Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Jeffrey Robertson's research lab focuses on the evolving role of middle powers in global governance, examining the conceptual, normative, and practical challenges in defining and applying the middle power concept. The lab investigates how states such as South Korea, Canada, and Turkey navigate multilateralism, digital diplomacy, and foreign policy identity, particularly in the context of shifting power dynamics and technological change. A central theme is the tension between capacity-based classifications and behavior-based performance in international relations.
Professor Hyong-Min Oh's research lab specializes in airway management and perioperative spinal care, with a strong focus on improving patient safety during tracheal intubation in patients with cervical spine injuries. The lab investigates advanced airway devices such as videolaryngoscopes and video stylets, evaluates techniques to minimize cervical spine motion, and explores the utility of intraoperative ultrasound in spinal cord surgery. Additionally, the lab examines risk factors for hospital-acquired pressure injuries in prone-positioned surgical patients, emphasizing preventive strategies and clinical outcomes.
Professor Eunsoo Choi's research lab specializes in clinical anesthesiology and perioperative medicine, with a focus on optimizing patient outcomes during minimally invasive and robotic surgeries. The lab investigates advanced anesthetic techniques, including total intravenous anesthesia and volatile anesthetics, to improve hemodynamic stability and reduce complications in elderly and high-risk patients. Key research directions include the use of goal-directed hemodynamic therapy in microvascular reconstruction, the impact of anesthetic agents on intracranial pressure (measured via optic nerve sheath diameter), and strategies to mitigate pulmonary complications during procedures requiring high insufflation pressures and steep positioning. The lab also explores innovative applications of nanotechnology in drug delivery, particularly protein-cage nanoparticles for targeted therapeutic and diagnostic applications.
Professor Jong-Rak Lee's research lab specializes in nonlinear analysis, particularly focusing on elliptic and quasilinear partial differential equations involving p-Laplacian and fractional p(·)-Laplacian operators. The lab investigates the existence and multiplicity of weak solutions using variational methods, such as the mountain pass theorem and fountain theorem, often under nonstandard growth conditions or without the Ambrosetti-Rabinowitz condition. A significant part of the work also involves the spectral and structural properties of Toeplitz operators on Bergman and Hardy spaces, especially their hyponormality and complex symmetry. The lab combines functional analysis, operator theory, and critical point theory to address challenging problems in nonlinear PDEs and operator algebras.
Professor Min Joon Cho's research lab specializes in orthopedic biomaterials and musculoskeletal regeneration, with a focus on developing advanced calcium phosphate-based scaffolds for bone repair and tissue engineering. The lab investigates pharmacological interventions for osteoporosis and vertebral fractures, emphasizing secondary prevention and the comparative efficacy of osteoactive agents. Additionally, the lab explores surgical techniques for degenerative joint diseases, such as radial wedge osteotomy in Kienböck’s disease, and contributes to medical education research, particularly in anatomy instruction and cadaver dissection. The integration of materials science, clinical orthopedics, and translational research defines the lab’s multidisciplinary approach.
Professor Byeonggon Min's research lab specializes in applied linguistics and language education, with a strong focus on literacy development, reading and writing instruction, and second language assessment. The lab investigates reading and writing behaviors among school-aged learners, particularly in elementary and secondary education, while also exploring reading motivation, national language proficiency, and educational needs for academic and cross-strait (North-South Korean) contexts. A key direction involves developing valid and reliable assessment tools for language proficiency and writing performance, especially in academic and high-stakes testing environments.
Professor Young-Sun Cho's research focuses on intellectual property law, particularly in the areas of patent law, trademark law, and copyright law. His work examines the legal frameworks governing intellectual property rights, with an emphasis on statutory damages, patent infringement liability, and the equitable treatment of co-owners in patent and trademark regimes. He critically analyzes legislative and judicial developments in South Korea in relation to international standards, including those under international agreements such as the U.S.-Korea FTA and the Anti-Counterfeiting Trade Agreement (ACTA). His research advocates for balanced, predictable, and modernized legal interpretations that adapt to digital transformation and technological innovation while ensuring fair protection for rights holders and market participants.
Professor Minho Cho's research lab specializes in hospitality and tourism management, with a strong focus on customer satisfaction, service quality, and sustainable practices within the hotel and restaurant industries. The lab investigates key determinants of consumer behavior, including service attributes, environmental consciousness, and demographic influences on preferences. Research directions emphasize strategic marketing, service training effectiveness, and the development of mid-priced hotel concepts tailored to business travelers. The lab also explores environmental sustainability in hospitality, particularly in eco-friendly hotel room design and operational practices.
Professor Hyungsuk Kim's research lab specializes in advanced materials processing and structural engineering, with a strong focus on severe plastic deformation techniques for nanostructured metals, thin film ferroelectrics for next-generation electronics, and seismic-resistant structural systems in civil engineering. The lab investigates fundamental deformation mechanisms in metals, develops innovative thin-film deposition methods using self-seed layers, and evaluates the performance of prefabricated structural connections under dynamic loading. These interdisciplinary efforts aim to advance materials science and structural resilience in engineering applications.
Professor Woo Hee Lee's research lab specializes in data-driven solutions for energy and healthcare systems, focusing on deep learning applications in solar power forecasting and biomedical signal analysis. The lab develops advanced machine learning techniques—particularly convolutional and recurrent neural networks—for time-series data, with applications in renewable energy optimization and medical data imputation. A key focus is on preserving critical physiological features, such as sleep stages in EEG signals, while addressing missing data in clinical settings. The lab also explores strategic human resource management, linking corporate competitiveness and training investment to organizational performance.
Professor Eun-Kyung Lee's research lab focuses on psychological and educational factors influencing learning outcomes, particularly examining the interplay between personality traits, learning styles, motivation, and academic achievement. The lab also investigates cultural influences on emotional regulation and well-being, with a strong emphasis on individual differences in emotional expression and subjective well-being across cultural contexts. Additionally, the lab explores innovative educational technologies, such as robotics in programming education, to enhance student engagement, reduce cognitive load, and promote deep learning experiences. The research integrates both psychological assessment and educational intervention strategies to support effective teaching and learning in diverse educational settings.
Professor Woo-jin Lee's research lab specializes in interdisciplinary studies at the intersection of social science and engineering, focusing on inequality analysis in socioeconomic systems and geotechnical materials characterization. The lab employs advanced econometric and game-theoretic methods—such as Shapley value decomposition—to analyze income and wealth inequality, while also conducting experimental and spatial modeling research on soil mechanics, particularly the behavior of sand-clay mixtures and geo-layer distribution using geostatistical techniques like kriging and inverse distance weighting. The lab further investigates societal factors influencing public attitudes, including redistributive preferences, trust in government, and perceptions of fairness, using large-scale survey data such as KOWEPS, KLIPS, and World Values Survey. These diverse research directions reflect a strong commitment to both quantitative social science and applied geotechnical engineering.
Professor Isu Jo's research lab focuses on developmental psychology, with a central emphasis on the interplay between bilingualism, cognitive development, and aging. The lab investigates how language experience shapes executive functioning and theory of mind across the lifespan, particularly in children and older adults. It also explores cross-cultural differences in cognitive development and prosocial behavior, especially in the context of sociocultural and environmental stressors such as the COVID-19 pandemic. A key theme is disentangling the roles of cognitive control, empathy, and social decision-making in shaping prosocial and cooperative behaviors.
Professor Byung-Soo Kim's research lab specializes in regenerative medicine and biomedical engineering, with a primary focus on mesenchymal stem cell therapy for tissue repair, particularly in cardiac and bone regeneration. The lab investigates gene-modified stem cells, biomaterial scaffolds, and molecular mechanisms underlying inflammatory diseases to enhance therapeutic outcomes. Their work spans from in vitro cell engineering to in vivo animal models, aiming to improve cell survival, differentiation, and functional integration in damaged tissues.
Professor Jonghee Hahn's research lab specializes in industrial organization, with a focus on pricing strategies, product differentiation, and market design in markets characterized by network effects, congestion externalities, and asymmetric information. The lab investigates how firms strategically introduce degraded or bundled versions of their products to manage competition, screen consumers, and enhance profitability, particularly in telecommunications, software, and durable goods markets. A central theme is the interplay between product quality, consumer heterogeneity, and institutional mechanisms such as access charges and nonlinear pricing. The lab also examines the welfare implications of these strategies, often challenging conventional wisdom by highlighting efficiency losses despite strategic gains.
Professor Chang Jin Wook's research lab specializes in organizational behavior and team dynamics, with a focus on emotional intelligence, collective intelligence, and group-level processes that influence team performance and effectiveness. The lab investigates how individual and team-level characteristics—such as emotional intelligence, autonomy, self-control, and leader prototypicality—affect team outcomes, including creativity, trust, and response to transgressions. Empirical studies using experimental and multi-level data analysis are central to understanding the mechanisms shaping team coordination, attention, and performance in diverse organizational contexts.
Professor Yeon Bi Han's research lab specializes in respiratory and immune system pathophysiology, with a focus on lung diseases, including chronic respiratory disorders, lung cancer subtypes such as pulmonary sarcomatoid carcinoma and adenocarcinoma, and inflammatory conditions like chronic rhinosinusitis with nasal polyps. The lab employs advanced single-cell genomics, multi-omics integration, and functional immunology to dissect disease mechanisms, immune microenvironment dynamics, and viral responses in human airway epithelium and tumor tissues. A central theme is understanding the role of mitochondrial dsRNA and innate immune sensors like MDA5 and SLIRP in driving aberrant inflammation and autoimmunity.
Professor Jaehyouk Choi's research lab specializes in advanced materials science and applied physics, with a focus on interfacial engineering for metal-polymer composites, neutron detection using scintillating crystals, and the mechanical reliability of fiber-reinforced composites. The lab also explores the intersection of science, culture, and education through innovative science outreach programs, such as historical science tours that promote scientific literacy in cultural heritage. Additionally, the lab contributes to fundamental biological research, including population genetics of plant pathogens like the rice blast fungus. These diverse yet interconnected research directions reflect a strong commitment to both technological innovation and societal impact.
Professor Pil-Soo Kim's research lab specializes in biomedical ultrasound engineering, with a focus on advancing point-of-care ultrasound systems, contrast-enhanced ultrasound imaging, and intelligent diagnostic technologies. The lab develops innovative ultrasound systems—such as smartphone-based portable imaging platforms—and explores novel contrast agents like exosome-fused microbubbles to improve diagnostic accuracy and targeting. It also integrates machine learning and signal processing techniques to enhance image quality and predict clinical outcomes, particularly in sports and cardiology applications. The lab’s work bridges engineering innovation with clinical needs, emphasizing miniaturization, real-time imaging, and data-driven diagnostics.
Professor Sungsoo Lee's research lab specializes in historical geography, cultural memory, and the interplay between space and historical consciousness in East Asia. The lab explores how historical narratives, literary texts, and official records shape perceptions of regional identities—particularly in contested or borderland spaces such as the Liao River region, the Yalu River valley, and northern frontiers. By analyzing travel records, classical texts, and vernacular stories, the lab investigates how political, cultural, and environmental factors influence the formation and transmission of historical memory across dynastic transitions.
