Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Joongseek Lee's research lab specializes in the design and optimization of advanced acoustic materials using principles of metamaterials, poroelasticity, and topology optimization. The lab focuses on broadband sound absorption, low-frequency sound transmission loss reduction, and wavefront manipulation through engineered microstructures such as metaporous layers, rigid partitioning, and metagratings. Key research directions include the development of dissipative acoustic metamaterials, efficient multilayer and 2D foam configurations, and innovative solutions for sound control in practical applications like ventilation panels and lightweight barriers. The lab combines theoretical modeling, numerical simulation, and optimization techniques—particularly Biot’s theory and topology optimization—to create next-generation acoustical systems with enhanced performance.
Professor Joon-Seok Yang's research lab specializes in energy harvesting and power management systems, with a focus on developing efficient, batteryless electronic solutions for sustainable applications. The lab investigates piezoelectric energy harvesting, particularly for low-power wireless devices such as remote switches, by optimizing rectifier circuits and impedance matching techniques. Additionally, the lab explores broader energy-water nexus challenges, including thermoelectric power plant water use and climate-related impacts on public policy and voting behavior. The interdisciplinary work bridges electrical engineering, environmental science, and political economy.
Professor Eun-soo Baek's research lab specializes in consumer behavior and retail marketing, with a focus on how digital and physical store environments shape consumer perceptions, emotions, and decision-making. The lab investigates immersive technologies such as augmented reality (AR), virtual tours, and 3D visual merchandising to enhance shopping experiences and brand equity. Key research directions include psychological ownership, telepresence, inclusivity in advertising, and the impact of environmental cues—such as visual warmth and geographic cues—on consumer trust and behavioral intentions.
Professor Jaehyung Kim's research lab specializes in machine learning and artificial intelligence, with a strong focus on addressing critical challenges in real-world data distributions. The lab investigates class imbalance in deep learning, developing innovative techniques such as data augmentation through cross-class translation and pseudo-label refinement to improve model generalization on minority classes. Additionally, the lab explores secure computation, particularly in fully homomorphic encryption, with a focus on optimizing bootstrapping mechanisms in the BFV scheme. Beyond AI, the lab also examines human well-being through the lens of environmental psychology, studying the relationships between restorative environments, leisure satisfaction, and psychological happiness in outdoor activities.
Professor Kyung-Joon Hong's research lab specializes in social welfare policy, poverty dynamics, and the institutionalization of social protection systems in South Korea. The lab focuses on understanding the structural and behavioral dimensions of welfare attitudes, the effectiveness of public and private income transfers in reducing poverty, and the working conditions of care and social service workers. Key research directions include the dynamics of poverty transitions, the impact of labor market integration on poverty alleviation, and the quality of long-term care services in the context of marketization and public accountability.
Professor Hyeshin's research lab specializes in health promotion, patient-reported outcomes, and quality of life across diverse populations, with a strong focus on aging, chronic illness, and preventive health behaviors. The lab investigates health-related quality of life, symptom clusters, and psychosocial factors in older adults, cancer survivors, and young adults, integrating both quantitative and emerging digital health methodologies. A key research direction involves exploring the impact of technology—such as AI—on health education and clinical decision-making, particularly in nursing and adolescent health contexts. The lab also examines family and cultural influences on health knowledge, parenting intentions, and preventive behaviors across different life stages and migration statuses.
Professor Yunho Kim's research lab specializes in biomedical image analysis, medical signal processing, and computational modeling with a focus on solving inverse problems in medical imaging and disease modeling. The lab develops advanced mathematical and computational frameworks—such as variational regularization and low-rank tensor decomposition—for denoising, deblurring, and reconstructing high-fidelity medical images, including diffusion MRI and photoacoustic data. A key research direction involves separating image components (e.g., cartoon and texture) to enhance diagnostic accuracy, while another focuses on translational biomedical applications, such as anti-inflammatory drug screening and pulmonary disease modeling. The lab also leverages big data and cognitive analytics to study the impact of infrastructure and events on tourism development, demonstrating interdisciplinary applications of data science.
Professor Woo Kyung Bae's research lab focuses on preventive and lifestyle medicine, with a strong emphasis on nutrition, physical activity, and behavioral interventions to improve health outcomes in chronic disease prevention and management. The lab investigates the role of dietary factors—such as green tea consumption—and tailored digital health interventions, including text messaging, in promoting weight loss and reducing the risk of conditions like stomach cancer and obesity-related diseases. Additionally, the lab explores medication safety in older adults and evaluates the credibility of health information on social media platforms, particularly regarding cancer prevention and public health awareness. Their work bridges epidemiological research, clinical trials, and digital health innovation to develop evidence-based, patient-centered health promotion strategies.
Professor Hyunsoo Moon's research lab specializes in knee joint biomechanics and orthopedic surgery, with a primary focus on medial meniscus posterior root tears (MMRT), tibial slope geometry, and lower limb alignment. The lab investigates the biomechanical and radiographic factors influencing surgical outcomes, including medial meniscal extrusion, joint space width changes after osteotomy, and the impact of varus alignment on repair success. Using advanced imaging and clinical outcome assessments, the lab aims to refine surgical indications and improve long-term joint preservation strategies. Their work bridges clinical orthopedics with quantitative imaging analysis to enhance patient outcomes in degenerative and traumatic knee conditions.
Professor S. T. Cho's research lab specializes in cultural sociology, with a primary focus on cultural capital, social stratification, and identity formation in contemporary South Korean society. The lab investigates how cultural tastes, values, and social distinctions are shaped by class, generational differences, and structural inequalities, employing mixed-methods approaches that combine quantitative surveys with in-depth qualitative interviews. A central theme is the critical examination of Bourdieu’s theoretical framework—particularly cultural and symbolic capital—within the Korean context, while also developing context-specific measurement tools such as cultural capital indices and analyzing ethical consumption as a site of classed identity and symbolic distinction.
Professor Kyungdon Joo's research lab specializes in advanced 3D perception, robotic systems, and intelligent autonomy for real-world applications. The lab focuses on stereo and LiDAR sensor fusion, robust 3D reconstruction from narrow-baseline cameras, and geometry-aware deep learning for depth estimation and shape generation. Key research directions include autonomous navigation under limited visibility, real-time augmented reality for driving safety, and diffusion-based 3D shape generation using signed distance fields. The lab emphasizes practical, system-level integration of perception, control, and robotics for challenging environments such as disaster response and urban driving.
Professor Jong-Ha Lee's research lab focuses on the neurobiological and psychological underpinnings of adolescent mental health, particularly major depressive disorder, using advanced neuroimaging techniques such as cortical thickness analysis. The lab investigates brain structural changes in first-episode, drug-naïve adolescents with depression, aiming to identify objective biomarkers for early diagnosis and personalized treatment. In parallel, the lab explores socioeconomic and behavioral factors influencing mental health and health-related decision-making, including lifestyle, income, and pricing dynamics in food consumption. The integration of clinical neuroscience with data-driven approaches, including machine learning for mental health subtyping and treatment prediction, defines the lab’s interdisciplinary research direction.
Professor Heejoon Han's research lab specializes in financial econometrics, with a focus on volatility modeling, high-frequency data analysis, and the dynamics of financial market risk. The lab investigates advanced time series models such as GARCH-X and heterogeneous autoregressive (HAR) models to understand and forecast volatility using both realized measures and implied volatility. A key research direction involves analyzing spillover effects and dependence structures between financial markets, particularly through innovative tools like the cross-quantilogram for quantile-dependent risk transmission. The lab also emphasizes the asymptotic properties of estimators in models with long-memory and nonstationary covariates, contributing to robust statistical inference in financial econometrics.
Professor Soo-Yun Jeong's research lab focuses on molecular oncology and cancer genomics, with a particular emphasis on understanding the genetic and epigenetic mechanisms underlying rare and aggressive cancers such as adenoid cystic carcinoma and pancreatic ductal adenocarcinoma. The lab integrates whole-genome and exome sequencing, chromatin structure analysis, and structural bioinformatics to identify driver mutations, fusion genes, and regulatory elements that contribute to tumorigenesis and therapy resistance. A key focus is on translational applications, including identifying biomarkers and therapeutic targets—such as in BRCA-deficient or PARP-sensitive tumors—for improved patient outcomes. The lab also investigates gene regulation in development and disease using model systems, including homeobox genes and immunoglobulin gene regulation in B-cell malignancies.
Professor In Kwon Park's research lab focuses on urban and regional development, with a strong emphasis on community-driven regeneration, agglomeration economies, and environmental behavior in regional and urban contexts. The lab investigates the interplay between social, economic, and environmental factors in shaping local development policies, particularly in urban settings like Philadelphia and in metropolitan areas such as Seoul. Research also extends to the biological and genetic mechanisms underlying microbial pathogenicity, particularly in *Mycobacterium abscessus*, linking clinical microbiology with public health outcomes. The lab employs interdisciplinary methods, combining spatial econometrics, community-based policy analysis, and molecular microbiology to address pressing societal and environmental challenges.
Professor Byoung Hyuck Kim's research lab specializes in translational oncology and radiation oncology, focusing on improving treatment outcomes for gastrointestinal and hepatobiliary malignancies through integrated multimodal therapies. The lab investigates prognostic biomarkers such as GLUT1 and CA19-9, explores the role of tumor microenvironment and immune responses in cancer progression, and evaluates novel radioprotective agents like FGF2 to mitigate radiation-induced toxicity. A central theme is optimizing adjuvant and locoregional therapies—particularly chemoradiotherapy and targeted agents—based on molecular and clinical risk stratification.
Professor O-Chan Kwon's research lab focuses on autoimmune and inflammatory diseases, particularly in the context of systemic vasculitis, spondyloarthropathies, and thrombotic disorders. The lab investigates the immunological mechanisms underlying conditions such as Takayasu arteritis, ankylosing spondylitis, and antiphospholipid syndrome, with a strong emphasis on cytokine networks (e.g., IL-17A, GM-CSF), bone metabolism, and the role of innate immune cells like neutrophils. The lab integrates clinical epidemiology with translational immunology, using both human cohort studies and preclinical mouse models to explore disease pathogenesis and identify therapeutic targets. Their work also examines the intersection of autoimmunity with comorbidities such as diabetes and cardiovascular disease.
Professor Byung Wook Min's research lab specializes in translational oncology, focusing on the molecular mechanisms underlying colorectal cancer progression and prognosis. The lab investigates biomarkers such as microsatellite instability, Romo1, and PKCdelta to understand their roles in tumor behavior, treatment response, and survival outcomes. Additionally, the lab contributes to the clinical understanding of rare gastrointestinal tumors, including inflammatory myofibroblastic tumors and retroperitoneal cystic neoplasms, emphasizing surgical pathology and prognostic factors. Their work integrates molecular pathology with clinical data to improve patient stratification and personalized treatment strategies.
Professor Se-Jin Oh's research lab focuses on environmental remediation and heavy metal stabilization in agricultural soils, with an emphasis on developing and evaluating chemical amendments such as lime, steel slag, and zeolites to reduce bioavailability and transfer of toxic metals to crops. The lab also investigates the impact of airborne particulate matter on human skin health, particularly in healthy individuals, using controlled prospective studies. Additionally, the lab explores advanced mathematical structures in representation theory, particularly the categorification of quantum affine algebras and their connections to quiver Hecke algebras, contributing to the understanding of cluster algebras and monoidal categories in mathematical physics. The interdisciplinary approach bridges environmental science, materials chemistry, and advanced mathematics.
Professor Jeongseob Kim's research lab focuses on urban sustainability, smart city development, and the socio-environmental impacts of urban planning and housing policies. The lab investigates key issues such as social equity in urban infill development, the dynamics of housing market transitions—including filtering and affordability—amidst economic downturns, and the role of environmental risk awareness in shaping property values. It also explores data-driven approaches to urban resilience, including heatwave thresholds and flood risk perception, using advanced statistical modeling and spatial analysis.
