Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Hong-Jung Kim's research lab specializes in critical social theory, focusing on the transformation of subjectivity, agency, and sociality in contemporary socio-political conditions. The lab explores post-individualist subjectivities—such as the 'survivalist generation' and 'dividual'—through the lens of posthumanist, post-structural, and postcolonial thought. It investigates the interplay between biopolitics, neoliberalism, and affective structures, particularly how new forms of subjectivity emerge under precarity, pandemic conditions, and networked sociality. The lab also engages with classical and rediscovered theorists—like Gabriel Tarde, Bruno Latour, and Kojin Karatani—to develop innovative theoretical frameworks for understanding modernity, ethics, and social assemblages beyond anthropocentrism.
Professor Dongjin Lee's research focuses on civil law, particularly in the areas of security interests, contractual transfers, and evidentiary burdens in civil procedure. His work critically examines the legal nature and practical implications of retention rights, negotiable agreements in corporate acquisitions, risk-based allocation of proof burdens, and the legal status of set-off rights. He also investigates the doctrinal foundations of contract assignment and the evolving interpretation of creditors' rights, especially in insolvency and restructuring contexts.
Professor Wan Sub Jang's research lab specializes in organizational behavior, career development, and workplace learning, with a strong focus on lifelong and context-based career education, mentoring systems, and the adaptation of early-career professionals—particularly women—in modern organizational settings. The lab investigates how educational and relational practices in the workplace, including formal and informal learning, mentoring, and social networks, influence employee performance, satisfaction, and organizational outcomes. It also explores the transformation of workplace education paradigms in response to societal shifts from industrial to postindustrial work environments.
Professor Young-A Kang's research lab specializes in regional anesthesia and multimodal analgesia, with a focus on optimizing postoperative pain management in surgical patients. The lab investigates innovative nerve block techniques—such as interscalene, erector spinae plane (ESP), and quadratus lumborum (QL) blocks—aimed at improving analgesic efficacy while minimizing side effects like respiratory compromise and nausea. A key research direction involves evaluating adjuvants like dexmedetomidine to prolong the duration of nerve blocks and attenuate surgical stress responses. The lab also explores sedation strategies in pediatric imaging, emphasizing safety and airway protection during procedural sedation.
Professor Jun Heo's research lab specializes in advanced communication systems and signal processing, with a strong focus on cognitive radio, energy-efficient smart grid technologies, and reliable data transmission in wireless networks. The lab explores cooperative spectrum sensing, iterative decoding techniques for error-correcting codes, and intelligent power consumption modeling using system-level simulation. Key research directions include optimizing interference management in device-to-device communications, enhancing data hiding and steganography techniques, and improving the performance of next-generation smart metering and IoT systems through rigorous simulation and theoretical analysis. The lab integrates theoretical modeling with practical validation, emphasizing real-world applicability in future wireless and smart energy infrastructures.
Professor Gyun Min Lee's research lab specializes in bioprocess engineering and mammalian cell culture optimization for the efficient production of therapeutic proteins, particularly monoclonal antibodies and recombinant erythropoietin. The lab investigates key culture parameters such as pH, temperature, osmolality, and chemical additives like sodium butyrate to enhance cell viability, productivity, and product titer in serum-free suspension cultures of CHO and hybridoma cells. A major focus is on developing novel biologics—such as the double-antiangiogenic protein (DAAP)—for treating inflammatory diseases like rheumatoid arthritis, often in combination with existing biologics like TNF-α inhibitors. The lab also explores molecular tools, including the WPRE element, to improve transient gene expression systems in HEK293E cells for rapid, high-yield protein production.
Professor Geun-Sae Kim's research lab specializes in public administration, organizational culture, and administrative reform, with a strong focus on the institutional design and performance of government agencies. The lab investigates the dynamics of organizational behavior in public sector institutions, particularly in responsibility-based agencies and local government bodies, emphasizing governance models, performance evaluation systems, and the impact of structural reforms on public service delivery. Current research directions include the evolution of public sector governance, the role of bureaucratic autonomy and performance incentives, and the development of balanced, adaptive administrative systems in response to societal challenges such as aging populations, inequality, and digital transformation.
Professor Hana Song's research lab specializes in developmental psychology, with a primary focus on the emotional and social development of young children within family contexts. The lab investigates how parental emotional expressiveness, parenting behaviors, and family dynamics shape children’s socioemotional competence, attachment security, and executive functioning. Key research directions include the role of emotional expressiveness in parent-child relationships, cultural differences in personality and information competency, and the impact of digital media use on child development. The lab employs observational, longitudinal, and cross-cultural methodologies to explore these themes in diverse family settings.
Professor Ji-yong Son's research lab specializes in environmental and civil systems modeling, with a focus on urban flood risk assessment, real-time database management for critical infrastructure, and advanced hydrodynamic simulations. The lab develops innovative numerical models for two-dimensional flood modeling using road networks and building-integrated flood rating indices, enhancing real-time flood forecasting accuracy. Additionally, the lab investigates real-time data processing and scheduling in time-critical systems, including high-precision flow modeling in complex river channels using advanced field measurement data (e.g., ADCP) and 3D wave propagation techniques for urban environments.
Professor Jiyoung Son's research lab specializes in computational hydraulics, urban flood modeling, and real-time data integration for environmental hazard prediction. The lab focuses on developing advanced numerical models and simulation techniques to improve the accuracy and efficiency of flood risk assessment in urban environments, particularly through the use of road network-based 2D flood modeling and high-resolution velocity measurements from ADCP. Additionally, the lab explores real-time database systems and synchronization mechanisms for time-critical applications, bridging engineering and computer science for intelligent infrastructure monitoring.
Professor Joo Min Sohn's research lab specializes in environmental and civil systems modeling, with a focus on urban flood risk assessment, real-time database systems for critical infrastructure, and advanced simulation techniques for hydrodynamic and acoustic phenomena. The lab develops innovative numerical models—such as 2D flood modeling using road networks and 3D ray tracing for urban environments—to enhance real-time decision support in urban planning and disaster management. It also investigates real-time data processing and synchronization in multimedia and database systems, emphasizing reliability and performance under dynamic conditions.
Professor Hongrae Kim's research lab specializes in chemical biology and target-oriented drug discovery, with a focus on kinase regulation, post-translational modifications in cancer metabolism, and covalent probe development. The lab investigates key regulatory proteins such as DYRK1A and SREBP-1, exploring their roles in neurodegenerative diseases and tumorigenesis, while also advancing chemoproteomic tools for selective cysteine targeting. Recent work includes the design of dual-acting antiviral agents and molecular diagnostics for food authenticity, reflecting a broad yet focused approach to translational biomedical research.
Professor Yoo-sang Baek's research lab focuses on clinical and translational studies in dermatology and internal medicine, with a strong emphasis on inflammatory and autoimmune skin disorders, antimicrobial resistance in bacterial infections, and mental health in healthcare students. The lab investigates biomarkers for disease severity—such as D-dimer in autoimmune uveitis and cutaneous lupus—while also examining the epidemiology and progression of systemic lupus erythematosus in Asian populations. Additionally, the lab contributes to antimicrobial resistance surveillance, particularly in *Staphylococcus aureus* infections, and explores psychological well-being in medical education, highlighting burnout and depression among dental students. These interdisciplinary efforts aim to improve clinical decision-making, patient outcomes, and healthcare system resilience.
Professor Jeong-Rak Son's research lab specializes in environmental and civil systems engineering, with a focus on urban flood modeling, real-time database systems, and computational hydrodynamics. The lab develops advanced numerical models for two-dimensional flood simulation using road networks and building-integrated flood risk indices, enhancing real-time flood forecasting in urban areas. It also investigates high-precision flow modeling in complex river channels using field-measured data from ADCP instruments and advanced simulation tools like FaSTMECH. Additionally, the lab contributes to real-time data management through functional database systems that support timing-critical applications.
Professor Minho Ga's research lab specializes in advanced radar signal processing and microwave engineering, with a focus on synthetic aperture radar (SAR) systems, millimeter-wave antennas, and ultra-high-resolution imaging. The lab develops innovative techniques for improving SAR performance in UAV platforms, including FMCW and MIMO-based architectures, while also advancing antenna design for wave suppression and gain enhancement. Key research directions include interferometric SAR for terrain height estimation, near-field radar imaging with geometric compensation, and adaptive signal processing for ocean altimetry and remote sensing. The lab emphasizes practical, hardware-efficient solutions for high-precision Earth observation and surveillance applications.
Professor Kihoon Kim's research lab focuses on neuroimmunology and regenerative medicine, with a strong emphasis on autoimmune disorders of the central nervous system, particularly myelin-oligodendrocyte glycoprotein antibody-associated disease (MOGAD). The lab investigates diagnostic criteria, disease mechanisms, and biomarkers for neuroinflammatory conditions, while also exploring the therapeutic potential of extracellular vesicles and stem cell-derived nanoparticles in neurodegenerative and joint diseases. Their work bridges clinical neurology with translational regenerative therapies, particularly in myasthenia gravis and osteoarthritis.
Professor Sin-ju Oh's research lab specializes in gastrointestinal and cardiovascular diseases, with a strong focus on inflammatory bowel disease (IBD), ulcerative colitis, and atrial fibrillation. The lab conducts large-scale, population-based studies using national health insurance databases to validate diagnostic algorithms, evaluate treatment outcomes, and analyze long-term healthcare costs. Key research directions include identifying risk factors for disease progression, such as cytomegalovirus colitis in UC and H. pylori eradication failure, and assessing the efficacy of interventional procedures like cryoablation in cardiac surgery. The lab integrates clinical data, pathology, and health economics to improve patient management and health policy.
Professor Youngbin Im's research lab focuses on mobile networking, edge computing, and intelligent resource management in 5G and beyond wireless networks. The lab explores innovative pricing mechanisms like time-dependent pricing (TDP) and adaptive offloading systems to optimize user experience, reduce network congestion, and balance cost and performance. Key research directions include dynamic task offloading, mobility-aware edge computing, and end-to-end system design for latency-sensitive applications. The lab combines theoretical modeling with real-world implementations and user trials to address practical challenges in next-generation mobile networks.
Professor Sae-Hee Park's research lab focuses on endocrine and metabolic disorders, with a strong emphasis on pituitary and thyroid diseases, including acromegaly, Graves' disease, and differentiated thyroid carcinoma. The lab investigates the impact of biological factors such as age and sex on surgical and clinical outcomes, explores gut hormone regulation through novel molecular pathways like OR51E1 in L cells, and examines metabolic signatures and biomarkers in autoimmune thyroid diseases. Additionally, the lab contributes to plant biotechnology by studying gene regulation and ascorbate metabolism in tomato fruit ripening, highlighting translational research across human health and agricultural biotechnology.
Professor Won-Jae Hwang's research lab specializes in comparative legislative politics, with a focus on party dynamics, interest group politics, and the interplay between domestic institutions and international organizations. The lab investigates how institutional structures—such as presidential systems, coalition governments, and legislative bargaining systems—affect policy-making, legislative behavior, and political support. It also explores the role of public opinion, institutional trust, and historical grievances in shaping political behavior, particularly in East Asia and Latin America. The lab employs quantitative methods, including roll call vote analysis, Bayesian ideal point estimation, and panel data modeling, to analyze legislative behavior and policy compensation mechanisms.
