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[Korea JoongAng Daily] Engineering must counter extremism, find balance and solutions (A Column by Young-Oh Kim, Dean of Seoul National University College of Engineering)

[Korea JoongAng Daily] Engineering must counter extremism, find balance and solutions (A Column by Young-Oh Kim, Dean of Seoul National University College of Engineering)

Engineering must counter extremism, find balance and solutions ▲ Young-Oh Kim, Dean of Seoul National University College of EngineeringDespite the political chaos stemming from martial law and the impeachment crisis, Korea continues to function, thanks largely to its citizens who steadfastly fulfill their roles. Among them are the industrial workers nationwide and the students engrossed in research within university laboratories — individuals who inspire hope for the future.Reflecting on the economic prosperity and abundance we enjoy today, it is evident that the foundations were laid 60 years ago with initiatives like “industrialization” and “education-driven nation-building.” Many of Korea’s engineering schools stand at the intersection of these two pillars, producing leaders in shipbuilding, construction, automotive, nuclear energy, and semiconductors. During the economic growth of the past half-century, Korea faced various crises, yet engineers have consistently turned hope into tangible value. Engineering, after all, ceases to exist if it fails to create value. At the core of the ideal engineer lies a spirit of innovation and challenge. Thomas Edison’s incandescent light bulb brought humanity into the era of light, and Elon Musk’s reusable rockets opened the door to potential human settlement on Mars. A 1965 cartoon titled “Scenes from the 21st Century” depicted portable TV phones, electric cars, solar-powered homes and even trips to the Moon — most of which have become reality 60 years later. This is why engineers and aspiring engineers must never lose their passion and drive, even amidst political turmoil.One of humanity’s greatest challenges this century is achieving “green transformation,” represented by carbon neutrality. It is an urgent mission for the sake of future generations, requiring collective action. Advanced engineering fields such as carbon capture and storage, hydrogen production, renewable energy expansion, carbon-neutral mobility and net-zero cities must come together to tackle these issues. Korea is no exception. If the nation lags behind in decarbonization efforts, it risks not only wasting resources but also losing its grip on future markets.Another pressing challenge is the “digital transformation,” spearheaded by artificial intelligence (AI). A 2022 McKinsey report predicted that AI could generate economic value worth $20 trillion annually by 2040. Similarly, AI applications in manufacturing, such as autonomous robotics, personalized production and smart factory operations, are projected to grow into a $2 billion market within three years.Global AI tech companies have already made significant strides across industries such as aerospace, defense, robotics, semiconductors, pharmaceuticals and healthcare. In contrast, Korea’s industry lags, with only about 40 percent of companies adopting AI. While the to-do list grows, government support is sluggish, and political instability hampers progress.Korea’s development has been driven by engineering and technology, but concerns over the future — exacerbated by political discord and a frenzy over medical school admissions — now weigh heavily on this crucial mission. Ironically, as technological advances lower barriers to information and increase convenience, conspiracy theories have proliferated. Skepticism around climate change, vaccine efficacy and the role of nuclear and renewable energy coexists with baseless allegations of election fraud and superstitious debates.Historically, science and engineering have coexisted with non-scientific beliefs, but they have also dispelled flawed questions while presenting new, constructive ones. Peter Thiel, co-founder of PayPal and Palantir, recently remarked that “science always fights on two fronts.” It combats extreme dogmatism that enforces outdated norms while simultaneously countering radical skepticism that rejects rationality and progress — all while striving for balance within complexity.Amid the turmoil and crises facing Korea today, the role of engineering is clear: to challenge extremism of all kinds, seek balance, and offer solutions. Independent of political upheaval, Korea’s engineers and industries must continue serving as a stabilizing force, earning recognition from the global community for anchoring the nation in times of uncertainty.  ※ Source : https://koreajoongangdaily.joins.com/news/2025-01-09/opinion/columns/Engineering-must-counter-extremism-find-balance-and-solutions/2219161

2025.01.10

SNU Industrial Engineering and Computer Science Joint Research Team Wins Top Prize at the 2024 Ethereum Data Challenge

SNU Industrial Engineering and Computer Science Joint Research Team Wins Top Prize at the 2024 Ethereum Data Challenge

SNU Industrial Engineering and Computer Science Joint Research Team Wins Top Prize at the 2024 Ethereum Data Challenge- Analyzing the Impact of Blob Introduction After EIP-4844 on Network Performance- Recognized as a Critical Reference for Blockchain Technology Advancement▲ (From left) Seongwan Park, Researcher at the Department of Industrial Engineering, SNU; Professor Jaewook Lee, Department of Industrial Engineering; Bosul Mun, Researcher at the Department of Computer Science and Engineering, SNU; Professor Hnsang Eom, Department of Computer Science and EngineeringSeoul National University College of Engineering announced that a joint research team from the Statistical Learning & Computational Finance Lab in the Department of Industrial Engineering and the Distributed Computing Systems Lab in the Department of Computer Science and Engineering has won the Gold Prize at the "2024 Ethereum Data Challenge," hosted by the Ethereum Foundation.The competition was organized to explore the practical impact of Ethereum's major upgrade, EIP-4844. The Ethereum Foundation praised the research results of SNU’s joint team, noting that their study not only made an academic contribution to EIP-4844 research but also provided a critical reference for the advancement of blockchain technology. The originality and significance of the study were cited as key factors behind their victory.EIP-4844, applied during the Dencun hard fork in March 2024, introduced a new data structure called "blobs." This advancement improved data availability for rollups such as Optimism and Arbitrum by over 100-fold, significantly increasing transactions per second (TPS). These enhancements reduced blockchain transaction costs and encouraged broader adoption of blockchain applications.To analyze the actual impact of blob introduction on the network following EIP-4844, the SNU joint team collected and analyzed data on changes in block data reception time and block processing time by Ethereum nodes, as well as metrics related to network stability. Additionally, they accounted for differences in data across distributed network locations by directly setting up nodes in Seoul, Paris, Singapore, and Virginia, ensuring adjustments for location-specific variations.The team also analyzed EIP-4844's impact on the rollup ecosystem by gathering data on Ethereum network usage, rollup transaction frequencies, and the time required to ensure data availability for the top 10 rollups by Total Value Locked (TVL). This comprehensive analysis contributed to the success of their study.First unveiled in May 2024 on the preprint site arXiv, the research is regarded as the first academic study to conduct an in-depth analysis of EIP-4844's impact. This achievement is particularly notable as a product of interdisciplinary collaboration between SNU’s Department of Industrial Engineering and Department of Computer Science and Engineering. The synergy generated through strategic collaboration, with the industrial engineering team focusing on multifaceted data analysis of systemic changes and the computer science team specializing in precise network speed measurements at the client level, was instrumental to their victory.Seongwan Park, a researcher in the Department of Industrial Engineering (Academic Advisor Jaewook Lee) expressed his joy, stating, "I am delighted that our academic research on blockchain could contribute, even slightly, to the advancement of real-world protocols." Similarly, Bosul Mun, a researcher in the Department of Computer Science and Engineering (Academic Advisor Hyeonsang Eom) remarked, "It is an immense honor to have our research outcomes, achieved through teamwork and interdisciplinary collaboration, recognized on the global stage. I hope to continue pursuing ambitious research in the future.“Seongwan Park is currently pursuing his Ph.D. in the Department of Industrial Engineering at SNU, where he is conducting follow-up research on methods to reduce fork occurrences in blockchain networks. Meanwhile, Bosul Mun, a master's student in the Department of Computer Science at SNU, is focusing on enhancing the efficiency and stability of blockchain networks and plans to pursue a Ph.D. at a global research institution in the future.  [Reference Materials]“Impact of EIP-4844 on Ethereum: Consensus Security, Ethereum Usage, Rollup Transaction Dynamics, and Blob Gas Fee Markets”https://arxiv.org/pdf/2405.03183[Contact Information]Seongwan Park, Researcher at the Statistical Learning & Computational Finance Lab, SNU Department of Industrial Engineering / sucre87@snu.ac.kr

2025.01.09

SNU-Hanwha Aerospace Collaborate on Developing Future Technologies for the Aerospace Industry

SNU-Hanwha Aerospace Collaborate on Developing Future Technologies for the Aerospace Industry

SNU-Hanwha Aerospace Collaborate on Developing Future Technologies for the Aerospace IndustryEstablishing the Hanwha Aerospace HUB to Advance Research in Aircraft Engines and Space Launch Vehicles ▲ Dean Young-oh Kim of SNU College of Engineering (front row, left), CEO Jaeil Son of Hanwha Aerospace (front row, right)Seoul National University is joining forces with Hanwha Aerospace to advance technologies in the aerospace industry, a key driver of future growth.On January 7, SNU held the opening ceremony for the "Hanwha Aerospace HUB" at the Engineer House and signed a Memorandum of Understanding (MOU) for industry-academia collaboration to carry out future projects. The event was attended by Young-oh Kim, Dean of SNU College of Engineering; Professor Seung Jin Song, Director of the HUB Center; Jaeil Son, CEO of Hanwha Aerospace; and Junwon Lee, Head of the Space Business Division at Hanwha Aerospace.The "Hanwha Aerospace HUB" is an industry-academia collaboration network established by Hanwha Aerospace in partnership with 10 universities, including SNU, Konkuk University, Pusan National University, Yonsei University, Inha University, Chungnam National University, Chungbuk National University, KAIST, Hanyang University, and Korea Aerospace University, starting in 2023. The HUB is expected to carry out 50 advanced projects in defense technology, aircraft engines, and aerospace technology.At the HUB, SNU plans to conduct 15 research projects related to aircraft engine components and space launch vehicles. Faculty from the Department of Mechanical Engineering, the Department of Materials Science and Engineering, and the Department of Aerospace Engineering will lead medium- to long-term research projects, integrating insights from industry to develop innovative cutting-edge technologies. In addition, SNU aims to accelerate the cultivation of top-tier R&D talent through its industry-academia scholarship programs.Dean Young-oh Kim of SNU College of Engineering emphasized, “The research areas that SNU College of Engineering prioritizes through its engineering innovation program, ‘Keep Watch,’ such as defense technology, space technology, and industrial AI, are highly aligned with Hanwha Aerospace’s core business areas. This agreement is both timely and significant. Especially in challenging times like these, it is critical to prepare thoroughly for the future. SNU and Hanwha Aerospace will work together to nurture outstanding engineering talent.”[Contact Information]Professor Seung Jin Song, Department of Mechanical Engineering, Seoul National University/ +82-2-880-1667 / sjsong@snu.ac.kr

2025.01.09

Introducing Departments and Undergraduate Programs at Seoul National University College of Engineering.

Civil and Environmental Engineering

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Civil and Environmental Engineering

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