Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor JaeYong Choung's research lab focuses on interdisciplinary studies at the intersection of future studies, technology ethics, and biomedical engineering. The lab explores transformative technological movements such as transhumanism from historical and comparative perspectives, particularly examining societal, cultural, and ethical implications in both Western and Korean contexts. It also conducts clinical research on minimally invasive cardiac ablation techniques, including cryoballoon and radiofrequency ablation, with an emphasis on real-world outcomes and patient-centered health technology evaluation. The lab integrates qualitative future studies with quantitative clinical data analysis to address emerging challenges in health innovation and societal transformation.
Professor MyungJin Jeong's research lab specializes in 3D scene understanding and semantic mapping for autonomous mobile robots in urban environments. The lab focuses on developing advanced techniques to transform raw 3D sensor data—such as point clouds—into semantically rich, high-level representations that enable robots to perceive and reason about their surroundings. Key research directions include 3D object recognition using graph-based models, scene understanding through multi-sensor fusion, and the creation of intelligent, context-aware robotic systems. The lab's work bridges the gap between low-level sensor data and high-level cognitive understanding, essential for real-world robotic autonomy.
Professor Dongjun Im's research lab specializes in systems engineering and technology innovation, with a strong focus on R&D planning, decision-making models, and advanced diagnostic technologies. The lab develops novel frameworks such as the System Alternatives Tree (SAT) and integrates them with analytical methods like AHP for systematic technology planning and optimization. Key research directions include AI-driven cybersecurity systems (e.g., unsupervised NIDS using autoencoders), precision oncology using molecular diagnostics (e.g., ddPCR for TERT promoter mutations), and multimodal medical imaging (e.g., photoacoustic and ultrasound fusion for thyroid nodule diagnosis). The lab bridges engineering, data science, and biomedical applications to solve complex system-level challenges in defense, healthcare, and technology development.
Professor Jisook Jung's research lab focuses on sustainable design and material innovation, particularly in fashion and interior textiles. The lab explores the materiality of fabrics through interdisciplinary lenses, connecting contemporary art, historical textile traditions, and eco-conscious production methods. Key research directions include the development of sustainable alternatives to traditional materials like leather, the reinterpretation of historical motifs such as the xue xiongbei (chest ornament) for modern cultural products, and the application of eco-friendly textile materials in architectural interiors. The lab emphasizes environmental responsibility, circular design principles, and the integration of cultural heritage with modern sustainability challenges.
Professor Kangbok Lee's research lab specializes in enterprise network competitiveness, focusing on trust evaluation and partner selection in dynamic, collaborative business environments such as virtual organizations (VOs) and virtual enterprises (VEs). The lab develops advanced decision-making models—particularly fuzzy and fractal-based approaches—to address uncertainty and complexity in partner selection under ambiguous, real-world conditions. Research emphasizes integrating decision-makers' preferences and goal-oriented objectives to optimize trust and performance in enterprise networks.
Professor Kang Jun Lee's research lab focuses on urban regeneration, sustainable architectural design, and innovative infrastructure development. The lab explores the revitalization of semi-industrial zones through publicness-oriented strategies, the integration of emerging technologies like Urban Air Mobility (UAM) into city planning, and the adaptive reuse of obsolete buildings using advanced construction techniques. Research also extends to biomechanical rehabilitation methods and digital media transcoding, reflecting a multidisciplinary approach that bridges architecture, urbanism, technology, and human health.
Professor Hee-Je Lee's research lab specializes in interdisciplinary studies at the intersection of biomedical engineering, signal processing, and 3D data science. The lab focuses on advancing medical imaging and image analysis techniques, particularly in ultrasound-guided interventions and musculoskeletal surgery outcomes, while also developing innovative methods for 3D point cloud processing to enhance the quality and resolution of immersive visual content. Key research directions include the application of physical principles such as causality and Kramers-Kronig relations to understand wave phenomena, and the development of robust algorithms for geometric alignment and hole-filling in point cloud data using depth information and motion modeling.
Professor Kyung-Ja Kim's research lab focuses on interdisciplinary studies spanning neuroscience, psychological interventions, and signal processing. The lab investigates neural mechanisms underlying visuo-haptic integration in the brain, particularly in the occipital and parietal lobes, while also exploring psychological treatments for Internet addiction and gaming disorder. Additionally, the lab develops advanced signal processing techniques—such as pitch-synchronous feature extraction for speaker identification—to enhance performance in speech and audio recognition systems. These diverse research directions reflect a strong emphasis on understanding human cognition and improving human-computer interaction through neuroscientific and technological innovation.
Professor Yi Rin Choi's research lab focuses on organizational behavior, career development, and the impact of emerging technologies on work and education. The lab investigates career adaptability, leadership loneliness, and knowledge-sharing behaviors in dynamic work environments, while also exploring the implications of generative AI—such as ChatGPT—on academic research and lifelong learning. A central theme is understanding how individual and organizational factors shape employee well-being, identity, and performance in evolving employment landscapes.
Professor Sung-Hee Yang's research focuses on urban spatial dynamics, particularly the impact of public health crises such as COVID-19 on local commercial environments and resident mobility patterns. Her work examines how changes in accessibility, commercial density, and neighborhood service diversity influence walking distances and daily travel behavior, especially in residential areas. She investigates the shifting relationship between urban form and social well-being during periods of health-related disruption, emphasizing equitable access to local amenities.
Professor Kwon Kyung-ah's research lab specializes in Korean modernist literature and visual arts, with a focus on the evolution of modernist expression in 20th-century Korea. The lab explores modernist poetry coterie movements such as Sinshiron and Hubangi, examining their literary innovations and responses to historical trauma, modernity, and national transformation. It also investigates the visual representation of gender and identity in modern Korean art, particularly through the work of painter Chun Kyung-ja, analyzing how artistic style and thematic focus evolved across decades. The lab integrates literary, artistic, and philosophical perspectives to examine modernity as both a source of anxiety and creative potential.
Professor Hee-Jung Lee's research lab specializes in data-driven decision making and knowledge discovery, with a focus on applying advanced analytics and artificial intelligence to real-world industrial and economic challenges. The lab investigates the value dynamics of digital assets such as NFTs, particularly through the lens of blockchain technology, rarity, and market behavior. It also develops innovative methods for knowledge representation and information extraction, especially using formal concept analysis to enhance the manageability and interpretability of complex knowledge databases. Additionally, the lab applies time-series modeling to forecast critical economic indicators, such as port container throughput, under the influence of global disruptions like the COVID-19 pandemic.
Professor Chang-Gok Ham's research lab specializes in diagnostic and interventional radiology, with a strong focus on pulmonary and cardiovascular imaging in both pediatric and adult populations. The lab investigates rare and complex radiological manifestations of systemic diseases such as systemic lupus erythematosus, post-procedural air embolism, and post-transplant complications, emphasizing advanced imaging modalities like CT and MRI for accurate diagnosis. The team also explores viral respiratory infections and congenital vascular anomalies, contributing valuable insights into the imaging phenotypes of infectious, inflammatory, and neoplastic conditions in the thorax and central nervous system.
Professor Hyeop Heo's research lab specializes in perioperative medicine, with a primary focus on optimizing sedation and anxiolysis in surgical patients. The lab investigates the balance between effective anxiety reduction and minimizing postoperative complications, particularly in ambulatory surgical settings. Key research directions include the development of safer sedative protocols, the evaluation of drug efficacy and recovery times, and improving patient outcomes through evidence-based anesthetic strategies.
Professor Kim Minseo's research lab focuses on interdisciplinary health and social intervention programs, particularly in the domains of youth rehabilitation, neurological rehabilitation, and public health history. The lab investigates practical music education for at-risk youth, explores the therapeutic potential of musical instruments like the harmonica in respiratory rehabilitation for spinal cord injury patients, and examines the historical development of infectious disease control in China, especially in the context of Cold War-era global health politics. The lab emphasizes evidence-based, human-centered interventions that bridge clinical practice, social welfare, and historical public health science.
Professor Young-gu Kim's research lab specializes in translational biomedical research with a focus on clinical pharmacology, neurology, and interventional radiology. The lab investigates drug disposition and drug interactions—particularly involving renal clearance and ion-pairing agents like zinc acexamate—while also advancing objective, digital tools for diagnosing and monitoring movement disorders such as Parkinson’s disease and tremor. Additionally, the lab contributes to the management of rare and complex neurological conditions, including traumatic intracranial pseudoaneurysms and rare soft tissue tumors like spindle cell lipomas, through innovative interventional and diagnostic approaches.
Professor So-Mi Jung's research lab specializes in health professions education, with a strong focus on innovative pedagogical approaches in medical and health science training. Her work explores team-based learning (TBL) in medical curricula, self-directed learning among medical students, and the development of professional competencies such as research, counseling, and clinical education. The lab also investigates broader educational dynamics, including parental influences on student development, career counseling, and the impact of global disruptions like the COVID-19 pandemic on clinical training. Through mixed-methods and qualitative research, the lab aims to enhance educational quality and equity in health professions education.
Professor Suyun Nam's research lab specializes in antimicrobial stewardship and infection prevention within acute care settings, with a focus on optimizing antibiotic use in critically ill patients, particularly those on renal replacement therapy. The lab investigates the clinical and epidemiological impact of prospective audit and feedback programs, aiming to reduce multidrug-resistant organism infections and improve patient outcomes. Their work integrates clinical microbiology, infectious disease epidemiology, and health services research to address challenges in resource-limited healthcare environments.
Professor Hong-sik Jung's research lab specializes in advanced semiconductor device engineering, with a primary focus on next-generation 3D NAND flash memory technologies. The lab explores innovative materials and device architectures to overcome critical challenges such as low hole mobility in oxide semiconductors and threshold voltage instability in select gate structures. By integrating novel materials like P-type oxide semiconductors and ferroelectric materials with metal gate optimization, the lab develops highly reliable and scalable memory solutions. Their work emphasizes process stability, enhanced charge control, and improved device performance for future high-density data storage applications.
