世界の主要大学の研究室を探索 — 研究分野と主要論文を一目で確認できます。
Professor Kyungho Lee's research lab specializes in competency-based education, professional learning communities, and policy analysis in education, with a strong focus on transforming school systems to meet the demands of the 4th Industrial Revolution. The lab investigates innovative educational models that promote student-centered learning, teacher professional development, and systemic reforms in curriculum, assessment, and school leadership. Using multi-dimensional policy analysis frameworks—particularly Cooper’s 4D model—the lab examines normative, structural, constituent, and technical dimensions of educational reforms to enhance educational quality and equity.
Professor Keun-Shik Chang's research lab specializes in computational fluid dynamics, with a focus on complex flow phenomena involving multiphase flows, vortex dynamics, and heat transfer in intricate geometries. The lab develops advanced numerical methods—such as FEM–FDM hybrid schemes, high-order discretization techniques, and improved Riemann solvers—to solve the Navier-Stokes and related equations for laminar and compressible two-phase flows. Key research directions include unsteady vortex shedding, natural convection in multi-body systems, and shock-induced chemical reactions relevant to planetary entry and propulsion. The lab also emphasizes accurate modeling of interfacial dynamics and eigenvalue-based solvers for two-phase flow simulations.
Professor Seungbok Leigh's research lab specializes in building energy efficiency and sustainable indoor environments, focusing on innovative retrofit strategies for existing buildings. Key research directions include optimizing window systems for thermal performance, integrating phase change materials (PCMs) for passive thermal regulation, and developing advanced thermal management systems for lighting and HVAC integration. The lab also investigates environmental impacts of construction, such as noise and vibration, through predictive modeling and cost estimation. Overall, the lab emphasizes energy conservation, thermal comfort, and the application of smart, data-driven solutions tailored to regional climates—particularly in Korean residential and office buildings.
Professor Pey-Yan Liou's research lab focuses on educational psychology and science learning, with a strong emphasis on student motivation, self-concept, and self-regulation in science and technology education. The lab investigates how instructional practices, such as inquiry-based and teacher-directed methods, influence science achievement and attitudes, particularly within the context of large-scale international assessments like TIMSS and PISA. A central theme is the application of expectancy-value theory and the big-fish-little-pond effect (BFLPE) model to understand motivational dynamics across different grade levels and gender groups. The lab also develops and validates instruments to measure students’ motivation and self-regulation in technology learning, especially among senior high school students in Taiwan.
Professor Ho Jin Choi's research lab specializes in cryptography, parallel computing, and bioinformatics, with a focus on optimizing cryptographic algorithms for high-performance computing environments and developing innovative methods for DNA sequence analysis. The lab explores secure and efficient implementations of hash functions and key derivation algorithms—particularly on GPU and vectorized architectures—while also advancing graphical representations of biological sequences for accurate phylogenetic analysis. Their work bridges theoretical security with practical system-level performance, especially in server-side and real-time applications.
Professor Juyoung Lee's research lab focuses on advancing precision medicine and biomedical engineering through interdisciplinary approaches. The lab investigates genetic and physiological factors underlying common diseases—particularly hypertension and metabolic disorders—among populations of African ancestry, emphasizing genetic risk variants and diagnostic accuracy in diverse populations. It also develops innovative wearable technologies for silent human-computer interaction and improves medical imaging techniques to enhance diagnostic reliability. The lab integrates genomics, clinical diagnostics, and biomedical device innovation to address health disparities and improve patient outcomes.
Professor Seung Hwan Kim's research lab specializes in biomedical engineering and clinical imaging, with a focus on improving diagnostic accuracy and surgical outcomes in neurovascular and musculoskeletal disorders. The lab conducts interdisciplinary research combining medical image analysis, computational modeling, and clinical trials to enhance the detection and treatment of conditions such as intracerebral hemorrhage, acute ischemic stroke, and chronic low back pain. Key research directions include the development of computer-aided diagnosis (CAD) systems for CT image analysis, optimization of microsurgical techniques for deep brain hemorrhage, and the investigation of imaging biomarkers for procedural complications in endovascular interventions.
Professor Myoungwon Jeon's research lab specializes in cosmological simulations of early galaxy formation, with a focus on the role of Population III stars, stellar feedback mechanisms (including supernovae, X-ray binaries, and photoionization), and the chemical and ionization evolution of the high-redshift universe. The lab investigates the formation and evolution of ultrafaint dwarf galaxies and low-mass star-forming systems, emphasizing the interplay between reionization, halo environment, and the transition from top-heavy to normal initial mass functions. Using advanced radiation-hydrodynamical simulations such as the Aurora suite, the lab aims to understand the cosmic dawn and the origins of cosmic metal enrichment.
Professor Wooseok Ji's research lab specializes in computational mechanics and multiscale materials modeling, with a focus on the stability and buckling behavior of advanced composite and sandwich structures. The lab investigates work-conjugate formulations in finite element analysis to ensure accuracy in large deformation problems, particularly in 3D solids and orthotropic materials. It also explores the mechanical response of lightweight materials—such as fiber-reinforced composites and multi-material battery structures—through advanced experimental techniques like synchrotron X-ray tomography and digital volume correlation. The lab bridges theoretical mechanics, numerical simulation, and experimental validation to develop reliable design tools for next-generation energy-efficient and lightweight engineering systems.
Professor Nara Lee's research lab specializes in strongly correlated quantum materials, with a focus on multiferroics, antiferromagnetic spintronics, and magnetoelectric materials. The lab investigates novel electronic and magnetic states, particularly in iridates and rare-earth perovskites, to explore intrinsic coupling between spin, charge, and lattice degrees of freedom. Key research directions include the manipulation of isospin and magnetic anisotropy for spintronic applications, nonlinear magnetoelectric effects, and the development of functional oxides with tailored multifunctional properties. The lab also engages in the synthesis and stabilization of advanced nanomaterials, such as functional nZVI, for environmental and energy applications.
Professor Gunjeong's research lab focuses on public health and health disparities, with a strong emphasis on improving healthcare access and outcomes for vulnerable populations. Key research directions include the impact of ancillary services on HIV care engagement, behavioral patterns among HIV-positive individuals, and the role of nutrition in age-related bone health. The lab also investigates psychosocial factors in maternal health and work-related stress among healthcare professionals, particularly nurses in clinical settings.
Professor Mi Young Kim's research lab focuses on the molecular and epigenetic mechanisms underlying cancer progression, particularly in breast cancer and colorectal cancer. The lab investigates key regulators of metastasis, including epigenetic modifiers like histone demethylases and glycosyltransferases, as well as microbial metabolites that influence tumor growth. A central theme is understanding how tumor cells adapt to specific organ microenvironments—such as the lung or brain—through metabolic reprogramming, epigenetic remodeling, and evasion of microenvironmental suppression. The lab also explores synthetic lethal interactions and host-microbe crosstalk as potential therapeutic vulnerabilities in aggressive cancers.
Professor Hwang In-Chang's research lab focuses on the psychological and behavioral dynamics within organizational settings, particularly examining the impact of leadership styles—such as authoritarian, narcissistic, and power-distance-oriented leadership—on team emotional climates, employee well-being, and performance. The lab investigates how individual differences, perceived organizational fairness, and work-life boundaries influence employee outcomes like creativity, voice behavior, and psychological recovery. Utilizing mixed-methods and longitudinal designs, including experience sampling and multisource surveys, the lab emphasizes the interplay between personality traits, emotional regulation, and contextual factors in shaping workplace behavior and resilience.
Professor Bee Oh Jeong's research lab specializes in orthopedic surgery with a focus on lower limb biomechanics, joint arthroplasty, and reconstructive surgery for degenerative and post-traumatic joint diseases. The lab investigates surgical outcomes and long-term radiographic changes following total knee and ankle arthroplasty, as well as innovative techniques such as inferior extensor retinaculum reinforcement in ankle stabilization. A key research direction involves understanding and managing secondary joint degeneration, particularly in the ankle following knee malalignment or osteoarthritis. The lab also explores minimally invasive treatments like arthroscopic microfracture for osteochondral lesions of the talus, emphasizing functional recovery and symptom duration.
Professor Jay H. Hong's research lab specializes in macroeconomics, behavioral microeconomics, and general equilibrium analysis with a focus on heterogeneous agent models, precautionary savings, and the interplay between risk, uncertainty, and economic welfare. The lab investigates how idiosyncratic income shocks, health status, and demographic factors—such as age, gender, and family structure—affect consumption, saving, and labor supply decisions. Using rich microdata from surveys like the PSID, HRS, and CEX, the lab develops and estimates structural models to understand constrained efficiency, capital accumulation, and the role of insurance mechanisms in incomplete markets. Current work emphasizes the welfare implications of technological change, labor market dynamics, and intergenerational transfers.
Professor Jieun Choi's research lab focuses on the intersection of environmental health, cancer biology, and family sociology, with a strong emphasis on translational and population-based research. The lab investigates environmental and lifestyle factors influencing childhood asthma and allergies, molecular mechanisms of natural compounds in cancer therapy, and the role of mitochondrial regulators in renal carcinogenesis. Additionally, the lab explores the long-term psychosocial impacts of paternal involvement on intergenerational health outcomes, particularly stress regulation and family well-being.
Professor Sung Won Kang's research lab specializes in engineering systems that integrate advanced materials, computational modeling, and sustainable infrastructure. The lab focuses on improving structural integrity through fatigue-resistant welding techniques and innovative non-destructive evaluation methods, particularly in marine and civil engineering contexts. It also explores intelligent systems for image processing and secure data transmission using cellular automata and deep learning, alongside sustainable water management solutions involving reclaimed water systems and disinfection dynamics. The lab emphasizes practical applications, from test suite development for system interoperability to energy-efficient encryption and corrosion-resistant pipe networks.
Professor Sung-Jae Hong's research lab specializes in advanced materials for energy storage and sustainable technologies, with a strong focus on developing bio-inspired nanomaterials from renewable resources such as waste coffee grounds. The lab explores pseudocapacitive and lithium-ion storage mechanisms using heteroatom-doped carbon nanosheets, aiming to enhance electrochemical performance for next-generation energy devices. Additionally, the lab investigates reliable and efficient computing systems, including real-time communication protocols, built-in testing techniques for integrated circuits, and reputation-based trust management in decentralized P2P networks. The interdisciplinary research spans materials science, energy technology, and computer systems, emphasizing sustainability, performance, and reliability.
Professor Seung-kyun Hwang's research lab focuses on translational neuroscience and interventional medicine, with a strong emphasis on cerebrovascular diseases, brain tumors, and chronic disease management. The lab investigates innovative therapeutic strategies such as stem cell-based gene therapy for malignant gliomas, endovascular interventions for intracranial aneurysms, and pharmacological management of acute hypertension in intracerebral hemorrhage. It also explores health system factors influencing long-term outcomes in patients with hypertension, diabetes, and hypercholesterolemia, highlighting the importance of continuity of care. The lab integrates clinical research with preclinical development to improve patient outcomes in neurological and cardiovascular conditions.
Professor So Young Lim's research lab specializes in pediatric craniofacial disorders, with a focus on the genetic, pathological, and clinical aspects of benign tumors and malformations such as fibrous dysplasia, neurofibromatosis, venous malformations, and capillary malformations. The lab investigates the molecular mechanisms underlying these conditions, particularly the role of somatic mutations (e.g., GNAQ) and their clinical manifestations, while also evaluating surgical outcomes and regrowth patterns post-resection. The research integrates clinical imaging, molecular diagnostics, and surgical management to improve diagnosis and treatment strategies in pediatric patients.
