Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Do Young Oh's research lab focuses on critical urban studies, examining the symbolic, political, and material dimensions of contemporary urban spaces in South Korea. The lab investigates how urban identities—such as 'gangnam-ization'—emerge through simulacra and symbolic systems, particularly in planned cities like Songdo International City, analyzing the interplay between ideological constructs and material conditions. It also explores the transformation of urban public space, especially in underground shopping areas, through the lens of publicness, exclusion, and spatial governance across shifting political and economic regimes.
Professor Jeong-Hyun Woo's research lab specializes in atmospheric science and air quality modeling, focusing on improving the accuracy of air pollution predictions in East Asia. The lab develops advanced modeling frameworks that integrate artificial intelligence with numerical weather and air quality models to correct meteorological biases—particularly in wind speed—and enhance PM2.5 forecasting. It also leads the creation of high-resolution, multi-country emission inventories to better understand transboundary air pollution and regional emission sources. The lab leverages coordinated observations from ground, airborne, and satellite platforms to characterize seasonal and spatial patterns of air pollutants.
Professor Hyun-ho Ham's research lab specializes in European politics, institutional design, and public opinion, with a focus on the interplay between identity, institutional institutions, and democratic legitimacy in the European Union. The lab investigates how institutional mechanisms—such as treaty design, dispute settlement systems, and parliamentary empowerment—affect public support and political cohesion. Using innovative methods like conjoint experiments and behavioral games, the lab explores multidimensional public attitudes, affective polarization, and the microfoundations of political divides across European democracies. The research also examines how institutional arrangements can mitigate or exacerbate democratic deficits and identity-based polarization in supranational governance.
Professor Hajin Kim's research lab focuses on health systems and population health, with a strong emphasis on primary care delivery, occupational stress, and metabolic health outcomes. The lab investigates the organizational and policy dimensions of healthcare systems—particularly in primary care and integrated care models—using large-scale national cohort data. It also explores the impact of psychosocial stressors in the workplace on chronic disease development, especially metabolic syndrome, across diverse occupational groups in South Korea.
Professor Hong-Min Ahn's research lab specializes in gastrointestinal oncology, with a primary focus on colorectal cancer management and surgical oncology. The lab investigates the pathological characteristics and lymph node metastasis patterns in early-stage colon cancer, particularly following endoscopic resection, to guide optimal surgical strategies such as complete mesocolic excision with central vascular ligation. Their work emphasizes improving outcomes through precise staging and personalized treatment planning, integrating clinical, pathological, and survival data. The lab also contributes to evidence-based surgical decision-making using retrospective cohort analyses from prospectively collected databases.
Professor Wonjin Jang's research lab specializes in pediatric critical care and intensive care medicine, focusing on improving outcomes for critically ill children through advanced monitoring technologies and artificial intelligence. The lab investigates early detection of clinical deterioration using physiological data, including heart rate variability and vital signs, to develop predictive models for sedation levels and rapid response systems. A key focus is on applying innovative technologies such as extracorporeal membrane oxygenation (ECMO) in complex pediatric conditions like bronchopulmonary dysplasia and severe toxic exposures. The lab also explores prognostic factors in high-risk pediatric populations, including those undergoing allogeneic hematopoietic stem cell transplantation.
Professor Chami Im's research lab specializes in vascular and endovascular interventions, with a focus on acute vascular injuries and complex vascular diseases. The lab investigates clinical outcomes in critically ill patients, particularly those with pelvic fractures and renal artery dissection, emphasizing early diagnosis and minimally invasive treatment strategies. Their work bridges diagnostic imaging, interventional radiology, and surgical critical care to improve patient survival and recovery in trauma and vascular emergencies. The lab also explores the role of advanced imaging techniques in identifying and managing rare but life-threatening vascular conditions.
Professor Jooli Han's research focuses on the historical and philological study of ancient Chinese texts from the Qin, Han, Wei, and Jin dynasties, with an emphasis on bamboo and silk manuscript studies. Her work explores textual transmission, paleographic analysis, and the cultural context of early Chinese writing materials. She actively contributes to the academic community by compiling and reviewing scholarly developments in the field, particularly in the area of pre-imperial and early imperial Chinese textual culture.
Professor Jesung Park's research lab specializes in critical design and communication studies, focusing on the role of advertising as a medium for social critique within contemporary consumer culture. The lab explores how design—particularly in advertising—can expose the symbolic and ideological structures underpinning consumerism, with an emphasis on deconstructing commercial messaging to reclaim consumer subjectivity. Research directions include anti-advertising strategies, semiotic critique of commercial media, and the development of non-commercial, conceptually driven design interventions that challenge dominant consumerist narratives.
Professor Kyungchan Bae's research lab specializes in advanced manufacturing technologies, with a primary focus on metal 3D printing, particularly selective laser melting (SLM) of stainless steel alloys. The lab investigates process optimization to achieve high-strength, ductile, and net-shape components for precision industries such as jewelry and dental prosthetics. By systematically analyzing process parameters like laser power and scan speed, the lab develops tailored processing conditions that minimize defects and enhance mechanical properties.
Professor Jongyong Han's research lab specializes in advanced ceramic materials, with a primary focus on the development and application of novel ceramic formulations using natural minerals such as garnet. The lab investigates the integration of garnet—particularly in powdered or sandy forms—into ceramic bodies to enhance coloration, texture, and physical properties in traditional and industrial ceramics. Research spans both oxidation and reduction firing processes, examining phase transformations, color development, and surface characteristics in garnet-doped clay bodies, with applications in architectural ceramics, industrial abrasives, and decorative ceramics. The lab also explores sustainable material utilization by repurposing mineral waste or abundant natural resources for high-performance ceramic products.
Professor Jangseop Lee's research focuses on community-centered service design, particularly in the context of aging societies and social vulnerability. His lab explores innovative, participatory design solutions for public welfare services—especially in home-care and community support systems—amid challenges like pandemic disruptions. The lab emphasizes co-creation with local communities and institutions to develop sustainable, human-centered service models that enhance social care resilience. Current work centers on transforming traditional public services into accessible, technology-integrated, and empathetic systems.
Professor Jaehyuk Bae's research lab specializes in human-robot interaction, with a focus on developing intuitive and domain-specific interfaces for collaborative robotics. The lab explores time-based control methodologies that bridge the gap between robotic systems and time-sensitive creative industries such as film, music, and digital content production. By integrating principles from software design in creative applications with robotic control frameworks, the lab aims to enhance usability and interoperability for non-expert users. Current research emphasizes interface innovation using tools like Unity and Python to prototype and validate user-centered robotic interaction systems.
Professor Hyojin Sung's research lab focuses on advancing parallel computing through the co-design of software and hardware, emphasizing deterministic and disciplined shared-memory programming models. The lab develops type and effect systems to enforce deterministic semantics in concurrent object-oriented languages, enabling safer and more predictable parallel programming. It also explores hardware architectures like DeNovo that are optimized for such software models, improving performance, scalability, and energy efficiency. Additionally, the lab contributes to compiler infrastructure, particularly in supporting OpenMP offloading and portable accelerator programming within LLVM and Clang.
Professor María Claudia Macías’s research lab focuses on Latin American literature in the context of dictatorship, violence, and transnational cultural influences. Her work explores the intersections of literary imagination, political trauma, and ideological formation, particularly examining how writers like Roberto Bolaño and Mario Vargas Llosa engage with themes of complicity, servility, and resistance under authoritarian regimes. The lab investigates the legacy of European modernist and avant-garde movements—especially French symbolism and Japanese Bungakusha (buraisha) literature—on Latin American narrative. It also analyzes the role of U.S. military training institutions in shaping the psychological and political profiles of dictatorial figures in post-dictatorial fiction.
Professor Sonya Martin's research lab specializes in science education innovation, with a focus on enhancing digital literacy and inclusive science learning for diverse learners. The lab investigates digital science textbooks, reading comprehension in digital science texts, and instructional models that support multilingual and multicultural students. Key research directions include developing pedagogical frameworks—such as SIOP-based digital textbook design and the DSTR program—that integrate language development with science content learning.
Professor Doo-Sung Cho's research lab specializes in climate science and atmospheric chemistry, focusing on the impacts of air pollution and aerosols on global climate change. The lab investigates the radiative forcing effects of anthropogenic emissions, particularly the role of reduced aerosol emissions in amplifying global warming trends. Using advanced climate models, the lab quantifies the climate effects of emission reductions from key sources such as international shipping and East Asia. Their work bridges atmospheric science with public health and climate policy, emphasizing the unintended climate consequences of air quality regulations.
Professor Ji-won Shim's research lab focuses on the metabolic regulation of innate immunity, particularly in invertebrate models such as *Drosophila melanogaster*. The lab investigates how immune cells reprogram their metabolism during activation and development, integrating metabolic flux analysis with single-cell omics to uncover mechanisms underlying immune cell fate decisions. A central theme is understanding mitochondrial metabolism in hematopoietic-like cells, especially during immune responses such as lamellocyte differentiation. The lab also emphasizes the development and standardization of *Drosophila* research methodologies to ensure reproducible and reliable experimental outcomes.
Professor Young Won Lee's research lab specializes in advanced photonic materials and optical fabrication, with a focus on developing high-precision optical elements using laser-based techniques. The lab investigates the fundamental mechanisms of gelatin-based photoplates, particularly dichromated gelatin (DCG), to control stress and deformation during laser scanning processes. Their work centers on optimizing laser energy distribution and chemical composition to achieve desired optical shapes, such as spherical lenses, with minimal distortion. The lab also explores the role of energy saturation and inhomogeneous liquid flow in photopolymerization dynamics for improved optical element performance.
Professor Byung Ju Lee's research lab specializes in human-computer interaction, with a focus on understanding user performance in dynamic and variable-timing tasks, particularly in interactive systems such as video games and real-time interfaces. The lab investigates how temporal variability in input timing affects user accuracy and response behavior, using empirical studies and human factors analysis. A key research direction involves moving-target acquisition tasks under unpredictable conditions, aiming to improve the design of responsive and adaptive user interfaces. The lab also explores cognitive load and perceptual-motor performance in time-critical interaction scenarios.
