Cognitive-Motor Interference


Cognitive-Motor Interference
Fall Risk & Prevention
Neuroscience of Aging
Technology-Driven Interventions
Public Health Applications
Field-Based Interventions
From Personal Experience to Research
My research journey began at home. Living with my grandmother who has dementia, I witnessed firsthand the profound impact of age-related cognitive and physical decline on daily independence. This personal experience, combined with my work as a community exercise instructor for older adults, opened my eyes to the critical role of exercise intervention in both preventing and managing age-related conditions. What started as a personal concern evolved into an academic pursuit to understand the mechanisms underlying aging and to develop evidence-based interventions that can preserve functional independence.
Current Research
My master's thesis examines the motor-cognitive mechanisms underlying gait and fall risk in older adults, combining fNIRS neuroimaging with IMU-based sensor analysis to investigate how prefrontal cortical activation and muscle strength interact during dual-task walking. I am committed to translating these laboratory findings into real-world rehabilitation contexts, an orientation grounded in my hands-on experience delivering exercise programs for community-dwelling older adults.
Looking Forward
I am seeking doctoral opportunities and visiting researcher positions to advance my research on functional movement, brain-motor interactions, and exercise interventions in aging populations. My goal is to bridge neuroscience and applied rehabilitation, developing accessible, technology-driven solutions that support healthy aging and preserve the independence that matters most to older adults and their families.
Relationships among Prefrontal Cortical Hemodynamics, Gait Performance, and Muscle Strength during Dual-Task Walking in Older Women (fNIRS Study)
Gyeongkuk National University Oct 2024 – Present
• Cross-sectional study of 56 community-dwelling older women investigating the neural and biomechanical determinants of fall risk during dual-task gait
• Designed full study protocol and led all research phases independently: IRB approval, participant recruitment, data collection, preprocessing, and analysis
• Utilized fNIRS neuroimaging to assess prefrontal cortical hemodynamics; IMU-based sensor analysis of spatiotemporal gait parameters is currently in progress
I have contributed to exercise intervention research for older adults, working across clinical and community settings as a research assistant. My role has involved literature synthesis, protocol development, IRB management, and field-based data collection, bridging theoretical knowledge with practical implementation in aging and cognitive health research.
Development of Exercise Program Models for Older Adults with MCI | Apr – Jun 2024, Ministry of Health and Welfare × Ajou University School of Medicine, Dept. of Neuroscience
Barefoot Walking Exercise Effect Analysis | Aug – Dec 2024, Andong Public Health Center × Gyeongkuk National University
Development of Exercise Program Models for Older Adults with MCI | Apr – Jun 2024, Ministry of Health and Welfare · Ajou University School of Medicine, Dept. of Neuroscience
• Reviewed and synthesized literature on exercise program models for older adults with mild cognitive impairment
• Assisted in developing standardized protocols for exercise-based cognitive intervention research
Barefoot Walking Exercise Effect Analysis | Aug – Dec 2024, Public Health Center · Gyeongkuk National University
• Designed and implemented a field-based intervention protocol for community-dwelling older adults
• Managed full IRB submission and ethical review procedures
• Conducted physical performance assessments and outcome data
I have been playing football since I was 8 years old, both recreationally and as part of organized teams. Football has been a constant throughout my academic journey and international experiences.
What Football Means to Me
Football has shaped both my personal resilience and collaborative spirit. Through years of training and competition, I've developed mental toughness and physical endurance that directly fuel my capacity to pursue demanding academic work. The teamwork and cooperation I've learned on the field translate into my ability to work effectively with colleagues, research participants, and interdisciplinary teams. The resilience and fitness built through football provide the foundation I need to sustain rigorous research projects and navigate the challenges of academic life.
Neuroimaging: fNIRS (OBELAB NIRSIT)
Motion Analysis: IMU (in progress)
Signal Analysis: MATLAB (in progress)
Data Analysis: SPSS, R
Research: Study design, Protocol development, Data collection & preprocessing, IRB