Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Sung Won Lee's research lab focuses on urological and andrological disorders, with a primary emphasis on male sexual health, including androgenetic alopecia, premature ejaculation, chronic prostatitis, and male infertility. The lab investigates the cellular and molecular mechanisms underlying these conditions, particularly the roles of hormones like testosterone and finasteride, ion channels (e.g., Hv1 and potassium channels), and pharmacological interventions such as topical finasteride and tamsulosin. The research integrates clinical studies, electrophysiology, and translational approaches to develop targeted, safer therapies for urological and reproductive health.
Professor Eun-Mi Ko's research lab specializes in food biochemistry and agricultural science, focusing on the impact of farming systems—particularly organic versus conventional—on the phytochemical composition and nutritional quality of fruits and vegetables. The lab investigates bioactive compounds such as flavonoids, vitamin C, carotenoids, and phenolic antioxidants, with an emphasis on their stability, degradation during processing, and health-promoting properties. Research also extends to the characterization of functional components in food byproducts, such as tomato pomace, and their potential applications in nutrition and health. The lab employs advanced analytical techniques like LC-ESI-MS/MS to quantify and understand the molecular profiles of these compounds in diverse crops.
Professor Lee, Ikjin's research lab specializes in reliability-based design optimization (RBDO) and stochastic analysis, with a focus on improving the accuracy and efficiency of structural and mechanical system reliability assessment. The lab develops advanced reliability methods such as second-order reliability methods (SORM) using noncentral chi-squared distributions, and integrates surrogate modeling, copula-based dependence modeling, and gradient-based sensitivity analysis for robust design under uncertainty. Key applications include vehicle dynamics-based roadway design, rollover and sideslip reliability, and optimization with rigorous analytic sensitivity computation at the most probable point (MPP).
Professor Yoon Sung-Min's research lab specializes in advanced oxide semiconductor materials and ferroelectric thin films for next-generation electronic devices. The lab focuses on developing high-performance, transparent, and non-volatile memory transistors using materials such as IGZO, AZTO, and Al-doped HfO2, with applications in flexible electronics, neuromorphic computing, and low-power integrated circuits. Key research directions include atomic layer deposition of functional oxide films, phase-change materials for memory applications, and the integration of ferroelectric and semiconductor heterostructures for synaptic devices.
Professor Daeyoup Lee's research lab focuses on chromatin biology and epigenetic regulation of gene expression, with a central emphasis on the dynamic interplay between histone modifications, chromatin remodeling complexes, and transcription machinery. The lab investigates how post-translational modifications of histones—such as acetylation, methylation, and phosphorylation—regulate transcriptional fidelity, particularly in preventing aberrant initiation within gene bodies. Using integrative approaches combining biochemistry, genomics, and structural biology, the lab explores the roles of key epigenetic regulators like Rpd3S, SWI/SNF, DOT1L, and CBP in maintaining genome stability and transcriptional control. Additionally, the lab develops innovative tools for epigenomic data analysis, such as the Octopus-toolkit pipeline, to streamline the processing and interpretation of high-throughput sequencing data.
Professor Jeong Byung-ho's research lab specializes in respiratory medicine, with a primary focus on pulmonary infections, particularly Mycobacterium avium complex (MAC) lung disease and Mycobacterium abscessus complex infections. The lab investigates optimal treatment regimens, including daily versus intermittent macrolide therapy, and explores pharmacokinetic factors such as azithromycin exposure and clinical outcomes. Additionally, the lab contributes to clinical decision-making in respiratory care through the development of predictive scoring systems for postoperative pulmonary complications and pneumonia severity assessment in healthcare-associated pneumonia.
Professor In-Kyung Jeong's research lab specializes in statistical methods for public health and epidemiological data analysis, with a focus on spatial cluster detection, signal detection in pharmacovigilance, and the application of machine learning in medical imaging. The lab develops advanced statistical models—such as spatial scan statistics for ordinal, multinomial, and continuous data—and integrates them with machine learning techniques like deep learning for improved disease detection. A key emphasis is on adjusting for confounding variables through generalized linear models and leveraging large-scale health databases for population-level risk assessment.
Professor Soonhoi Ha's research lab specializes in hardware-software codesign, embedded systems, and real-time multimedia processing. The lab focuses on developing advanced design environments and methodologies for optimizing system-level design, particularly for MPSoC (Multi-Processor System-on-Chip) architectures. Key research directions include heterogeneous modeling of computation, compile-time scheduling strategies for dataflow graphs, and seamless co-design flows from functional simulation to system synthesis. The lab emphasizes efficient, predictable, and high-performance embedded software and system design for real-time applications such as video processing and multimedia systems.
Professor Il Young Oh's research lab specializes in cardiovascular regeneration and precision medicine, focusing on endothelial progenitor cells, neovascularization mechanisms, and the role of molecular markers like E-selectin in vascular repair. The lab investigates pharmacogenomics, particularly the impact of CYP2C19 polymorphisms on antiplatelet therapy response in East Asian patients with drug-eluting stents. Additionally, the lab applies deep learning to electrocardiographic signal analysis for improved cardiac arrhythmia classification. A key theme across projects is the translation of basic cellular and molecular insights into clinical outcomes and diagnostic tools.
Professor Chan Woo Kim's research lab focuses on vascular biology, cancer biology, and molecular imaging, with a central emphasis on understanding the mechanisms of angiogenesis, atherosclerosis, and tumor microenvironment interactions. The lab investigates key signaling pathways in endothelial dysfunction, such as BMP4 and TNF-α, and explores novel therapeutic and diagnostic strategies using targeted nanomaterials and molecular imaging agents. A major research direction involves exploiting tumor-specific microenvironments—particularly hypoxia and enzymatic activity like NQO1—for selective drug delivery and imaging. The lab also develops advanced PET tracers, such as 18F-GP1, for non-invasive detection of thromboembolic diseases.
Professor Sung-Hee Park's research lab specializes in behavioral science and health promotion, with a focus on understanding decision-making processes in tourism, food safety practices, and technology integration in education. The lab employs theoretical frameworks such as the Theory of Planned Behavior and human performance models to examine factors influencing travel intentions, employee behavior in food service, and barriers to technology-enhanced learning. Additionally, the lab explores biological mechanisms in disease, particularly the role of splicing factors in breast cancer, using advanced models like organoids. The interdisciplinary approach bridges social science, public health, and molecular biology to address real-world challenges.
Professor Jeong-Gi Kim's research lab focuses on media and communication behaviors, particularly interpersonal dynamics in mediated environments, including parasocial relationships with television characters and mobile media usage across generations. The lab also investigates communication effectiveness in educational settings and the psychological and social factors influencing media engagement. Additionally, the lab explores biologically significant protein mechanisms, such as UBR box E3 ligases in cellular signaling pathways, reflecting a multidisciplinary approach bridging social sciences and life sciences. The research integrates qualitative and quantitative methods to examine media consumption, user motivation, and satisfaction in diverse technological and social contexts.
Professor Sangdo No's research lab specializes in smart manufacturing and industrial innovation, focusing on digital twin technologies, cyber-physical systems, and sustainable industrial platforms. The lab develops integrated frameworks that combine digital twins with artificial intelligence and the Industrial Internet of Things (IIoT) to enable resilient, adaptive, and energy-efficient manufacturing systems. Key research directions include personalized and distributed production, modular micro smart factories, and service-oriented platforms for SMEs in energy-intensive industries.
Professor Hongshik Byeon's research lab specializes in the development and characterization of advanced functional materials, particularly nanofibers and polymer-based membranes, for applications in energy, environmental, and biomedical fields. The lab focuses on enhancing material performance through nanocomposite engineering, such as incorporating graphene oxide into polymer matrices to improve mechanical and hydrophilic properties. Key research directions include the design of high-performance membranes for water purification and fuel cells, as well as the application of medical imaging and molecular imaging techniques to understand neurological disorders and guide clinical interventions. The lab integrates materials science with biomedical engineering to address challenges in both healthcare and sustainable technology.
Professor Sung Oh Cho's research lab specializes in the design, synthesis, and application of advanced nanomaterials for energy and environmental technologies. Key research directions include plasmonic photocatalysts, quantum dot-sensitized photoelectrodes, and nanostructured materials for hydrogen storage and energy conversion. The lab employs innovative fabrication techniques such as sonochemistry, electron beam irradiation, and chemical deposition to create functional nanoarchitectures with tunable optical, electronic, and surface properties. Their work emphasizes sustainable solutions through nanomaterial engineering for solar energy conversion and clean energy storage.
Professor Sung-Hoon Jeong's research lab specializes in high-energy particle physics and theoretical phenomenology, focusing on new physics beyond the Standard Model. Key research directions include top quark forward-backward asymmetry, flavor-changing new physics via t-channel gauge bosons, and the search for exotic resonances such as stoponium and Higgs resonances with anomalous shapes. The lab also explores gravitational wave lensing by compact dark matter, particularly primordial black holes, and investigates the discovery potential of split supersymmetry at future high-energy colliders. These studies bridge collider phenomenology, dark matter physics, and precision measurements in quantum field theory.
Professor Jin Seong Tae's research lab specializes in the design and development of highly selective and sensitive fluorescent chemosensors for biologically and environmentally relevant species, with a focus on reactive oxygen/nitrogen species (ROS/RNS), heavy metal ions, and organometallic compounds. The lab employs innovative reaction-based signaling mechanisms—such as irreversible oxidation, cyclization, and click chemistry—to achieve real-time detection in aqueous media and live biological systems. Key research directions include the creation of turn-on probes for intracellular imaging and the application of these sensors in living cells and zebrafish models for in vivo monitoring.
Professor Jong-Min Kim's research lab specializes in synthetic biology and systems biology, focusing on the rational design and in vitro construction of programmable biochemical circuits inspired by natural regulatory networks. The lab develops minimal, enzyme-based systems using RNA polymerase and ribonuclease to build synthetic oscillators, logic gates, and adaptive circuits that mimic genetic and neural network behaviors. A key focus is achieving precise, predictable, and modular control of biochemical signaling, with applications in disease diagnostics, therapeutic development, and understanding fundamental principles of cellular information processing. The lab also explores CRISPR-based tools for sequence-specific detection and computation, enabling logic operations on nucleic acids without sequence constraints.
Professor Dae-Sik Seo's research lab specializes in advanced materials for liquid crystal (LC) display technologies, focusing on novel alignment layers, nanomaterial integration, and nanostructured surfaces to achieve high-performance, low-power, and self-aligned LC devices. The lab explores the fundamental mechanisms of pretilt angle generation in nematic LCs using functional polyimides, carbon nanotubes, and quantum dots, emphasizing molecular and microstructural engineering. Key innovations include solution-processable nanocomposite alignment layers, nanoimprinted alignment templates, and quantum dot-mediated LC orientation control without conventional alignment layers.
Professor Jin Hee Jung's research lab specializes in clinical trauma management and translational oncology, focusing on improving patient outcomes through innovative scoring systems and molecular mechanisms of disease. The lab develops and validates novel trauma scores—such as the New Trauma Score (NTS)—to enhance prognostic accuracy in critically injured patients, while also investigating the anti-cancer effects of natural compounds like quercetin and synthetic derivatives in gastrointestinal cancers. A key focus is on understanding the role of cellular signaling pathways, including AMPK and HSP70, in apoptosis and cancer cell death. Additionally, the lab explores biomarkers such as serum lactate and base deficit to predict mortality and guide early intervention in emergency settings.
