ソウル大学、KAIST、延世大学など韓国QSトップ10大学の研究室情報です。
Professor Jae Hun Shin's research lab specializes in advanced materials and systems engineering, with a strong focus on nanomaterials and their applications in energy, electronics, and biomedical technologies. The lab also conducts cutting-edge research in cybersecurity infrastructure, particularly in public key infrastructure (PKI), certificate validation protocols (CRL and OCSP), and scalable, resilient authentication systems. Additionally, the lab explores innovative pedagogical approaches in computer science education, emphasizing programming literacy through hands-on learning with low-level languages like C. The integration of multimedia, structural acoustics, and statistical energy analysis (SEA) further extends the lab’s expertise into vehicle NVH (noise, vibration, and harshness) modeling for mid-to-high frequency challenges.
Professor Jae-yoon Choi's research lab specializes in environmental health and exposure science, focusing on identifying and assessing chemical hazards from consumer products and environmental sources. The lab investigates human exposure to volatile organic compounds (VOCs) and heavy metals through integrated approaches such as passive sampling, biomonitoring, and field measurements. Key research directions include indoor air quality, chemical migration from plastic food contact materials, and algal bloom monitoring using fluorescence-based indicators like phycocyanin. The lab emphasizes real-world exposure assessment to support public health risk evaluation and policy development.
Professor Kim Dok-ki's research lab specializes in task-based language teaching (TBLT) and lexical syllabus design, focusing on how pre-selected lexical chunks can enhance second language acquisition. The lab explores the integration of authentic language use with systematic vocabulary instruction, emphasizing 'focus on form' through techniques like recasting and reformulation. A central research direction involves corpus-based materials development and the application of learner needs analysis to create effective, task-driven syllabi.
Professor Soojung Cho's research lab focuses on international trade law, digital trade governance, and the intersection of trade policy with emerging technologies and environmental regulations. The lab investigates the legal and policy frameworks shaping global supply chains—particularly in critical sectors such as electric vehicles, batteries, and digital commerce—while analyzing the impact of unilateral and multilateral trade measures by major economies. Research also extends to health-related applications of data science, including predictive modeling in obstetrics using artificial intelligence.
Professor Sae Rin Oh's research lab specializes in medical imaging and radiological diagnostics, with a focus on leveraging advanced imaging techniques—such as PET, MRI, and CT—to improve cancer diagnosis, staging, and treatment prediction. The lab investigates the correlation between molecular biomarkers (e.g., EGFR, KRAS mutations) and functional imaging parameters (e.g., SUV on FDG-PET), as well as the role of multiparametric MRI in characterizing renal cell carcinoma and predicting tumor behavior. Their work also extends to non-invasive assessment of metabolic liver diseases, particularly non-alcoholic fatty liver disease (NAFLD), using imaging-based risk scores and epidemiological data. Overall, the lab bridges radiology, oncology, and molecular pathology to enhance precision medicine in cancer and chronic liver disease.
Professor Jiwan Bae's research spans Latin American literary studies, with a focus on modernist and postmodernist narratives, particularly the works of Gabriel García Márquez and Jorge Luis Borges. His work explores themes such as romanticism, the evolution of the detective novel in Argentina, and the intersection of literature and cinema. He also investigates narrative identity, gender representation in literature, and the philosophical dimensions of myth in contemporary fiction. His interdisciplinary approach bridges literary theory, cultural studies, and comparative literature.
Professor Jaechun Yu's research lab specializes in microfluidic and optoelectronic systems for biomedical and environmental sensing, with a strong focus on miniaturized, high-sensitivity detection technologies. The lab develops innovative optical configurations—such as total internal reflection fluorescence detection and laser-based thermometry—for applications in lab-on-a-disk (LOD) platforms and real-time monitoring of biological and chemical processes. Key research directions include advanced optical sensing, non-contact temperature measurement in rotating systems, and vision-based reconstruction of partially occluded human postures using minimal visual cues. These efforts are driven by the goal of enabling compact, portable, and highly efficient diagnostic and monitoring systems for point-of-care and smart transportation applications.
Professor Jongyeol Ahn's research lab specializes in the epitaxial growth and fundamental characterization of two-dimensional materials, particularly graphene and hexagonal boron nitride (h-BN), on semiconductor substrates such as SiC and Si. The lab focuses on controlling the atomic-scale interface structures during heteroepitaxial growth, enabling the synthesis of high-quality, transfer-free 2D heterostructures with tailored electronic and structural properties. Key research directions include the development of novel buffer layers—such as amorphous boron-nitrogen interlayers—and the exploration of quasicrystalline graphene phases via twist-angle engineering. The lab employs advanced surface science techniques, including low-energy electron diffraction, angle-resolved photoemission spectroscopy, and X-ray photoelectron spectroscopy, to probe interfacial electronic structures at the atomic level.
Professor SeungWon Kim's research lab specializes in advanced sensing and networking technologies, focusing on intelligent systems for environmental and health monitoring. The lab explores innovative solutions in semivolatile aerosol exposure assessment, emphasizing accurate sampling and phase distribution analysis for airborne pollutants. It also develops efficient, low-cost home network architectures using P2P-SIP and PMIPv6 technologies to enhance scalability, reliability, and mobility support. Additionally, the lab applies deep learning techniques—particularly modified YOLOv3 models—for real-time anomaly detection in mobile healthcare applications, such as oral health monitoring.
Professor Min Seol's research lab specializes in continental philosophy, with a focus on existential and phenomenological thought, particularly the works of Sartre, Levinas, and Heidegger. The lab explores fundamental themes such as the ethical significance of the Other, the nature of subjectivity, and the ontological foundations of human relationships. It investigates how philosophical concepts like responsibility, alterity, and existence are articulated in key texts and how they inform contemporary ethical and existential challenges.
Professor Gilwon Lee's research lab specializes in international economic law, with a primary focus on trade law, regulatory governance, and emerging technologies. The lab investigates key issues such as WTO dispute settlement mechanisms, the intersection of trade rules and public policy (e.g., SPS and TBT agreements), and the legal frameworks governing artificial intelligence and marine biodiversity beyond national jurisdiction. It also explores the institutional design of international organizations to address global challenges in technology regulation and environmental sustainability.
Professor Hyojin Lee's research lab specializes in applied spectroscopy and precision agriculture, focusing on the development of rapid, non-destructive analytical techniques such as near-infrared reflectance spectroscopy (NIRS) for agricultural and environmental applications. The lab also engages in legal and policy research concerning biomedical ethics, intellectual property rights—particularly in standard-essential patents—and administrative due process in electoral investigations. Research directions include the integration of UAV-based remote sensing for pasture biomass mapping, the validation of spectral models for forage quality assessment, and the ethical and legal frameworks governing end-of-life care and patent enforcement.
Professor Sukmin Yoon's research lab focuses on interdisciplinary studies at the intersection of Korean literature, philosophy, and cultural studies, with a particular emphasis on narrative philosophy, Confucian ethics, and transnational cultural exchange. The lab explores how literary and philosophical texts—especially classical Korean texts like the *I Ching* (Book of Changes) and modern Korean romance novels—function as vehicles for ethical self-awareness, identity formation, and cross-cultural communication. It also investigates historical religious movements among Korean diasporas, particularly in Manchuria, and their role in preserving national consciousness under colonial rule. The lab integrates narrative theory, ethical hermeneutics, and cultural semiotics to analyze how meaning, morality, and identity are constructed across time and space.
Professor Sung-Sin Kim's research lab specializes in advanced micro- and nano-manufacturing technologies, with a primary focus on innovative laser-based micro machining techniques. The lab develops novel methods such as Hole Area Modulation (HAM) to enable precise, 3D microcavity fabrication in diverse materials using simple 2D motion systems. Their work integrates mathematical modeling, simulation, and experimental validation to optimize laser ablation processes for high-precision applications in microelectronics, biomedical devices, and micro-optics. The lab is at the forefront of advancing ultra-fine machining with excimer lasers, emphasizing process control and design flexibility.
Professor Suk Geon Lee's research lab specializes in advanced analytical chemistry and fluid dynamics, with a strong focus on the development and application of nuclear magnetic resonance (NMR) spectroscopy for quantitative analysis. The lab also investigates aerodynamic noise mechanisms in engineering systems, particularly in components like pantograph heads, using numerical simulations and experimental validation. Their work bridges fundamental spectroscopic techniques with practical engineering challenges, emphasizing accuracy, sensitivity, and design optimization. Recent research highlights the integration of high-field NMR and computational fluid dynamics to solve real-world analytical and acoustic problems.
Professor Dong-Young Lee's research lab specializes in human-centered innovation, focusing on design thinking, strategic performance management in public administration, and digital transformation in education. The lab explores the integration of psychological resilience, user empathy, and technology-driven methodologies—particularly in public service, cultural institutions, and startup ecosystems. It also pioneers hybrid (phygital) educational models that merge digital collaboration with tangible, cross-cultural experiences to enhance global design literacy and sustainable innovation.
Professor Geon-Cheong Lee's research lab specializes in Korean literary studies, with a focus on modern Korean poetry and the evolution of poetic form in contemporary literature. The lab explores the interplay between lyrical expression and structural rigor in poetry, particularly examining how poets like Park Sung Ryong use natural imagery and symbolic language to convey existential and philosophical depth. Research directions include the analysis of poetic language, the role of nature in shaping poetic meaning, and the development of orthodoxy in Korean pure poetry. The lab also investigates how linguistic precision and materiality in poetic diction contribute to the creation of new semantic layers in literary texts.
Professor Hyeeseung Gye's research lab specializes in musicology with a focus on operatic analysis, psychological dimensions in music, and the intersection of music with social and educational issues. The lab explores how music and text interact to convey complex emotions and inner conflicts, particularly through detailed musical analysis of works by Mozart and Britten. It also investigates music's role in promoting social inclusion, sustainability, and critical cultural discourse—especially through innovative interpretive lenses such as 'listening' as a narrative and performative act. The lab further examines music’s potential in education, advocating for open educational resources and coding literacy to expand access and impact.
Professor Seo Yeon Park's research lab focuses on the institutional and administrative dimensions of refugee protection, particularly examining the complexities of refugee status determination within national immigration governance. The lab explores the professionalization of refugee officers, organizational challenges in refugee decision-making, and the interplay between humanitarian principles and state administrative practices. It also investigates the socio-political and cultural dynamics shaping refugee policies, with a critical lens on institutional inconsistencies and the lack of systemic coherence in South Korea’s relatively young refugee system.
Professor Kyung-Jin Cha's research lab specializes in human-centered technology innovation, focusing on the impact of digital technologies on user experience, learning outcomes, and service quality. The lab investigates AI integration in education and customer service, examining how AI tools—such as chatbots and large language models—affect learning satisfaction, cognitive load, and interpersonal dynamics. It also explores user behavior in digital content platforms, including OTT and webtoon applications, with an emphasis on feature design, user satisfaction, and platform performance. The lab employs mixed-methods approaches, combining NLP techniques like BERTopic and topic modeling with quantitative analysis (e.g., t-tests, regression, ITS) to derive actionable insights for service and system improvement.
