首尔大学、KAIST、延世大学等韩国QS前10名大学的研究室信息。
Professor Sang-Bum Kim's research spans interdisciplinary domains, primarily focusing on civic virtue and republican political theory in the humanities, while also engaging in environmental and architectural sustainability research. His work explores the ethical and educational dimensions of citizenship, particularly through the lens of republican thought, emphasizing civic virtue, the rule of law, and democratic self-governance. In parallel, his lab investigates sustainable urban design, including green roofs, energy-efficient building practices, and landscape planning—especially in riverine urban environments. These diverse yet interconnected research directions reflect a commitment to both philosophical inquiry and practical solutions for civic well-being and environmental resilience.
Professor Soo-ah Choi's research lab specializes in molecular hepatology, focusing on the genetic and functional mechanisms underlying liver diseases, particularly progressive familial intrahepatic cholestasis type 3 (PFIC3). The lab investigates the structure-function relationships of the ABCB4 transporter (MDR3) and its disease-causing mutations, using in vitro molecular and biochemical assays to dissect pathogenic mechanisms. A central focus is on understanding how mutations in the ABCB4 gene disrupt phosphatidylcholine translocation, leading to cholestatic liver injury. The lab also contributes to the development of targeted therapeutic strategies for rare genetic liver disorders.
Professor A-Yeong Choi's research lab specializes in molecular hepatology and genetic mechanisms underlying liver diseases, with a primary focus on the ATP-binding cassette transporter MDR3 (ABCB4). The lab investigates the functional consequences of disease-causing mutations in ABCB4, particularly in the context of progressive familial intrahepatic cholestasis type 3 (PFIC3), using in vitro biochemical and cellular assays. Key research directions include characterizing the transport activity and subcellular localization of mutant MDR3 proteins, elucidating pathogenic mechanisms at the molecular level, and exploring potential therapeutic targets for cholestatic liver disorders.
Professor Young-Hoon Yu's research lab specializes in molecular imaging and nuclear medicine, focusing on the development and application of advanced PET tracers for neurological and oncological diseases. The lab investigates radiotracer binding patterns in neurodegenerative disorders such as Alzheimer’s disease, Lewy body disease, and tauopathies, with a particular emphasis on tau-specific PET imaging and its clinical implications. In oncology, the lab applies radiomics and machine learning to preoperative FDG-PET/CT for predicting tumor biomarkers like microsatellite instability in colorectal cancer. The integration of molecular imaging with clinical outcomes and genomic profiling further strengthens the lab’s translational research approach.
Professor Suk-Joon Moon's research lab specializes in dynamic systems and vibration control, with a strong focus on shipboard structural dynamics, shock mitigation, and precision equipment isolation. The lab investigates advanced passive and active vibration control technologies—such as mass-damper anti-rolling systems, hybrid mounts combining passive and active elements, and signal processing filters for wind turbines—to enhance the safety, performance, and reliability of marine and mechanical systems. Research also extends to multi-level analysis of human health outcomes, particularly depression in Korean populations, integrating individual and regional socioeconomic factors. The lab emphasizes experimental validation, accurate dynamic characterization of components, and practical implementation of control systems in real-world engineering applications.
Professor Sun Goo Lee's research lab focuses on health informatics, bioethics, and digital privacy, with a strong emphasis on the ethical and legal implications of data collection in healthcare and digital technologies. The lab investigates issues such as patient data protection in mental health care, the regulation of mobile app tracking, and the governance of human biological materials. It also explores the intersection of technology, public health policy, and individual rights, particularly in the context of infectious disease control and long-term care. The research is grounded in empirical analysis and aims to inform legislative and policy reforms.
Professor Mu Kyung Song's research lab specializes in music cognition, performance practice, and music analysis, with a strong focus on the cognitive processes underlying musical interpretation and sight-reading. The lab investigates how musicians perceive, analyze, and internalize music across diverse tonal and stylistic contexts, particularly in relation to popular music education and the role of motivic structure in classical compositions. Research also explores the interplay between composer intent, performer interpretation, and audience reception through critical analysis of song cycles and instrumental works.
Professor Jinhyuk Lee's research lab specializes in interdisciplinary studies at the intersection of infrastructure resilience, data-driven decision making, and digital privacy. The lab focuses on developing probabilistic models for civil infrastructure systems—particularly bridges and urban lifelines—under uncertainty, integrating Bayesian updating and geotechnical modeling to enhance predictive maintenance. It also investigates socio-technical systems involving information externalities, especially in digital platforms and IPTV ecosystems, with an emphasis on privacy-preserving data collection and secure transmission of personal information. The lab combines theoretical modeling with empirical validation through real-world data and experimental analysis.
Professor Byungki Kim's research lab focuses on infectious disease epidemiology, particularly tuberculosis (TB) and its management in immigrant and refugee populations, with an emphasis on latent TB infection screening and treatment outcomes. The lab also investigates critical care outcomes in sepsis, including echocardiographic assessment of myocardial dysfunction independent of hemodynamic changes, and the prediction of acute respiratory distress syndrome (ARDS) using clinical scoring systems. Additionally, the lab explores strategic and policy implications of global health and defense issues, especially in the context of Korea’s national security and international relations in Northeast Asia.
Professor Sanggi Song’s research lab specializes in postcolonial philosophy, critical theory, and Latin American thought, with a focus on decolonial epistemologies, the philosophy of liberation, and the reclamation of marginalized histories and voices. The lab explores alternative modernities, particularly through the lens of the baroque ethos and magical realism, as resistant forms to capitalist modernity and epistemic violence. It also investigates rhetorical strategies of silence and resistance in colonial and postcolonial texts, especially in the works of Sor Juana Inés de la Cruz and Latin American literary figures like Gabriel García Márquez.
Professor Jinhong Lee's research lab specializes in health policy, health informatics, and healthcare system evaluation, with a focus on the impact of health insurance, electronic medical records, and digital health technologies on healthcare utilization and outcomes. The lab investigates health technology adoption—particularly in small hospitals and emergency settings—using advanced statistical modeling and real-world data. It also examines the socioeconomic and policy implications of public health crises, such as the COVID-19 pandemic, on healthcare delivery and institutional performance. A central theme is the development and evaluation of interoperable digital health systems, including FHIR-based ECG alert systems and ICT-integrated health solutions.
Professor Ok-young Han's research lab specializes in innovative educational technologies and pedagogical frameworks tailored for the digital age. The lab focuses on integrating artificial intelligence—particularly generative AI—into personalized and adaptive learning systems, while also exploring the impact of digital behaviors such as internet addiction on student well-being. Research directions include AI-enhanced teaching models, multi-modal learning environments, and high-ability student enrichment through high school-college collaborative online programs. The lab emphasizes evidence-based, student-centered approaches to address modern educational challenges.
Professor Eunhyuk Park's research lab specializes in next-generation wireless communication systems and intelligent storage architectures, with a focus on advancing cell-free massive MIMO, intelligent reflecting surfaces (IRS), and novel non-volatile memory technologies. The lab explores innovative solutions such as hybrid beamforming, wave-domain beamforming using stacked intelligent metasurfaces, and racetrack memory-based in-storage processing to enhance spectral efficiency, reduce latency, and lower energy consumption. Their work bridges wireless networking, signal processing, and computer architecture to address critical challenges in 6G and beyond networks.
Professor Byung Gu Cheon's research focuses on particle physics and detector development for high-energy physics experiments, particularly in the context of B and D meson decays and lepton flavor violation searches. His work centers on precision measurements of charmed baryon masses, trigger system design for electron-positron colliders, and the development of fast-shaping electronics and calorimeter systems for experiments like Belle, Belle II, and the International Linear Collider. He contributes significantly to detector instrumentation, noise characterization, and real-time data acquisition systems to enhance physics sensitivity in new physics searches.
Professor Hyoseong Choi's research lab specializes in advanced materials science with a focus on organic and hybrid semiconductors for renewable energy applications. The lab investigates interfacial engineering, conjugated polymers, and polymer blends to enhance the performance of organic solar cells, particularly through molecular design and morphology control. Key research directions include the development of functional interfacial layers, graft copolymers for polymer blend compatibilization, and selenophene-based semiconducting materials for efficient photovoltaic devices. The lab also explores bio-inspired materials and targeted delivery systems, reflecting a multidisciplinary approach to energy and biomedical applications.
Professor Kim Seungwook's research lab specializes in nuclear safety and risk assessment, with a focus on severe accident analysis, fission product release behavior, and advanced safety system design for nuclear power plants. The lab conducts detailed accident simulations using advanced codes like MELCOR to evaluate the effectiveness of safety measures such as Containment Filtered Venting Systems and multi-unit probabilistic safety assessment (PSA) methodologies. Additionally, the lab contributes to health-related quality of life research, particularly in trauma patients, demonstrating a multidisciplinary approach that bridges nuclear engineering and health outcomes. The research emphasizes practical safety improvements in nuclear energy systems while addressing real-world health and safety challenges.
Professor Jong-Myeong Kang's research lab specializes in clinical nephrology and critical care medicine, with a strong focus on infectious diseases in renal patients, including acute pyelonephritis and antibiotic resistance patterns. The lab investigates clinical outcomes, antimicrobial stewardship, and optimal treatment strategies in hospitalized patients with severe kidney infections and acute kidney injury. Additional research directions include the management of post-transplant lymphoproliferative disorders and the optimization of renal replacement therapies such as CRRT and hemodialysis, with an emphasis on anticoagulation strategies and solute clearance. The lab also contributes to health-related quality of life research in chronic disease populations in Korea.
Professor Hee Koo Yoo's research lab specializes in anesthesiology and perioperative medicine, with a primary focus on optimizing postoperative pain management, minimizing hemodynamic instability during airway management, and understanding the physiological effects of neuromuscular blocking agents and hemodilution. The lab investigates pharmacological interventions—such as remifentanil, lidocaine, and vasodilators—to attenuate hemodynamic responses to laryngoscopy and intubation, while also exploring cerebral hemodynamics and autonomic nervous system modulation in experimental models. Their work bridges clinical anesthesiology with translational physiology, aiming to improve patient outcomes in major surgical procedures.
Professor Ji-Seon Hwang's research lab focuses on the interdisciplinary investigation of exercise physiology, cognitive neuroscience, and socio-ecological systems. The lab explores the neurobiological mechanisms underlying exercise-induced brain plasticity, particularly the role of growth factors (BDNF, IGF-1, VEGF) in enhancing cognitive function through various exercise modalities such as high-intensity interval training. It also examines the intersection of science, education, and the arts through innovative STEM-arts integration programs, especially in gifted education. Additionally, the lab engages in critical humanities research analyzing ecological crises and capitalist structures in contemporary Korean literature, emphasizing the interplay between environmental degradation, social inequality, and cultural narratives.
Professor Sung-Joo Oh's research lab specializes in cognitive and perceptual psychology, with a focus on human visual perception, object recognition, and the influence of cultural and biological factors on aesthetic preferences. The lab investigates how people perceive motion, shape, and causality in visual scenes, as well as how individual differences—such as age, gender, and reading/writing habits—affect perception and preference. A recurring theme is the interplay between innate perceptual mechanisms and learned cultural experiences in shaping visual cognition.
