Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Seo Hee Im’s research lab explores the intersections of literature, capitalism, and global modernity, with a focus on how literary forms from Milton to the contemporary novel articulate modes of subjectivity shaped by debt, credit, and crisis. The lab investigates the historical emergence of realism and narrative realism as epistemological tools in colonial and postcolonial contexts, as well as their reimagining in dystopian and speculative fiction. It also examines how transnational literary figures—such as those in Defoe, Nabokov, and Philip K. Dick—reconfigure belonging, identity, and ethical responsibility beyond national frameworks.
Professor Kyung-Hoon Hyun's research lab focuses on advancing design intelligence through the integration of emerging technologies such as 3D generative AI, augmented reality (AR), and spatial data analytics. The lab explores how design processes—particularly in architecture and interior design—can be enhanced by optimizing user experience, spatial connectivity, and cognitive efficiency. Key research directions include the development of AI-driven CAD systems, AR-based e-commerce experiences, and data-driven floor plan analysis for residential design innovation.
Professor Park Jisoon's research lab specializes in second language acquisition, with a strong focus on Korean as a second language (KSL) education, intercultural communication, and language policy. The lab investigates critical issues such as the integration of foreign caregivers in elderly care, teacher training in non-native contexts (e.g., Nepal), the design of learner-centered materials like bilingual dictionaries, and the use of media—such as Korean dramas—for cultural and linguistic education. A central theme across the research is the role of identity, investment, and imagined communities in shaping language learning outcomes, particularly for adult and professional learners aiming to integrate into Korean society.
Professor Kim Youbin's research lab specializes in human-centered design and sustainable innovation, focusing on the integration of emerging technologies—such as generative AI, augmented reality, and smart materials—into everyday life contexts. The lab explores experiential design in public and domestic spaces, with particular emphasis on accessibility, environmental sustainability, and emotional engagement through materials and digital interaction. Research directions include AI-augmented spatial experiences, eco-friendly upcycled materials, and user experience-driven design for vulnerable populations and shared living environments.
Professor Do In-sil's research lab specializes in cybersecurity and secure communication protocols for wireless networks, with a strong focus on sensor networks, ad hoc networks, and IPTV systems. The lab develops lightweight, scalable, and resilient security mechanisms—particularly in key management, secure routing, and authentication—tailored for resource-constrained environments. Core research directions include pairwise key establishment using polynomial-based schemes and clustering, secure data aggregation with clusterheads, and privacy-preserving authentication in open, distributed IPTV platforms.
Professor In Han Kim's research lab specializes in international relations, with a primary focus on China's military and naval power, regional security dynamics in Northeast Asia, and inter-Korean economic relations. The lab examines how China’s rising power influences maritime disputes, regional stability, and strategic competition, particularly in the East and South China Seas, while also analyzing the role of economic interdependence and military deterrence in shaping conflict and cooperation. The research integrates strategic studies, security policy, and comparative regional security frameworks, with a strong emphasis on U.S. foreign policy and alliance dynamics in Asia.
Professor Sung-Sook No's research lab focuses on critical feminist theory, particularly the intersections of modernity, postmodernity, and feminist subjectivity. The lab explores how critical theory—especially the thought of Theodor W. Adorno—can be reinterpreted to address contemporary feminist challenges, such as the paradox of asserting female subjectivity while deconstructing essentialist identities. Central to the lab’s work is the concept of 'non-identity thinking' (nicht-identisches Denken) as a framework for developing a resistant, non-hierarchical subjectivity that resists both assimilation and dissolution in postmodern fragmentation. The lab also investigates the ethical and political implications of this philosophical approach for gender theory, cultural critique, and feminist praxis.
Professor Seung-woo Kim's research lab specializes in the historical and cultural analysis of Korean court music, particularly focusing on the transmission, transformation, and ideological significance of jeongjae (ceremonial music) and abugeum (musical compositions) from the Joseon dynasty. The lab investigates how musical repertoires such as <Mongeumcheok> and <Yeonyeongje-gok> were reshaped by royal figures like King Yeongjo and King Jeongjo to reflect political legitimacy, familial harmony, and national identity. It also explores the interplay between music, historiography, and regional memory, especially through the lens of late Joseon-era musical texts and foreign travelers’ accounts.
Professor Hae-won Na's research lab specializes in social stratification, educational inequality, and labor market outcomes, with a particular focus on the long-term impacts of educational transitions—such as college transfer—on career trajectories and well-being. The lab employs advanced quantitative methods, including propensity score matching and structural equation modeling, to analyze panel data and uncover causal relationships in education and employment. Research themes center on social capital, educational aspirations, and structural barriers affecting disadvantaged students in South Korea’s higher education and labor systems.
Professor Mingyu Park's research lab specializes in atmospheric and environmental chemistry, focusing on the characterization of airborne particulate matter and trace metals in urban and industrial environments. The lab investigates the size distribution, chemical composition, and sources of fine particulate matter, including ionic species, polycyclic aromatic hydrocarbons (PAHs), and heavy metals, with particular emphasis on pollution sources in industrialized regions like Ulsan, South Korea. Research directions include environmental risk assessment, source apportionment, and the health implications of airborne pollutants in urban and industrial settings.
Professor Semin Lee's research lab focuses on understanding and treating retinal degenerative diseases, particularly age-related macular degeneration (AMD) and retinitis pigmentosa (RP), by targeting cellular and molecular mechanisms underlying photoreceptor and retinal pigment epithelium (RPE) dysfunction. The lab investigates novel therapeutic strategies such as RNA-based therapies (e.g., cp-asiNRL) to reprogram retinal cells and promote neuroprotection, as well as the role of cellular senescence and mechanotransduction (e.g., YAP signaling) in RPE aging. Using advanced techniques like single-cell RNA sequencing and hydrogel-based mechanobiology models, the lab aims to uncover key pathways driving retinal degeneration and develop targeted interventions. Their work bridges molecular neuroscience, regenerative medicine, and translational ophthalmology to preserve vision in aging and disease.
Professor Gyu Seob Lee's research lab specializes in smart energy systems, focusing on demand response, electric vehicle charging optimization, and grid flexibility integration. The lab develops data-driven and distributed control strategies to enhance the efficiency and stability of power systems, particularly through HVAC systems and medium-voltage DC charging stations. Their work emphasizes real-world applications using empirical data and advanced algorithms such as artificial neural networks and consensus-based optimization. The lab's research contributes significantly to the integration of renewable energy and sustainable urban energy management.
Professor Jong Woo Im's research lab specializes in advanced materials for energy storage and cutting-edge computer vision techniques for 3D reconstruction and robotics. The lab explores high-nickel, cobalt-free cathode materials for next-generation lithium-ion batteries, focusing on mitigating chemo-mechanical degradation through multi-scale characterization. In parallel, the lab develops innovative algorithms for non-rigid 3D object alignment from RGB-D data and robust video stabilization using LIDAR-inertial odometry, particularly for autonomous navigation in challenging environments. A key focus is also on wide-baseline, multi-camera systems with ultra-wide-angle lenses, enabling high-precision calibration and 3D sensing for robotics and 3D modeling applications.
Professor Sukjae Lee's research lab specializes in the historical and philosophical analysis of early modern philosophy, particularly focusing on occasionalism in thinkers such as Malebranche, Berkeley, and Leibniz. The lab explores the metaphysical foundations of divine and creaturely causality, with an emphasis on how these theories relate to divine omnipotence, substance ontology, and the nature of created reality. It also engages in interdisciplinary studies linking philosophy of religion, metaphysics, and the history of science.
Professor Guangwen Jiang's research focuses on China's legal system, particularly legislative institutions, administrative law, and the role of normative documents such as regulations (guizhang) and local laws. His work examines the constitutional foundations of rule of law, the evolution of China’s legislative framework, and the judicial review of administrative regulations, emphasizing the balance between legal centralization and local autonomy. He also investigates the practical application and legitimacy of non-statutory legal instruments within China’s socialist rule of law system.
Professor Myoung-su Ko's research lab specializes in criminal law, with a particular focus on the principles of criminal liability, especially negligent participation and the conceptualization of mental integrity as a legal protection interest. The lab investigates the structural and doctrinal foundations of criminal offenses involving psychological harm, including emotional abuse of children, stalking, and threats, emphasizing the need for coherent and systematic legal frameworks. It also critically examines traffic-related crimes and the evolving nature of public order offenses in light of modern societal and technological changes.
Professor In-Kyun Lee's research lab specializes in structural biology and biochemistry, with a primary focus on understanding the structure and function of novel and hypothetical proteins from pathogenic bacteria, particularly Staphylococcus aureus. The lab employs advanced nuclear magnetic resonance (NMR) spectroscopy to determine high-resolution three-dimensional structures and dynamics of these proteins, aiming to elucidate their roles in bacterial stress response and pathogenesis. A key research direction involves characterizing ribosome-associated chaperones and their involvement in ribosomal quality control mechanisms.
Professor Hyeong-Joon Jang's research lab specializes in computational materials science and micromechanics, focusing on the deformation behavior and microstructure evolution of metallic materials under complex loading conditions. The lab employs advanced numerical methods such as crystal plasticity finite element modeling (CPFEM) to investigate subgrain texture development, dislocation dynamics, and misorientation distribution effects in face-centered cubic (FCC) metals. A key research direction involves understanding how local crystallographic interactions at the subgrain level influence macroscopic mechanical properties through tailored microstructural design.
Professor Justin Heejun Lim's research lab specializes in urban climate resilience and sustainable urban development, focusing on climate-adaptive urban design and green infrastructure solutions. The lab investigates the quantitative impacts of nature-based interventions—particularly green roofs and urban greening—on mitigating urban heat island effects under varying meteorological conditions. Using computational fluid dynamics and climate modeling, the lab develops data-driven, location-specific strategies for urban climate adaptation in the context of climate change. The research also explores the socio-spatial dynamics of urban regeneration, particularly the role of private actors in shaping local transformation through place-based planning.
Professor Ho-yong Jeong's research lab specializes in labor economics, public finance, and political economy, with a strong focus on the socioeconomic impacts of policy reforms. The lab investigates how tax policies, minimum wage adjustments, and institutional factors influence labor market outcomes, crime rates, and civic engagement. Empirical analysis using large-scale microdata and quasi-experimental methods underpins its research, particularly on issues such as the underground economy, employment effects, and behavioral responses to policy shocks. The lab also explores the interplay between individual behaviors—like smoking—and long-term labor market performance.
