Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Jin Su Song's research lab focuses on nutritional epidemiology and dietary patterns in relation to chronic disease risk factors among Korean populations. The lab investigates the associations between dietary intake—particularly macronutrients, dietary fiber, and glycemic load—and metabolic and cardiovascular health outcomes, with a strong emphasis on sex-specific differences and longitudinal trends. Research spans multiple population groups, including adults and adolescents, using large-scale national health and nutrition survey data to inform public health policy and intervention strategies.
Professor Hyun Jin Ryu's research lab specializes in nephrology and chronic kidney disease (CKD) outcomes, with a strong focus on nutritional status, cardiovascular complications, and transplant outcomes in CKD populations. The lab investigates the interplay between organomegaly, body composition, and disease progression in polycystic kidney disease (ADPKD), while also examining cardiovascular and mortality risks across different CKD etiologies. A key emphasis is placed on clinical phenotyping using advanced tools like bioimpedance analysis and on optimizing immunosuppression strategies post-kidney transplantation.
Professor Hun Joon Kim's research lab specializes in transitional justice, human rights accountability, and international norms, with a focus on the causes and consequences of domestic and international prosecutions for human rights violations. The lab investigates how individual criminal accountability for state violence and corruption emerges, particularly in post-authoritarian transitions, and explores the structural and institutional forces shaping norm diffusion. Research also examines the role of transnational advocacy networks, state sovereignty, and the interplay between domestic politics and global legal institutions in advancing justice.
Professor Ik-Hyun Song's research lab specializes in advanced RF and microwave circuit design with a strong focus on high-reliability, wideband, and low-noise integrated circuits for harsh environments. The lab pioneers the use of inverse-mode silicon-germanium heterojunction bipolar transistors (SiGe HBTs) to enhance radiation and single-event transient (SET) tolerance in RF systems, particularly for space and aerospace applications. Key research directions include the development of robust RF components such as low-noise amplifiers, mixers, power dividers, and digital step attenuators with optimized performance and immunity to transient effects.
Professor Yong-gwan Jeon's research lab specializes in advanced materials characterization, with a primary focus on transition metal oxides and intermetallic compounds using x-ray spectroscopic techniques such as XAS, XPS, and LIMS. The lab investigates electronic structure, bonding, and charge transfer phenomena in complex oxides—particularly cuprates and 4d/5d transition metal compounds—linking these to macroscopic properties like high-temperature superconductivity and catalytic behavior. A key research direction involves understanding the role of oxidation states and d-orbital occupancy in determining material functionality, with applications in energy materials and functional oxides.
Professor Bong-Ju Jeong's research lab specializes in sustainable materials and advanced manufacturing systems, with a strong focus on resource recovery, recycling technologies, and circular economy strategies for high-tech and energy-related industries. The lab investigates intelligent optimization methods—such as evolutionary algorithms and robust modeling—for disassembly planning, supply chain management, and electric vehicle logistics under uncertainty. Key research directions include the recovery of critical raw materials (e.g., indium, gallium, rare earth elements) from end-of-life photovoltaic systems and electronic devices, as well as the development of sustainable supply chain frameworks under policies like Extended Producer Responsibility and strategic stockpiling. The lab also explores advanced materials, particularly high-performance steels with enhanced mechanical and recyclability properties, to support green industrial transformation.
Professor Jin Hyung Kim's research lab focuses on biomedical and biophysical investigations spanning ophthalmology, aging biology, and retinal physiology, with a strong emphasis on oxidative stress, retinal structure-function relationships, and clinical outcomes in ocular diseases. The lab explores the role of antioxidant systems like superoxide dismutase in skin aging, evaluates retinal layer changes in myopia and diabetic peripheral neuropathy using advanced imaging (OCT), and examines postoperative pain management and surgical techniques in ophthalmic surgery. Additionally, the lab extends into nanoscale optoelectronic systems, particularly quantum dot–graphene heterostructures for tunable synaptic devices. These diverse yet interconnected research directions reflect a translational approach from molecular mechanisms to clinical applications and emerging nanotechnologies.
Professor SukYoung Ryu's research lab specializes in programming language design, static analysis, and program verification, with a focus on enhancing program safety and correctness in concurrent and high-performance computing environments. The lab develops declarative static analysis techniques and formal methods to detect bugs such as uncaught exceptions in multithreaded programs, while also exploring advanced language features like pattern matching and immutable data structures. Their work spans from foundational language semantics to practical tools for program analysis and visualization, particularly in scientific computing and medical imaging domains.
Professor Seung Hwan Jeong's research lab specializes in biomedical engineering and translational nanomedicine, focusing on the development of flexible and biocompatible microdevices for minimally invasive diagnostics and therapeutics. The lab pioneers innovative microneedle-based sensors for real-time physiological monitoring, particularly pH sensing in skin, and investigates the biological interactions of functional materials such as ionic liquids with cellular membranes. Additionally, the lab explores the tumor microenvironment and immune modulation, especially the role of STING pathway activation in anti-tumor immunity, aiming to enhance the efficacy of cancer immunotherapies.
Professor Seunghyun Kim's research lab specializes in pediatric ophthalmology and strabismus surgery, focusing on the physiological and anatomical mechanisms underlying ocular motility disorders. The lab investigates intraoperative factors influencing oculocardiac reflex, the ultrastructure of tendon axonal profiles in different types of exotropia, and the long-term outcomes of surgical correction. Additionally, the lab explores the role of medical imaging and diagnosis in rare conditions like intramuscular hemangioma presenting as isolated extraocular muscle enlargement.
Professor Jun-Nyoung Heo's research lab specializes in applying artificial intelligence and machine learning to improve clinical decision-making in acute cerebrovascular diseases, particularly ischemic stroke and COVID-19. The lab focuses on developing predictive models using readily available clinical data to forecast patient outcomes, intensive care needs, and treatment responses. Key research directions include outcome prediction, risk stratification, and diagnostic AI tools leveraging imaging and histopathologic data. The lab emphasizes real-world applicability, especially in resource-limited or high-acuity settings such as military hospitals and pandemic response systems.
Professor Minho Son's research lab specializes in high-energy particle physics, with a strong focus on exploring new physics beyond the Standard Model through advanced jet substructure techniques and effective field theory approaches. The lab investigates boosted heavy particles, such as top quarks and Higgs bosons, using sophisticated reconstruction and tagging methods to enhance sensitivity to new physics signals at the LHC and future high-energy colliders. Key research directions include precision studies of Higgs boson couplings, anomalous triple gauge couplings, and double Higgs production in the context of quantum chromodynamics and effective field theories. The lab also emphasizes the interplay between theoretical calculations, Monte Carlo simulations, and experimental constraints to improve the interpretation of collider data.
Professor Sunkyu Han's research lab specializes in the development of innovative synthetic methodologies and their application to the total synthesis of complex natural products, with a strong emphasis on enantioselective transformations and biomimetic strategies. The lab focuses on designing catalytic systems—particularly peptide-based catalysts—that enable site-selective functionalization of intricate molecules such as glycopeptide antibiotics and alkaloids. A central theme in the lab’s work is the chemical emulation of biosynthetic pathways, particularly through asymmetric oxidation and reorganization reactions, to enable concise and stereocontrolled synthesis of natural products. The group also explores the structure-activity relationships of bioactive natural products, linking synthetic achievements to potential biomedical applications.
Professor Won June Lee's research lab specializes in retinal and anterior segment imaging, with a focus on diabetic retinopathy, glaucoma, and choroidal diseases. The lab employs advanced imaging technologies such as swept-source OCT (SS-OCT) and angiography to investigate early structural and biochemical changes in the retina and choroid. Key research directions include the detection of early glaucomatous progression using wide-field RNFL and GCIPL mapping, the role of inflammatory cytokines in diabetic macular edema and retinal vein occlusion, and the pathophysiology of central serous chorioretinopathy through en face choroidal imaging. The lab integrates clinical ophthalmology with cutting-edge imaging and biomarker analysis to improve early diagnosis and understanding of ocular microvascular and neurodegenerative diseases.
Professor Sukyung Park's research lab specializes in biomechanics, wearable sensing, and neuro-motor control, focusing on developing intelligent systems for human movement analysis and health monitoring. The lab integrates artificial intelligence—particularly deep learning—with wearable inertial sensors and physiological modeling to estimate dynamic biomechanical variables such as ground reaction forces and joint kinetics in real-world settings. A key focus is on creating unobtrusive, wearable technologies for continuous posture and gait monitoring in clinical and sports applications, especially for aging populations and patients with neurological disorders like Parkinson’s disease. The lab also investigates sensory processing in the vestibular system to understand how the brain interprets ambiguous motion cues.
Professor Byungmin Kim's research lab specializes in earthquake engineering and geotechnical earthquake engineering, focusing on site response analysis, soil-structure interaction, and seismic hazard assessment. The lab investigates nonlinear and equivalent-linear site response using downhole array data, particularly from long-duration subduction zone earthquakes, to improve ground motion prediction. A key focus is developing site-specific parameters—such as VS30 and shear wave velocity profiles—using innovative methods like P-wave radial-to-vertical ratio analysis, especially in regions with limited site data. The lab also studies liquefaction potential and dynamic soil behavior through field investigations, including MASW surveys and borehole logging, to understand seismic performance of infrastructure.
Professor Joo-Hee Lee's research lab focuses on gender equity, labor relations, and mental health in contemporary South Korean society. The lab investigates structural barriers to gender equality in public and corporate sectors, including the glass ceiling in civil service and androcentric leadership models, while also examining the psychological and socioeconomic impacts of labor market reforms and work-life balance policies. A central theme is the intersection of gender, power, and institutional structures, with an emphasis on transformative policy solutions such as citizen-labour models, flexible standard employment, and basic income from a feminist perspective.
Professor Changdai Kim's research lab focuses on youth development, mental health, and school-based psychological well-being, with a strong emphasis on positive psychology, resilience, and systemic interventions in educational settings. The lab explores key constructs such as school connectedness, flow/motivational experiences, internet addiction, and hope as mediators in youth mental health outcomes. Research directions include the development of theory-based counseling models, prevention and intervention strategies for adolescent psychological challenges, and the integration of psychological theories into practical school and clinical settings.
Professor Jeongho Kwak's research lab focuses on energy-efficient and intelligent mobile and edge computing systems in dynamic and heterogeneous network environments. The lab specializes in mobile cloud and edge offloading, hybrid content caching, satellite-based edge computing for IoT, and smart management of electric vehicle charging stations, with an emphasis on joint optimization of energy, latency, and resource utilization. Their work integrates practical system modeling for both end-users and service providers, addressing real-world challenges in 5G/6G networks, mobile devices, and emerging smart infrastructure.
Professor Ji Young Kim's research lab specializes in nuclear medicine and molecular imaging, with a focus on improving diagnostic accuracy in infectious and inflammatory diseases using advanced imaging techniques such as F-FDG PET/CT and bone scintigraphy. The lab investigates host-pathogen interactions, particularly the mechanisms by which intracellular pathogens like *Toxoplasma gondii* evade host immune responses by inhibiting apoptosis. Additionally, the lab explores the psychosocial and cultural dimensions of health and well-being, including stress and leisure constraints among university students, as well as the impact of cultural tourism on visitor motivation and satisfaction.
