首尔大学、KAIST、延世大学等韩国QS前10名大学的研究室信息。
Professor Hye-Min Ahn's research lab specializes in human-centered robotics and intelligent motion understanding, focusing on action recognition, intention prediction, and motion generation in dynamic, interactive environments. The lab develops advanced deep learning models—such as hierarchical architectures, diffusion models, and self-supervised frameworks—that enable robots and AI systems to understand human behavior, resolve ambiguities in human-robot interaction, and generate natural, context-aware motions. Key research directions include long-term action anticipation, 3D human motion prediction, and data-efficient motion retargeting for humanoid robots.
Professor Miri Ahn's research lab specializes in the design and implementation of innovative, technology-enhanced learning environments that integrate educational technology with pedagogical frameworks. Her primary research directions include game-based learning, virtual and augmented reality in education, learning analytics, and maker education, with a strong emphasis on improving instructional design and learner engagement. The lab focuses on developing practical, evidence-based solutions—such as adaptive teaching tools and user-centered mobile applications—for real-world educational settings, particularly in K-12 and informal learning environments like museums and libraries.
Professor Minji Kim's research lab specializes in the integration of artificial intelligence and emerging technologies in educational and organizational contexts. The lab focuses on developing AI-driven tools—such as chatbots and metaverse-based platforms—to enhance learning outcomes, support coding education, and improve accessibility in academic and workplace settings. Key research directions include AI-enabled educational technologies, human-centered design of learning systems, and the psychological and social dynamics influencing team creativity and learning in diverse environments.
Professor Seonwoo Kim's research lab specializes in next-generation wireless communication systems, with a strong focus on 5G and beyond (B5G/6G) networks, including network slicing, millimeter wave and terahertz communications, and ultra-dense networking. The lab also explores advanced signal processing techniques for power systems and biomedical signal analysis, particularly in voice and speech characterization. A key research direction involves leveraging artificial intelligence and deep learning to solve complex problems in network resource allocation, localization, and fault detection.
Professor Yoonkyung Na’s research lab focuses on gender-egalitarian education, critical adult learning, and the intersection of feminism with lifelong education. The lab investigates how patriarchal structures shape women’s educational experiences and social roles—particularly among high-achieving, professional, and marginalized women—while advocating for transformative, feminist pedagogy in educational institutions. Central themes include the deconstruction of gendered norms in education, the agency of migrant and minority women, and the need for equity-centered curriculum reform in public education programs.
Professor Myung Soo Kim's research lab specializes in liver transplantation and hepatobiliary diseases, with a strong focus on improving outcomes in pediatric and adult liver transplant recipients. The lab investigates innovative strategies for managing hepatocellular carcinoma (HCC) through down-staging therapies like chemoradiotherapy and hepatic arterial infusion chemotherapy, enabling successful living donor liver transplantation in advanced cases. It also explores immunosuppressive regimens—particularly the role of everolimus—and addresses challenges in antibiotic-resistant infections such as *Acinetobacter baumannii* bacteremia. Additionally, the lab contributes to transplant policy by evaluating prognostic scoring systems like MELD for fairer organ allocation.
Professor Lanu Kim's research lab focuses on the intersection of science policy, academic inequality, and the evolving dynamics of scholarly communication. The lab investigates how demographic diversity—particularly gender and socioeconomic status—affects research trajectories, citation patterns, and innovation in academia. Using large-scale bibliometric and longitudinal data, the lab examines systemic inequities in academic pay, publication impact, and access to scientific recognition, with a particular emphasis on correcting biases in citation-based metrics. The lab also explores emerging technologies like telerobotic surgery and digital scholarship infrastructure as tools to address health care and research access disparities.
Professor Seo-kyeong Shin's research lab focuses on innovative teaching and learning environments, particularly in online and flipped classroom settings. The lab investigates how instructional design, such as scaffolding strategies, feedback types, and collaborative processes, influences student engagement, problem-solving skills, and self-efficacy. A central theme is the promotion of deep learning through inquiry-based and socioscientific inquiry models, with an emphasis on knowledge construction and sustainable online communities for educators. The lab also explores the role of learners’ epistemological beliefs and collaborative dynamics in shaping learning outcomes.
Professor Soo-Yeol Ryu's research lab specializes in literature education, with a focus on the theoretical and pedagogical foundations of literary experience, textual interpretation, and curriculum development. The lab explores how literary knowledge—encompassing textual, contextual, and metatextual dimensions—shapes reading comprehension and aesthetic engagement. It also investigates innovative instructional approaches such as storytelling in poetry education and the role of reader-centered, ludic (play-based) reading practices in fostering deep literary appreciation. The lab emphasizes the construction of hierarchical, content-based curricula that balance literary universality with holistic, experiential learning.
Professor Junghoon Lee's research lab specializes in interventional spine and musculoskeletal radiology, with a focus on percutaneous spinal interventions such as kyphoplasty and vertebroplasty for osteoporotic vertebral compression fractures. The lab investigates clinical and radiological outcomes, risk factors for complications like new vertebral fractures, and the impact of post-procedural osteoporosis management. Additionally, the lab contributes to cytopathology research, particularly in improving the diagnostic accuracy of liquid-based fine-needle aspiration cytology for renal and thyroid malignancies.
Professor Aejung Yoon's research lab specializes in thermal-fluid dynamics and energy systems, with a focus on enhancing thermal efficiency in advanced engineering applications. The lab investigates complex heat transfer phenomena in nanofluids, porous media, and microscale devices such as pulsating heat pipes and Hyperloop systems. Key research directions include entropy generation analysis, natural convection control using baffles and nanoparticle morphology, and the application of machine learning to predict sorption behavior in thermal energy storage. The lab combines numerical simulations, experimental validation, and innovative design to address challenges in sustainable energy and thermal management.
Professor Man-jong Baek's research lab specializes in cardiovascular and biomedical engineering, focusing on improving the durability and biocompatibility of biological tissues for cardiac prostheses. The lab investigates novel chemical modifications of tissues—such as sulfonated PEO and heparin grafting on glutaraldehyde-fixed bovine pericardium—to enhance calcification resistance and mechanical stability. Additionally, the lab conducts clinical and epidemiological studies on metabolic and cardiovascular diseases, particularly examining the long-term impact of hyperuricaemia and diabetes on type 2 diabetes mellitus and major adverse cardiac events. The research integrates biomaterials science with interventional cardiology, including outcomes of percutaneous coronary intervention in complex coronary syndromes like chronic total occlusion.
Professor Chihyung Jeon's research lab focuses on the socio-technical and ethical dimensions of emerging technologies, particularly artificial intelligence, robotics, and urban infrastructure. The lab investigates public perceptions, legal personhood, and regulatory frameworks for AI and autonomous systems, as well as the cultural and historical implications of technological projects such as highways and urban restoration. Through interdisciplinary approaches combining science and technology studies (STS), public opinion research, and historical analysis, the lab explores how technology shapes and is shaped by society, politics, and culture.
Professor Kyunghoon Heo's research lab specializes in intelligent vehicle systems and advanced control methodologies, focusing on vision-based perception, robust estimation, and adaptive control for automotive and tracked vehicle applications. The lab develops innovative solutions for lane detection, articulation angle management in semi-trailers, and high-precision position control in linear motor-driven systems, emphasizing real-time performance and resilience to disturbances. Core research directions include stereo vision-based 3D road reconstruction, H-infinity optimization for estimation robustness, and nonlinear adaptive control with cross-coupling for multi-axis systems.
Professor Dong-Ui Shin's research focuses on the representation theory of quantum groups and generalized Kac-Moody algebras, with a central emphasis on crystal basis theory. His work explores new realizations of crystal bases using combinatorial structures such as monomials, Young walls, and polyhedral models, providing deep insights into the structure of irreducible modules. He investigates abstract crystal structures, embeddings, and explicit realizations for quantum algebras of classical and generalized types, including rank 2 algebras and the Monster algebra. His research bridges algebraic structures with combinatorics, offering explicit parametrizations and bijections between different realizations like monomial and tableau models.
Professor Mee Rim Kim's research lab focuses on neuropsychiatry and digital health, with a strong emphasis on understanding the neurobiological underpinnings of sleep disorders and cognitive dysfunction. The lab investigates brain structural changes in chronic insomnia and evaluates the cognitive and emotional impacts of antiepileptic medications like levetiracetam. Additionally, the lab is actively engaged in health policy research, particularly in advancing the commercialization and global expansion of digital therapeutics in South Korea. Their interdisciplinary approach bridges clinical neuroscience, neuropsychological assessment, and health technology innovation.
Professor Grant Fisher's research lab focuses on health services research, clinical decision-making, and the social and ethical dimensions of medical practice. Key research directions include medication adherence in heart transplant patients, outcomes and selection criteria in cardiac retransplantation, and the evaluation of recruitment processes in public health training. The lab also investigates systemic issues in healthcare workplaces, such as bullying in nursing, and contributes to philosophy of science, particularly in the explanation and evidential reasoning in chemistry and medicine.
Professor Il Yong Choi's research lab specializes in orthopedic biomechanics and joint replacement surgery, with a strong focus on improving outcomes in total hip arthroplasty and treating complex periprosthetic fractures. The lab investigates risk factors for common complications such as hip dislocation, stem loosening, and prosthesis-related fractures, particularly in elderly and high-risk patients. It also explores long-term clinical and radiological results of revision arthroplasty using specialized implant systems like the Wagner stem. Additionally, the lab contributes to medical device and surgical technique optimization through evidence-based clinical studies.
Professor A-Rang Kim's research lab focuses on the intersection of nutrition, epigenetics, and mental health, with a particular emphasis on how bioactive phytochemicals such as fisetin and luteolin influence inflammatory and metabolic pathways in psychiatric and metabolic disorders. The lab investigates the epigenetic mechanisms underlying hyperglycemia-induced inflammation in immune cells, exploring potential therapeutic applications in diabetes and related complications. Additionally, the lab pioneers the integration of emerging technologies like the Metaverse into healthcare delivery, evaluating virtual platforms for innovative models of group genetic counseling. Their work bridges nutritional science, molecular epigenetics, and digital health innovation.
Professor Se-Wan Kim's research lab specializes in empirical macroeconomics and financial econometrics, with a focus on dynamic relationships among asset prices, macroeconomic fundamentals, and financial market behavior. The lab investigates nonlinear time series dynamics, particularly through advanced econometric models such as STAR (Smooth Transition Autoregressive) and VECM (Vector Error Correction Model), to analyze housing markets, equity returns, risk premia, and environmental-economic linkages. Key research directions include the impact of monetary policy and household balance sheets on real estate prices, the asymmetric transmission of financial shocks, and the nonlinear interactions between economic growth and environmental outcomes such as CO₂ emissions. The lab emphasizes structural changes in economic behavior across business cycles and regional market dynamics.
