park Jang Sun Lounge' Opens at Korea Aerospace University Academic Information Center; "Chairman Park Jang Sun Donates Additional 1 Billion Won"
Korea Aerospace University held an opening ceremony for the 'Park Jang Sun Lounge', named after Chairman Park, on the first floor of the Academin Center on campus on the morning of september 3.
2026-09-04 -
[interview] Dean Lee Jaewan: "Korea Should Become a Leader in Shaping Aerospace Rules"
Lee Jaewan, who took office as dean of KAU’s Graduate School of Aerospace Law and Policy in March, was interviewed about the direction Korea’s aerospace industry should take and the policy measures needed for the country to become a global leader in shaping international rules. [more]Diplomacy Journal
2026-08-26 -
Korea Aerospace University Holds Global Aviation Policy Fellowship Policy Roundtable with the Ministry of Land, Infrastructure and Transport
The Global Aviation Policy Fellowship Policy Roundtable, jointly hosted by Korea Aerospace University and the Ministry of Land, Infrastructure and Transport (MOLIT), was held on August 6 in Lecture Hall 108. The event brought together university and ministry officials, aviation policy officials from developing countries, and aviation experts to share their experiences and insights and discuss ways to expand aviation policy exchanges between Korea and developing countries. A total of 15 senior government officials at the director and division chief levels from countries across Africa, Latin America, Asia, and Europe who are participating in MOLIT’s Senior-Level Aviation Policy Course attended the roundtable, along with 24 participants from the second cohort of Korea Aerospace University’s Global Aviation Policy Fellowship Program. Yoo Kyung-soo, Director General for Aviation Safety Policy at MOLIT; Kim Jin-gi, Dean of the Graduate School of Aviation Management; and Song Woon-kyung, Chair of the Department of Business Administration, also attended the event. Director General Yoo introduced Korea’s major aviation policies and outlined the government’s future policy directions. Participants in the Senior-Level Aviation Policy Course then shared the current state of their respective aviation industries and the policy challenges they face, while the fellowship participants gave presentations on key issues in international aviation policy and opportunities for cooperation among countries. The roundtable provided a valuable opportunity for practitioners working in different policy and institutional environments to exchange their expertise and experiences, deepen their understanding of Korea’s aviation policies, and lay the groundwork for continued international policy cooperation. The Global Aviation Policy Fellowship Program, which hosted the participants in the roundtable, is designed to cultivate aviation professionals who can contribute to the development of the aviation industries in developing countries. Targeting aviation experts from recipient countries designated by the OECD Development Assistance Committee (DAC) among ICAO member states, the program offers specialized training in the aviation and airport industries as well as a master’s degree program tailored to the needs of developing countries. The second cohort consists of 24 participants, including 19 from Africa, three from South Asia, one from Latin America, and one from the Middle East. Korea Aerospace University will continue to work closely with aviation-related institutions in Korea and abroad to cultivate aviation policy experts from around the world and further expand its international aviation policy network.
2026-08-24 -
Institute of Space Systems Technology Signs MOU with the Institute of Aerospace Engineering at TU Dresden, Germany
The Institute of Space Systems Technology at our university signed a memorandum of understanding (MOU) with the Institute of Aerospace Engineering (Institut für Luft- und Raumfahrttechnik, ILR) at Technische Universität Dresden in Germany on July 27. The signing ceremony was held in the president’s reception room at the university’s main building. Under the agreement, the two institutions will cooperate in identifying joint research topics in the aerospace field, carrying out joint research and development projects, and jointly organizing and mutually inviting participants to academic events such as workshops and seminars. Founded in 1828, TU Dresden is a member of TU9, an alliance of nine leading technical universities in Germany. It was designated a University of Excellence in 2012 under the Excellence Strategy jointly promoted by the German federal and state governments and has maintained this status ever since. The ILR, the institute that signed the agreement, is a research institute within the Faculty of Mechanical Engineering. It conducts research across the aerospace field, including aircraft structural design, flight control, space propulsion systems, and highly integrated satellite systems. The Institute of Space Systems Technology at our university was established in May 2023 as an affiliated research institute to bring together the university’s capabilities in space research and development. Its research covers a broad range of areas, from system design to mechanical and electronic engineering and artificial intelligence, with a particular focus on satellite platforms and payload technologies. The institute also works to develop space-industry professionals in response to the needs of government and industry. The signing ceremony was attended by President Heo Hee-young; Oh Hyun-woong, Director of the Institute of Space Systems Technology; Professors Kim Byung-kyu, Cho Sung-geon, and Choi Seok-min; and Martin Tajmar, Director of the Institute of Aerospace Engineering at TU Dresden. The participants introduced their respective institutions and exchanged views on future areas of cooperation. Martin Tajmar said, “I hope that the research capabilities of the two institutions will lead to tangible results through European collaborative research programs. Korea and Europe should work together to strengthen the global competitiveness of the space industry through innovative technologies and close international cooperation.” Oh Hyun-woong said, “Building on this agreement, we will actively pursue joint research in the aerospace field and identify international collaborative research projects by linking the research capabilities of the two institutions. We will also expand exchanges between students and researchers to establish a sustainable framework for international cooperation.”
2026-08-11 -
Korea Aerospace University Holds Send-off Ceremony for 2026 Summer Overseas Volunteer Team Students to Promote Educational and Cultural Exchange in Uzbekistan
Korea Aerospace University (KAU) held a send-off ceremony for its 2026 Summer Overseas Volunteer Team on July 20 in the conference room of the university's main administration building. The event celebrated the launch of the volunteer program and wished the participants a safe and successful journey as they prepare to engage in educational and cultural exchange with university students in Uzbekistan. The 2026 Summer Overseas Volunteer Team consists of 15 members, including 13 students, Dean of Student Affairs Lee Sang-hak, and Professor Shavkat. Led by Student Vice President Joo Min-jae, the team will carry out an 11-day program in Uzbekistan from July 21 to 31. Two Uzbek exchange students currently studying at KAU will also join the team, helping facilitate communication and exchange with local university students. During the program, the team will visit Tashkent State Transport University (TSTU) in Tashkent and Bukhara Innovative Medical University (BIMU) in Bukhara, where they will conduct a variety of educational and cultural exchange activities with local students. Participants have been divided into three groups—the Aviation & Drone Team, AI Team, and Korean Culture Team—each offering programs that reflect their academic backgrounds and areas of expertise. The Aviation & Drone Team will provide drone simulation training, including both theoretical instruction and hands-on practice, followed by a quiz competition. The AI Team will introduce participants to AI-powered short-form content creation using the Higgsfield platform. Meanwhile, the Korean Culture Team will offer Korean language lessons and a Hangul bead bracelet-making activity, providing local students with an engaging introduction to Korean culture. In addition to these programs, the volunteer team will visit historical and cultural landmarks in Tashkent and Bukhara to experience Uzbekistan's rich cultural heritage. At the ceremony, KAU President Heo Hee-young remarked, "The two universities we will be visiting are outstanding institutions that maintain strong and friendly ties with both Korea and KAU. Rather than viewing this simply as educational volunteering, I hope you will see it as an opportunity for mutual learning and exchange. Please approach every interaction with humility and respect for your counterparts." He added, "As representatives of KAU, I hope you will take pride in your role while recognizing the responsibility it carries. Above all, make your safety the highest priority and complete every part of the program in good health."
2026-07-27 -
Flight Training Center Becomes Korea’s First University Authorized as a Specialized Training Organization for Unmanned Airplanes
The Flight Training Center was officially designated as a Specialized Training Organization for Ultra-Light Vehicle Operators (Unmanned Airplane Category) by the Korea Transportation Safety Authority (TS) in June. Korea Aerospace University is the first university in the country to receive this authorization for unmanned airplanes (fixed-wing drones). The Korea Transportation Safety Authority grants Specialized Training Organization authorization in four categories: unmanned multicopters, unmanned airplanes, unmanned vertical takeoff and landing (VTOL) aircraft, and unmanned helicopters. The Flight Training Center became the first university in Korea to receive authorization for unmanned multicopter training in 2016 and has now expanded its qualifications to include the unmanned airplane category. The Center also plans to apply for authorization in the unmanned VTOL category later this year. Once approved, it will operate pilot training programs across three categories of ultra-light unmanned aircraft. Specialized Training Organizations are accredited by the Korea Transportation Safety Authority after their training facilities, instructors, and curricula have been thoroughly evaluated. Individuals who complete the approved training program are exempt from the written examination required for the national pilot certification. In addition, Korea Aerospace University’s training site has been designated as an official practical examination venue, allowing trainees to complete both their training and practical certification test at the same location, making the certification process more convenient. With this latest designation, the Flight Training Center is now authorized to offer Level 1, Level 2, and Level 3 pilot training programs for unmanned airplanes. The curriculum includes classroom instruction covering aviation regulations, aviation meteorology, aerodynamics, and flight operations, as well as simulator-based flight training and hands-on flight practice using actual unmanned airplanes. All training and evaluations are conducted in accordance with the standards established by the Korea Transportation Safety Authority. Unlike multicopters, unmanned airplanes are capable of long-range operations over wide areas, making them increasingly valuable in applications such as environmental monitoring, disaster response, national defense, and logistics. As these applications continue to expand, demand for qualified professionals in the field is also steadily increasing. A representative of the Flight Training Center stated, “With this designation as a Specialized Training Organization for unmanned airplanes, we plan to systematically provide national certification training not only for the general public but also for our students and researchers. We will also expand research in industry-academia collaboration and advanced drone demonstration projects, with the goal of becoming Korea’s leading professional drone training institution.”
2026-07-15
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