LRF Research Center at SNU https://lrfc.snu.ac.kr LRF-Funded Research Center of Seoul National University for Safety of Future Ship (LRFC) <![CDATA[The 10th Women in Engineering Program]]> The 10th Women in Engineering Program (WiE) The 10th Women in Engineering(WiE) was held on June 30, 2026, at the Center for Engineering Education Innovation at Seoul National University. With approximately 20 students in attendance—the largest number for any WiE held to date—Cindy Kim, Commercial Representative at the British Embassy, ​​and Commercial Attaché Seo Hye-kyung participated as mentors. Representative Kim holds the crucial responsibility of overseeing commercial affairs at the British Embassy in Korea, while Commercial Attaché Seo is in charge of the shipbuilding industry. On this day, about 10 undergraduate students and 10 graduate students attended, engaging in extensive discussions with the mentors. The students' active participation led to a lively Q&A session.]]> Tue, 30 Jun 2026 16:48:53 +0000 <![CDATA[The 11th Korea Marine Industry CEO Forum]]> The 11th Korea Marine Industry CEO Forum The 11th Korea Marine Industry CEO Forum was held on May 15 at the Engineer House of Seoul National University. Initiated six years ago at the suggestion of Professor Yonghwan Kim, the forum is held twice a year and is co-hosted by the Lloyd's Register Research Center in Seoul National University (LRFC) and the Korea Shipbuilding & Offshore Plant Association (KOSHIPA). Currently, Sam-hyun Ga, former HD Hyundai Vice Chairman, serves on the presidency, Gil-sun Choi , former Hyundai Heavy Industries Chairman serves on the advisory board, and Professor Yonghwan Kim serves as the secretary. At this 11th forum, attended by approximately 30 former and current CEOs and key external figures, including Sung-an Choi, Vice Chairman of Samsung Heavy Industries, Won-ho Joo, President of HD Hyundai Heavy Industries, Young-oh Kim, Dean of the College of Engineering, Andrew Gately, Commercial Counselor of U.S. Embassy. Presentations and discussions were held under the in-depth theme of "Survival Strategy for the Korean Shipbuilding Industry 2: Overseas Cooperation Projects for the Korean Shipbuilding Industry." In particular, and Cindy Kim, Commercial Representative at the British Embassy, and Michael Kim, Trade Diplomat at the U.S. Embassy, ​​participated in the panel discussion, where questions and opinions were exchanged regarding international business in the shipbuilding and marine industry and various issues.]]> Fri, 15 May 2026 16:46:29 +0000 <![CDATA[Kick-off meeting of NICOP project]]> Photos of the research agreement event: from right of the first row, Prof. Yonghwan Kim(SNU), Dr.Rachael Riley (Chief of Naval Research, ONR), Dr.Kwang-Phi Chang (CTO, HD Korea Shipbuilding and Offshore Engineering) Seoul National University, HD Hyundai, and the U.S. Navy Take ‘First Step’ in Next-Generation Ship Technology Research Cooperation On April 23, the Office of Naval Research (ONR) hosted an event in Arlington to officially launch Korea–U.S. research cooperation in shipbuilding. Representatives from ONR, Seoul National University (SNU), HD Hyundai, Naval Sea Systems Command (NAVSEA), and other U.S. research institutions participated in the inauguration of the Korea–U.S. Next-Generation Research Cooperation Group. The collaboration focuses on two key projects: the development of predictive ship digital twin technology by SNU and HD Hyundai, and advanced ultra-large-scale 3D printing technologies for shipbuilding led by HD Hyundai. ONR will directly fund research conducted by Professor Yonghwan Kim’s team and HD Hyundai researchers. Professor Kim’s team will develop an AI-enhanced digital twin system capable of predicting ocean conditions, vessel motion, and operational performance in real time, while HD Hyundai will conduct practical vessel applications and performance validation. The project is expected to strengthen strategic Korea–U.S. cooperation in next-generation shipbuilding technologies. Professor Yonghwan Kim serves as the Director of the Lloyd's Register Foundation Research Center in SNU for Safety of Future Ships (LRFC), and the research between ONR and HD Hyundai is centered around the LRFC. The Lloyd's Register Foundation has been supporting Professor Kim's research team for the safety of future ships since September 2024, and the research agreement with ONR and HD Hyundai is a part of the ongoing research activities of LRFC. https://edu.donga.com/news/articleView.html?idxno=106961]]> Thu, 23 Apr 2026 16:45:08 +0000 <![CDATA[WDSNS 2026]]> Global Shipbuilding Experts Gather to Discuss Future Ships... College of Engineering, Seoul National University, Hosts International Expert Workshop on Design and Safety of Next-Generation Ships Sharing Latest Research Results and Technological Trends Co-hosted by U.S. Office of Naval Research and the UK’s Lloyd’s Register College of Engineering, Seoul National University, announced that it kicked off the ‘International Expert Workshop on Design and Safety of Next-Generation Ships’ on the 7~9th at the Plaza Seoul Hotel in Jung-gu, Seoul, to discuss the design and safety technologies of next-generation ships. Hosted by Seoul National University and co-hosted by the U.S. Office of Naval Research (ONR) and the UK’s Lloyd’s Register, this workshop was established as a venue to discuss research and technology development directions regarding future ship design and safety technologies in the field of naval engineering, which is rapidly changing in line with recent trends toward eco-friendliness and smart technology. Experts representing Korea, the United States, and the United Kingdom will attend this three-day event to share the latest research results and technological trends. The opening ceremony was attended by Kim Young-oh, Dean of the College of Engineering at Seoul National University; Kim Yonghwan, Professor of Naval Architecture and Ocean Engineering at Seoul National University; Colin Crooks, British Ambassador to Korea; Claudene Sharp-Patel, Global CTO of Lloyd's Register; and Jennifer Wolk, Head of Maritime Warfare and Weapons at the U.S. Naval Research Service. In addition, approximately 140 experts were present, including research directors and key researchers from domestic shipyards such as Jang Kwang-pil, Vice President of HD Korea Shipbuilding & Offshore Engineering, and Kim Hyun-jo, Vice President of Samsung Heavy Industries; professors from the University of Michigan; key figures in the Korean Navy's technology sector; and researchers from military-related research institutions and industries. In his welcoming remarks, Dean Young-oh Kim introduced the current status of international cooperation and research in the field of naval architecture at Seoul National University, stating, "I hope this workshop will be a meaningful opportunity to share research achievements regarding future ships with global shipbuilding experts." During the keynote presentation following the opening ceremony, Dr. Jennifer Wolk garnered significant attention by introducing the direction of core technology development for future warships envisioned by the U.S. Navy. Professor Yonghwan Kim, who served as the event committee chairman, stated, "Given that interest in global shipbuilding cooperation is higher than ever, it is highly significant to gather top experts from the U.S. and the U.K. to discuss the technology of future vessels." The workshop ran until April 9 and was conducted on an attendance-only basis for invited experts. https://eng.snu.ac.kr/communication/promotion/news?md=v&bbsidx=6528]]> Fri, 10 Apr 2026 16:42:17 +0000 <![CDATA[The 9th Women in Engineering Program]]> The 9th Women in Engineering Program (WiE): Visit to HD Hyundai Global Research Center On March 6, the 9th Women in Engineering (WiE) program was held at the HD Hyundai Global Research Center (GRC). WiE is a program operated by the Lloyd's Register Research Center in SNU to support female students majoring in Naval Architecture and Ocean Engineering in their efforts to grow into the next generation of female engineers. Previous activities have included inviting female engineers who serve as role models for mentoring, visiting shipyards, and participating in overseas field trips. For this 9th WiE, the group visited the HD Hyundai GRC, one of the key research institutions in Korea's shipbuilding and marine industry. Led by Professor Yonghwan Kim, 14 female undergraduate and graduate students participated. During the visit, they met with female engineers working at the HD Hyundai GRC and toured the research environment within the center. HD Hyundai also provided information regarding career development and employment, with the Head of Human Resources in attendance.]]> Fri, 06 Mar 2026 16:37:33 +0000 <![CDATA[The 8th Women in Engineering Program]]> The 8th Women in Engineering: Dr. Mi-Hye Oh, Head of the Gangso Campus at the Korea Automotive Research Institute On November 17, 2025, there was 8th Women in Engineering event in Building 38, SNU. In this event, Dr. Mi-hye Oh, Head of the Gangso Special Zone Campus at the Korea Automotive Research Institute, was invited as a mentor for female students. Dr. Oh has worked at the Korea Automotive Research Institute for the past 30 years, leading the development of automotive materials technology. She began her activities with the Women’s Committee of the Korean Institute of Chemical Engineers in 2010, serving as the 5th Chairperson, and has performed various roles including academic activities, research, and corporate support. Dr. Oh and about 10 female students shared lunch together on this day, discussing life as a female engineer, and Dr. Oh shared various pieces of advice with the students regarding female engineering students.]]> Mon, 17 Nov 2025 16:35:16 +0000 <![CDATA[The 10th CEO Forum combined with Korean-US Shipbuilding Partnership Forum]]>  On October 29, 2025, the Korea-US Shipbuilding Collaboration Forum, hosted by the Lloyd's Register Fund Research Center (Director: Yonghwan Kim), was held at the Westin Josun Seoul Hotel. This event, held concurrently with the 10th CEO Forum of Korea Marine Industry, brought together key CEOs and senior experts from the Korean and US shipbuilding industries. Professor Themistoklis Sapsis, Director of MIT's Ocean Engineering Program, and Professor Karen Thole, Dean of the University of Michigan, proposed collaboration in research and technology development between Korea and USA. Eric Chewning, Senior Vice President of Huntington Ingalls Industries, and Patrick Ryan, CTO of the American Bureau of Shipping, outlined future directions for shipyard cooperation between the two countries. Rear Admiral Tae-Hoon Kim, Chief of Staff and Strategic Management of the ROK Navy, presented his thoughts on the appropriate MASGA from a naval perspective. With approximately 40 attendees, various ideas for shipbuilding cooperation between the two countries were discussed.]]> Wed, 29 Oct 2025 17:50:54 +0000 <![CDATA[The 7th Women in Engineering: Professor Hyesook Lim, former Minister of Science and ICT]]> On October 16, 2025, there was 7th Women in Engineering event in Building 38, SNU. In this event, Professor Lim Hye-sook of Ewha Womans University, a former Minister of Science and ICT, met with female students in the Department of Naval Architecture and Ocean Engineering, SNU. Professor Lim earned her bachelor's and master's degrees from Seoul National University and her doctorate from the University of Texas at Austin. She has also held research positions at Bell Labs and Cisco, making her a recognized expert in electronic and electrical engineering in Korea. At this WiE, Professor Lim shared her life as a female engineer and offered valuable advice on the qualities needed for women engineers to grow into leaders.]]> Thu, 16 Oct 2025 17:40:40 +0000 <![CDATA[SNU’s LRFC Strengthens Global Competence with UK Visit to Universities and Lloyd’s Register]]> “This visit provided our students with a valuable opportunity to expand their understanding of global naval architecture and marine engineering while nurturing the skills needed to thrive on the international stage. We remain committed to growing these programs to foster world-class talent in the maritime field.”

Student Reflection: Growing as a Global Researcher through the GEP Program

For Jung-Hyun Kim, a master’s student at Seoul National University, the Global Exchange Program (GEP) held in the UK this summer was more than just an academic trip—it was a turning point in his journey as a researcher. Below is the full text of his reflection as a participant in the Global Exchange Program (GEP): The Global Exchange Program (GEP) I joined in the summer of 2025 was a precious opportunity to broaden my academic horizons and take another step forward as a researcher. Despite the short schedule, I was able to visit various institutions and universities, directly experiencing both the traditions and the current research trends that the UK has cultivated in the field of naval architecture and ocean engineering. Our first visit to the Kelvin Hydrodynamics Laboratory left a deep impression on me. Although its towing tank is smaller than the one at Seoul National University, countless experiments are carried out there, resulting in many internationally recognized papers. I was struck by the realization that meaningful research outcomes can be achieved when creative ideas and systematic methodologies come together, even with small-scale facilities. This inspired me to dedicate myself with even greater passion to my own research. During the mini-workshop at the University of Strathclyde, I was able to explore various studies centered on computer-based simulations. Watching how numerical analysis techniques are used to solve complex fluid problems allowed me to vividly understand how the theories and skills I am learning now are applied in practice. Through the research presentations of local students, I also discovered that UK academia places great importance on safety issues. This reminded me once again that marine research is not only about efficiency or economics but is directly tied to public safety. In Southampton, our first stop was the Lloyd’s Register Global Technology Center, where I learned about the critical role this world-leading classification society plays. I was impressed to discover that Lloyd’s Register is not merely a certification body, but also a key player in developing and verifying new technologies while ensuring safety and reliability across the entire maritime industry. At the University of Southampton, another mini-workshop introduced us to the latest developments in environmentally friendly and sustainable marine technologies, such as wind-powered propulsion systems. Observing a high-speed vessel towing experiment in the university’s towing tank was particularly meaningful, as I was able to witness firsthand the generation of wave patterns that I had only studied in theory. Finally, visiting the Lloyd’s Register Foundation in London helped me understand why Lloyd’s Register continues to hold such strong global influence, despite the UK no longer having large shipyards. The answer lay in its historical foundation and accumulation of knowledge. The vast collection housed in the Old Library included books and records dating back to the 1700s and 1800s. I realized that these resources form the identity of Lloyd’s Register and continue to underpin its authority and trust to this day. More than relics of the past, they remain valuable sources of knowledge for today’s researchers and the maritime industry, which left a profound impression on me. Through the GEP program, I was able to directly confirm both the tradition and history of British naval architecture and ocean engineering, as well as the current research topics considered most important. Preparing and delivering a presentation in English also helped me recognize my shortcomings while giving me a real sense of growth. Despite the linguistic challenges, the experience of expressing my ideas and engaging in academic exchange will, I believe, serve as a great asset for continuing my research on the international stage. Above all, the experience I gained from this program has influenced not only my academic knowledge but also my research attitude and overall outlook on life. I came to realize that what matters most in research is not the size of the equipment or the conditions of the environment, but the passion and thorough approach to solving problems. This is a mindset I intend to carry with me throughout my research career. Finally, I would like to express my sincere gratitude to the Lloyd’s Register Foundation for providing this invaluable opportunity and to my professors for their thoughtful guidance and support. Building on what I have learned from this GEP program, I am committed to working harder to become a researcher who contributes not only to academic achievement but also to international collaboration.]]> Sun, 24 Aug 2025 08:55:22 +0000 <![CDATA[The 6th Women in Engineering: Professor Wha-Sook Jeon]]> On July 17th, 2025, there was 6th Women in Engineering event at Rak-Gu-Jung restaurant in Building 38, SNU. The guest speaker for this event was Professor Jeon Wha-sook of the Department of Computer Science and Engineering at Seoul National University. At the time of her appointment as a professor in 2002, she was the only female full-time professor in the College of Engineering at Seoul National University, and the second female full-time professor in the history of the College of Engineering. Professor Jeon's majors are computer networks and wireless communications networks. Having completed her undergraduate, master's, and doctoral degrees at Seoul National University, she was recognized for overcoming the barriers to professorship, such as gender discrimination in Korea and the preference for overseas doctoral programs. Professor Jeon met with around ten female students majoring in naval architecture and ocean engineering, sharing her experiences and advice.]]> Thu, 17 Jul 2025 17:35:52 +0000 <![CDATA[Research supporting safer, stabler ships]]> Lloyd's Register Foundation is funding a research project at the University of Seoul that's improving knowledge of ships performance in adverse sea conditions.

Safer ships

One of the biggest risks to life at sea is ships becoming unstable when they’re overloaded or exposed to harsh currents and rough weather. The international shipping community has long been searching for a set of rules and guidance on ship stability – the International Maritime Organization (IMO) has been developing the Second Generation Intact Stability Criteria (SGISC) and preparing to apply them to all vessels for over a decade. Some factors governing ship stability are man-made – not sticking to safe loading limits, for example. Others are forces of nature and more unpredictable – such as the interaction of waves and ships. We’re supporting research being carried out by a team under Professor Yongwhan Kim from Seoul National University (SNU) to find out more about how ships behave under different sea conditions. “The grant from our partners at Lloyd’s Register Foundation is allowing us to learn essential lessons about one of shipping’s urgent priorities – the interaction between vessels and the prevailing sea conditions. This essential funding, we hope, will provide a stimulus for everyone – research bodies, international regulators and the shipping industry – to develop safer ships and better guidelines for avoiding catastrophic capsize incidents that put lives at risk,” said Professor Kim. The research is part of a long-standing collaboration between the Foundation and SNU, starting with the establishment in 2008 of the Lloyds Register Foundation Research Centre. The research aims to develop innovative technologies in the domain of ship-design by conducting front-end research, particularly focusing on technical issues related to ship performance and risk in waves. Its goals are:
  • Development of a new and enhanced technology to predict the speed loss and required power increase in ocean environment
  • Development of essential technology related to seakeeping performance for smart ship
  • Advanced research on ship dynamic stability in harsh ocean waves
  • Enhancement of ship route optimization to consider ship performance in waves.
South Korea is a world leader in shipbuilding – so ideally placed to lead research which will affect the safety of everyone who depends on safe shipping. And this work is urgent – to prevent catastrophes costing hundreds of lives, which are still happening in spite of advances in our knowledge of ship design. When the MV Sewol capsized and sank in 2014, killing 304 people including 250 high school students, accident investigations found the ship’s stability was a key factor. On the day of the catastrophe, it was carrying too much cargo and not enough ballast, and fatally listed while negotiating the treacherous Maenggol Channel on its journey from Incheon to Jeju in South Korea. Based at the university’s Marine Hydrodynamics Laboratory, the programme will increase knowledge of how ships perform in different wave conditions, and hopefully lead to better hull design. In spite of the disruption from COVID over the last year, the project has developed:
  • A new numerical method for predicting how ships will manoeuvre in waves
  • New technology for predicting weather factors
An enhancement of WISH, software that measures how ships perform under loading and wave conditions, to improve the accuracy of measurement. https://www.lrfoundation.org.uk/research-supporting-safer-stabler-ships  ]]> Thu, 26 Jun 2025 10:37:36 +0000 <![CDATA[ISOPE Special Session for Safety of Future Ships]]> The Society’s annual conference, the Annual International Offshore and Polar Engineering Conference (ISOPE Conference) 2025, was held on June 1-6,2025, at KINTEX in Ilsan, Goyang, South Korea.

This globally renowned conference is considered one of the most influential academic events in the field of ocean and arctic engineering, attracting over 800 experts from more than 40 countries. Over 600 participants from countries including Korea, China, Japan, Norway, Italy, Greece, and the United States attended plenary sessions, keynote speeches, 141 technical sessions, and a welcome banquet. Major organizations and institutions such as ExxonMobil (USA), National Institute of Ocean Technology (India), Shanghai Jiao Tong University, Hanwha Ocean, HD Hyundai Heavy Industries, and Seoul National University took part in the event.

Lloyd’s Register-Related Sessions: "Safety of Future Ship"

Safety of Future Ship 1

  • Investigation on the Toughness for FH36 Steel HAZ Specimen through Simulative Approaches
    Yu Yao Lin (Seoul National University), Jin Ha Hwang (Pukyong National University), Nak-Kyun Cho (Seoul National University of Science and Technology), Kyu Sik Park (POSCO), Xing Ya Feng (Southern University of Science and Technology), Bin Bin Li (Tsinghua University), Do Kyun Kim (Seoul National University)

  • Numerical Study of Free-Surface Behavior in Sloshing Flows within a Circular Tank
    Du-Hyeon Kim, Kyung-Kyu Yang (Chungnam National University)

  • Prediction of Flow Fields in Sloshing Tank Using Image-based Deep Learning
    Seongmin Woo, Rae Hyoung Yuck, Yong Chul Lee (Samsung Heavy Industries); Daegyoum Kim (KAIST)

Safety of Future Ship 2

  • Deterministic Prediction of Parametric Roll Motion in Irregular Waves Using Artificial Intelligence
    Jaehak Lee, Yonghwan Kim (Seoul National University)

  • Efficient Prediction Model for Ship Parametric Roll in Waves Using Deep-Learning Algorithm
    Hyo-Jin Park, Bo Woo Nam (Seoul National University)

  • Development of Testbed and Data Collection System on Real Ship Based on Digital Twin Concept
    Jung-Hyun Kim, Kensaku Sudo (Ship Partners Ltd, Japan), Marcos Barros Garcia (Helikon Shipping Enterprises Ltd., UK)

  • Study on the Maneuverability of KVLCC2 at Low-Speed under Adverse Weather Conditions
    Heesuk Yang, Yonghwan Kim (Seoul National University)

  • Static Dominant Hull Structure Design for Benign Water Operations
    Youngkook Kim, Myung-Keun Song, Kwang-Cheol Ha (Lloyd's Register Asia, Korea)

]]> Fri, 06 Jun 2025 13:57:32 +0000 <![CDATA[Lloyd’s Register Foundation Research Center for Safety of Future Ship]]> Lloyd’s Register Foundation Research Center for Safety of Future Ship

Seoul National University grant funded by Lloyd's Register Foundation for safer maritime systems

Lloyd's Register Foundation has awarded £4 million to the university for research over the next five years. The research will concentrate on three areas where evidence gaps need to be addressed to drive the development of standards and safer operations.

The bow of a shipping container

Future safe keeping of maritime research

The project based at Lloyd’s Register Foundation Research Center for Safety of Future Ship at Seoul National University will significantly contribute to the safety and sustainability of future maritime operations as it concentrates on key areas. Firstly, design of fuel tanks and systems to reduce the safety risks associated with using alternative fuels; secondly, risk prediction and prevention, specifically addressing dynamic instability and loss of manoeuvrability in waves; and thirdly, development and application of digital techniques to enhance safety at sea. It will help generate knowledge and evidence with potential to influence existing and new standards and regulations which are key to safer design and operation of ships in 21st century. Fifteen research projects, delivered in close collaboration with industry and international research partners, will tackle specific challenges related to decarbonisation (need for different fuel tank design for alternative fuels) and climate change (extreme weather causing risk of instability or loss of manoeuvrability). https://www.lrfoundation.org.uk/programmes/lloyds-register-foundation-research-center-for-safety-of-future-ship]]> Fri, 09 May 2025 10:18:45 +0000 <![CDATA[The 9th Korea Shipbuilding & Offshore Industry CEO Forum]]> On April 25, 2025, the 9th Korea Shipbuilding & Marine Industry CEO Forum was held at Seoul National University’s Gwanak Campus. The forum was organized to assess the potential impact of U.S. shipbuilding and maritime policy shifts under a second Trump administration, as well as Korea–U.S. cooperation, on the Korean shipbuilding industry, and to discuss appropriate strategic responses. The forum is chaired by Sam-Hyeon Ka, former Vice Chairman of HD KSOE, with Professor Yonghwan Kim of Seoul National University serving as secretary. Approximately 40 participants attended the event, including Lee Sang-kyun, President of HD Hyundai Heavy Industries and Chairman of KOSHIPA; Kim Hee-chul, President of Hanwha Ocean; and Nick Brown, CEO of Lloyd’s Register, along with 25 current and former industry CEOs, Lee Seung-ryeol, Director General for Policy at the Ministry of Trade, Industry and Energy, and Young-Oh Kim, Dean of the College of Engineering at SNU. https://www.veritas-a.com/news/articleView.html?idxno=551530]]> Fri, 25 Apr 2025 09:07:51 +0000 <![CDATA[Research on Safety of Future Ship gathers momentum]]> The future of shipping must remain secure, efficient and resilient. Professor Yonghwan Kim who is Director of the Lloyd's Register Foundation Research Center for Safety of Future Ship at Seoul National University examines how striving to harness the vast potential of the ocean must be done in parallel with protecting those whose livelihood depends on them.

Introduction to the research of the Lloyd’s Register Foundation Research Center in Seoul National University

The sea is the birthplace of human life and a treasure trove of infinite resources. Conquering the sea is humanity’s dream, but the sea can also take human lives and is a place where many dangers lurk. There are countless factors that threaten the safety of ships, which are means of transportation at sea. Compared to simple risk factors in the past, such as human factors of crews or severe weather, which accounted for a large proportion, recently, as eco-friendly smart ships have become more sophisticated, the risk factors due to electrical and electronic equipment as well as mechanical equipment have increased significantly. And if damage occurs, the scale of damage can be enormous. For this reason, international organisations such as IMO and Lloyd's Register have recently strengthened regulations on safety at sea. The Lloyd's Register Foundation Research Center for Safety of Future Ship in Seoul National University is conducting research in three areas starting in September 2024, focusing on ship safety issues related to the development of future ships. The first area is the safety of alternative fuels. In order to achieve the Zero Carbon goal for marine vehicles by 2050, ship fuels such as oil or natural gas are going to be replaced with ammonia or hydrogen. Considering the current pace of technological development, it is certain that engines using ammonia as fuel will soon be installed on medium and large-sized merchant ships. However, ammonia has the risk of being toxic and threatening the lives of seafarers. In addition, ammonia or hydrogen is stored in liquid form in fuel tanks or cargo tanks, and since the tanks are subject to impulsive hydrodynamic pressure or repeated hydrodynamic loads due to sloshing, there is also a risk of damage to the tank structure for low-temperature or ultra-low-temperature insulation. Studying the risks associated with these next-generation fuels is one of the main research areas of Lloyd's Register Foundation Research Center. The second topic of interest is the dynamic stability of ships in waves. The motion performance of ships in waves is a traditional field of shipbuilding, but recently, nonlinear dynamic behaviors that can cause capsizing of ships or serious cargo loss are being regulated by IMO and others. Lloyd's Register Foundation Research Center is mainly interested in establishing analysis procedures for nonlinear roll motions occurring in large ships, and it is expected to develop a preliminary draft of international regulation. The third theme of Lloyd's Register Foundation Research Center is related to the smartening of ships. Recently, as AI techniques are rapidly developing, there are increasing cases where existing theoretical analysis or numerical computation is being replaced by AI-based digital techniques. It is expected that the application of these AI techniques will greatly contribute to predicting risks and ensuring safety of ships. Lloyd's Register Foundation Research Center conducts research on techniques to improve the operational efficiency of ships and enhance navigation safety in waves. In addition, research will be conducted to define various risk factors that may occur as autonomous navigation functions are expanded and to determine the level of risk. The research is being or will be conducted by experts from multiple universities in Korea, including Seoul National University, and also from various countries such as Japan, Norway, the UK, and the US. The research results will be shared for the public benefit. To synergise these research activities, many institutions, including Korean shipyards, provide leveraging funds. The activities of Lloyd's Register Foundation Research Center are not limited to research. It carries out various activities to train experts in related fields, such as operating global exchange activities for students and international internship programs. These activities are aimed at supporting young students and researchers and fostering them as future talents in related fields. As well as this, the center is also making efforts to foster female engineers. The percentage of female engineers in the Asian region is not high compared to Western countries, and Lloyd's Register Foundation Research Center is paying special attention to fostering female marine engineers. It encourages the activities of female engineers through the Women in Engineering program and various other supports. The work we do here at the Lloyd’s Register Foundation Research Center is vital in the ongoing efforts to pioneer research to enhance ship safety. As our research gathers momentum, we want to make sure that the future of shipping remains secure, efficient and resilient. Our commitment to safety must remain unwavering as we strive to harness the vast potential of our oceans while protecting those whose livelihood depends on them. https://www.lrfoundation.org.uk/news/research-on-safety-of-future-ship-gathers-momentum
]]> Thu, 13 Mar 2025 10:40:12 +0000 <![CDATA[5th "Women in Engineering" Event]]> On March 7th, 2025, female engineering students participated in the Next-Generation Female Engineering Talent Yard Invitation Event, jointly organized by the Lloyd’s Register Foundation Research Center for Safety of Future Ship and HD Hyundai Heavy Industries. The students toured research facilities and LNG carriers, met with female leaders at HD Hyundai, and received mentoring and guidance on careers in the maritime industry. https://www.lrfoundation.org.uk/news/women-in-engineering-industry-leaders-guide-the-next-generation]]> Fri, 07 Mar 2025 13:28:33 +0000 <![CDATA[4th "Women in Engineering" Event]]> The 4th Women in Engineering event took place on February 21, 2025, at the Faculty Club of Seoul National University. The event featured Ms. Claudene Sharp-Patel, Chief Technology Officer of Lloyd’s Register, and Jan Przydatek, Director at Lloyd’s Register Foundation, as guest speakers.]]> Fri, 21 Feb 2025 13:25:14 +0000 <![CDATA[3rd "Women in Engineering" Event]]> The 3rd Women in Engineering event was held on January 21, 2025, at Rakgujeong. The invited speaker was Professor Dongjoo Min from the Department of Energy Resources Engineering at Seoul National University.]]> Tue, 21 Jan 2025 13:24:17 +0000 <![CDATA[2nd "Women in Engineering" Event]]>   The 2nd Women in Engineering event was held on November 28 by the Department of Naval Architecture and Ocean Engineering. Women in Engineering is a series of events organized by the Lloyd’s Register Foundation Center for Safety of Future Ships (Director: Professor Yong-Hwan Kim) starting in September, aiming to empower the next generation of female engineers by boosting their confidence as future professionals and supporting their career development. The event invites prominent female speakers who can offer valuable advice and inspiration to students. At the first event, Ruth Boumphrey, CEO of the Lloyd’s Register Foundation, and Claudene Sharp-Patel, CTO of Lloyd’s Register, participated and shared their insights. In the second event, Philippa Charlton, Chief Market Officer (CMO) of Lloyd’s Register, visited and spent time with students, offering her perspective as a female leader. The Women in Engineering series will continue on a regular basis, with future speakers to include female university professors, leading female engineers from shipyards, and role models whom students are eager to meet.    ]]> Thu, 28 Nov 2024 13:20:13 +0000 <![CDATA[The 8th Korea Shipbuilding & Offshore Industry CEO Forum]]> The 8th Korea Shipbuilding & Marine Industry CEO Forum, established by Professor Yonghwan Kim in 2019, was held on November 27, 2024 at the Koreana Hotel. The forum gathers current and former CEOs from major Korean shipyards, classification societies, and equipment companies to discuss key industry challenges and developments.]]> Wed, 27 Nov 2024 13:12:53 +0000