History Makers. We Change the World!
Korea Foreign School MoU Fayston Global Campus MoU SUNY Korea signed Memorandums of Understanding with two international schools, Korea Foreign School and Fayston Global Campus, on April 22nd and April 24th respectively. Through these partnerships, SUNY Korea marks a milestone in strengthening ties with global engagement and building collaborative educational pathways. SUNY Korea and Korea Foreign School will focus on strengthening student recruitment and institutional visibility. Korea Foreign School will identify and recommend high-achieving prospective students who meet SUNY Korea’s academic standards. Under the MoU with Fayston Global Campus, both institutions have committed to fostering academic and community collaboration. The partnership also outlines plans to develop community engagement initiatives that benefit both institutions. These partnerships reflect SUNY Korea’s continued commitment to expanding its global connection and creating meaningful educational opportunities.
On April 8, students from the American Society of Mechanical Engineers (ASME) student club in the Mechanical Engineering Department had the chance to step outside the classroom and into one of Korea’s most recognized industrial spaces during a facility tour of Hyundai Motor Company’s Asan Plant. Organized by the club, the trip gave students a firsthand look at how large-scale automotive manufacturing works in the real world. The group departed from the SUNY Korea main gate early in the morning and traveled by chartered bus to Asan. After arriving at the plant at 9:30 am, students began the guided tour at Hyundai’s PR Center, where they received an introduction to the company, the history of the Asan Plant, and its role in vehicle production. Exhibits and presentations helped provide context before students entered the production areas. From there, the group moved through several key stages of manufacturing. In the Press Shop, students learned about the panel production process. This stage focused on one of the earliest steps in manufacturing: how vehicle body panels are prepared and formed. Next, students moved to the Body Shop, where guides explained the body production and assembly process. Here, participants were introduced to how major structural sections of a vehicle are brought together before final assembly. The final stage brought them to the Assembly Shop, where workers and automated systems installed interior components, electrical systems, and finishing parts before the vehicles reached final inspection. After reviewing all major stages, the tour concluded at 11 am. One of the most valuable parts of the trip was seeing how each department contributes to the larger manufacturing chain. Rather than viewing engineering as separate subjects, students could see how materials, mechanics, automation, and management all work together inside a modern factory. Events like this show the value of learning beyond the classroom. The Hyundai facility tour gave students more than just a day trip, it gave them a closer look at the careers, technology, and innovation waiting beyond graduation. Written by Student Reporter, Temirlan Gubashev (Temirlan.gubashev@stonybrook.edu)
Debt Strikes Back...The Economy Is Running Out of Options As South Korea’s total debt has, for the first time, exceeded 6,500 trillion won, the government has formalized a 25 trillion won supplementary budget framed as a “wartime” measure. While intended to address immediate livelihood challenges, debt has long since become a heavy burden. At its core, debt is a transaction across time—bringing future consumption and investment into the present. However, as this pattern repeats, the economy may gain time for growth, but it also loses the flexibility to respond effectively to crises. The problems of the Korean economy are most clearly reflected in household debt. The ratio of household debt to GDP has already surpassed dangerous levels, with significant structural vulnerabilities. The high share of variable-rate loans has turned the base interest rate into a politically sensitive factor rather than a purely economic tool, as rate hikes directly increase household repayment burdens and suppress consumption. As a result, delayed policy responses have contributed to rising exchange rate volatility and inflation—effectively “interest on delay.” Click here to read the full article
Professor Jongseong Brad Choi of Mechanical Engineering at SUNY Korea has secured four competitive government research grants for 2026, with a combined award of approximately 1.31 billion KRW (~1.09 million USD). The selected projects are supported by the Institute of Information & Communications Technology Planning & Evaluation (IITP), Ministry of Trade Industry and Resources (MOTIR), and the Ministry of Science and ICT (MSIT), with project durations ranging from 2 to 4.5 years. The total combined budget of these large-scale consortium projects exceeds 34.7 billion KRW (~28.9 million USD). Through these initiatives, Professor Choi and his research team, the MEIC Lab, will contribute to advanced research in areas such as multimodal neural rendering, physics-informed AI, and multi-agents platforms technologies. The MEIC Lab currently consists of 24 researchers, including one postdoctoral researcher, three Ph.D. students, seven master’s students, and thirteen undergraduate students and interns. Since joining SUNY Korea, Professor Choi has contributed to SUNY Korea securing a total of 4.37 billion KRW (~$3.7 million USD) in research funding, with approximately 2.7 billion KRW (~$2.83 million USD) as unused open grants expected to contribute substantially to the university’s growth in research. Professor Choi expressed his appreciation for the continued support from SUNY Korea: “I find great meaning in contributing to large-scale national research initiatives through invitations from leading institutions in Korea. Such recognition of SUNY Korea and MEIC Lab reflects our continued research contributions in neural rendering and computer vision fields, including our recent work published in IEEE; https://ieeexplore.ieee.org/document/11455377. I will continue striving to establish the MEIC Lab as a leading research group in visual intelligence, both in Korea and internationally.” MEIC Lab Website: https://www.meic-lab.com/
SUNY Korea proudly announces that JuHwan Kim, a graduate student in Mechanical Engineering, received the Outstanding Thesis Award, while Jaewon Lee, also a graduate student in Mechanical Engineering, received the Best Paper Award at the Korean Society of Mechanical Engineers (KSME) 20th Anniversary Reliability Conference, held from April 8 to 10 at Lotte Hotel Jeju. JuHwan Kim’s research focuses on improving the reliability and lifetime prediction of Insulated Gate Bipolar Transistors (IGBTs) by developing a Physics-of-Failure-based model centered on solder degradation, enabling more accurate and physically grounded lifetime assessment for power semiconductor devices. Notably, Jaewon Lee graduated in Fall 2025 and will begin his PhD program at the University of Maryland in Fall 2026, continuing his academic and research journey. Co-hosted by SUNY Korea and Jeju National University, the conference brought together approximately 400 participants, including leading researchers, faculty, and students in the field. Faculty and students from SUNY Korea’s Physics-of-Failure Lab and MEIC Lab also participated in the event. In addition, SUNY Korea was presented with a Certificate of Appreciation in recognition of its support and role in co-hosting the conference. This recognition reflects SUNY Korea’s continued commitment to academic excellence and impactful research in mechanical engineering.
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