Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Hye Ran Jang's research lab specializes in early modern English literature, with a focus on poetic form, allegory, and intertextuality in the works of Spenser, Milton, and Shakespeare. The lab explores how Renaissance writers employed pastoral modes, classical allusions, and rhetorical strategies to negotiate political authority, moral philosophy, and identity. Central to the lab’s work is the analysis of literary texts as sites of ideological negotiation, particularly through the lens of gender, power, and authorial self-representation.
Professor Sunny Hwang's research lab specializes in corpus-based linguistic analysis, focusing on syntactic variation and morphosyntactic phenomena in German, particularly in prepositional constructions. The lab investigates diachronic and synchronic patterns in case usage, such as genitive variation with secondary prepositions like *innerhalb* and *außerhalb*, using large-scale written corpora. Current research directions include the grammaticalization of prepositional phrases, the role of discourse and register in syntactic variation, and the interplay between formal grammar and usage-based patterns in native and L2 German. The lab emphasizes empirical data-driven approaches, combining quantitative methods with sociolinguistic and cognitive perspectives.
Professor Soo-in Kim's research lab specializes in gerontological nursing and mental health, focusing on the psychological well-being of family caregivers of older adults with dementia. The lab investigates the impact of social support, mindfulness, and care-related stressors on depression and quality of life in informal caregivers, particularly during public health crises such as the COVID-19 pandemic. Research directions include promoting community-based long-term care, enhancing caregiver resilience, and developing psychosocial interventions tailored to aging populations. The lab emphasizes person-centered, evidence-based approaches to improve care outcomes for both older adults with dementia and their families.
Professor Dong-hyun Oh's research lab specializes in developing and evaluating innovative, technology-enhanced interventions for improving social and emotional competencies in children and adolescents. The lab focuses on virtual reality (VR)-based social skills training (SST), integrating both cognitive knowledge and emotional regulation strategies to address challenges in empathy, communication, and anger management. Their work emphasizes the feasibility and effectiveness of immersive VR environments in promoting real-world social functioning, particularly in non-clinical populations. The lab also explores user-centered design and psychometric evaluation within digital mental health interventions.
Professor Starr McMullen's research lab specializes in software reverse engineering, binary analysis, and program protection technologies. The lab focuses on understanding and circumventing advanced anti-reverse engineering techniques employed by commercial obfuscators, such as VMProtect, with an emphasis on debugger detection, virtual machine detection, and anti-debugging mechanisms. By leveraging dynamic binary instrumentation tools like Pin, the lab develops automated analysis and bypass techniques to enhance software analysis and malware reverse engineering capabilities.
Professor Anna Pak's research lab specializes in advanced materials and sustainable technology development, with a focus on functional materials for electronics, energy, and biomedical applications. Key research directions include the design of flexible and stretchable electronic systems using microcracked conductors and liquid crystal polymer substrates, the development of biocompatible packaging for implantable bioelectronics, and the application of additive manufacturing techniques such as Direct Ink Writing for creating complex, multi-functional devices. The lab also investigates the role of digitalization and innovation strategies in enhancing environmental, social, and governance performance in industrial sectors.
Professor Kyung-Ah Choi's research lab specializes in the psychological and emotional impact of environmental design, particularly focusing on materiality, lighting, and spatial configuration in architectural and immersive environments. The lab investigates how sensory and perceptual factors—such as material texture, color temperature, lighting placement, and spatialization—shape human emotional responses and spatial perception in both physical and virtual settings. Current research spans exhibition design, virtual reality storytelling, theatrical lighting, and residential interior perception, with an emphasis on creating emotionally engaging and human-centered spaces. The lab employs virtual reality and physiological data (e.g., ECG) to empirically evaluate design interventions.
Professor Se-jin Kim's research lab specializes in the intersection of fashion, digital media, and sustainability, focusing on how emerging technologies and social media reshape fashion communication, consumer engagement, and environmental responsibility. The lab explores virtual fashion influencers, phygital retail experiences, and digital sustainability strategies in fashion brands, emphasizing actor-network theory, affordance theory, and content analysis to understand evolving consumer behaviors. A central theme is the role of digital platforms in advancing sustainable and ethical fashion through strategic visual and narrative communication.
Professor Jee Yeon Lee's research lab focuses on the intersection of digital media, mental health, and health information behavior, particularly in the context of social media platforms. The lab investigates how platform affordances and structural design influence individuals' health-related decision-making, with a specific emphasis on self-diagnosis behaviors and psychosocial vulnerabilities such as health anxiety and medical mistrust. Current research explores the role of algorithmic content curation and user psychology in shaping health information consumption among young adults.
Professor Lee Kyu-Sik's research lab specializes in pediatric neuro-oncology, with a focus on primitive neuroectodermal tumors (PNETs) and Ewing's sarcoma family tumors (ESFTs), particularly their atypical presentations in young children. The lab investigates the clinical, radiological, and pathological features of these rare and aggressive pediatric brain and soft tissue tumors, emphasizing early diagnosis and improved understanding of tumor behavior in complex anatomical regions such as the cranium and intracranial structures. Research also extends to the histogenetic origins and molecular characteristics of these tumors, aiming to enhance treatment strategies and patient outcomes.
Professor Jae-Ah Jung's research lab specializes in complex reconstructive surgery, with a focus on innovative flap techniques for managing severe soft tissue defects resulting from infections like Fournier’s gangrene and aggressive neoplasms such as Marjolin’s ulcers. The lab emphasizes microsurgical reconstruction using pedicled and chimeric flaps—particularly the anterolateral thigh (ALT) flap—demonstrating advanced surgical strategies for wound coverage and functional restoration. Research also extends to rare and complex cases involving deep tissue invasion, such as bone and dura mater penetration, highlighting the lab’s expertise in managing high-risk, challenging reconstructive scenarios. The lab integrates clinical innovation with meticulous surgical planning to improve outcomes in patients with extensive tissue loss and complex pathologies.
Professor Hyeon-Gu Shin's research lab specializes in emergency medicine and critical care, with a focus on improving outcomes in acute cardiovascular emergencies and resuscitation science. The lab investigates the clinical implications of biomarkers like troponin-I in near-hanging and cardiac arrest patients, while also evaluating the utility of point-of-care ultrasound in elderly emergency patients. Their work integrates evidence-based emergency care, including adherence to international resuscitation guidelines, and emphasizes real-world application of diagnostic tools in acute settings. The lab contributes to advancing prehospital and emergency department care through rigorous clinical research and guideline evaluation.
Professor Chi-Kyu Won's research lab specializes in regenerative medicine and tissue engineering, with a focus on developing patient-specific cell therapies for liver and biliary diseases. The lab pioneers innovative approaches using chemically derived hepatic progenitor cells, 3D bioprinting, and advanced gene editing technologies such as base and prime editing to create functional, implantable tissues. Key research directions include the fabrication of bioactive scaffolds, long-term hepatocyte culture systems, and the direct reprogramming of somatic cells into functional hepatocytes without genomic integration. These strategies aim to overcome limitations in current liver tissue engineering and offer promising solutions for clinical applications in liver failure and genetic liver disorders.
Professor So Jae-Won's research lab specializes in medical-legal documentation and the ethical responsibilities of physicians in healthcare systems. The lab focuses on the legal and ethical dimensions of medical certification, including diagnosis reports, medical opinions, and official health documents, examining their roles in patient care, legal accountability, and public trust. Research directions include the standardization of medical documentation, physician education in certification practices, and the impact of legal obligations on clinical decision-making.
Professor Sok Shin Cho's research lab specializes in regenerative medicine and bioengineering, with a focus on stem cell biology, hepatocyte differentiation, and the development of bioartificial tissues for liver disease treatment. The lab explores the potential of embryonic and induced pluripotent stem cells to generate functional hepatocytes, and applies advanced technologies such as 3D bioprinting, electrospinning, and multiscale scaffolds to create patient-specific liver tissue constructs. Their work also extends to structural bioengineering, including the design of innovative underwater tunnel systems, demonstrating a multidisciplinary approach to biomedical and civil engineering challenges.
Professor Wonyong Jeong's research lab specializes in renal pathology and molecular mechanisms of glomerular diseases, with a focus on rare and atypical forms of glomerulopathy. The lab investigates the ultrastructural and immunological features of diseases such as podocytic infolding glomerulopathy (PIG), contributing critical insights into their diagnosis and pathogenesis. Their work bridges clinical nephrology with electron microscopy and molecular pathology, particularly in the context of autoimmune and transplant-related kidney disorders. The lab also explores the implications of these rare diseases in diverse populations, including Asian and transplant patient cohorts.
Professor Joohui Son's research lab focuses on human-centered design in urban and educational environments, emphasizing the transformation of underutilized or stigmatized public facilities into inclusive, functional, and culturally responsive spaces. The lab explores innovative architectural solutions for public toilets in urban parks and adaptive redesign of school libraries to meet evolving educational and social needs. Through participatory design methodologies, the lab integrates user experience, spatial perception, and community engagement to create sustainable and socially aware environments. Research directions include spatial equity, public amenity integration, and the role of architecture in shaping social behavior and identity.
Professor Sung-min Hwang's research lab specializes in the design, modeling, and optimization of III-nitride semiconductor devices, particularly GaN-based blue and green light-emitting diodes (LEDs). The lab focuses on advanced 3D circuit modeling and electrical-thermal-optical co-design to understand current crowding and light extraction mechanisms in nitride-based LEDs. Their work integrates experimental validation with analytical modeling, emphasizing the impact of electrode and epitaxial layer resistances on device performance. The lab also explores innovative approaches to enhance device efficiency and reliability through systematic parameter extraction and simulation.
