연구 분야

Footwear Optimization

We design and evaluate personalized footwear and insoles using 3D printing, functionally graded materials, and lattice structures. Our work enhances biomechanical efficiency, reduces injury risk, and optimizes user comfort across sports and daily activities.

• 1 연구 성과
• 7 참여자

참여자

ZF

Zhu Fang방주

PhD Student

XL

Xinghan Li이성한

PhD Student

ZH

Zhengyi He하정의

PhD Student

KX

Kailin Xing형개린

PhD Student

Joonho Um엄준호

Master's Student

Sensory Augmentation

Siddartha Bikram Pande시다르타

PI

Sport integrity & education research

Hyeonseung Rheem임현승

Researcher

Research in skeletal muscle physiology, aging and obesity, and data-driven anti-doping science.

연구 성과

• 

  Custom Insoles Improve Walking Efficiency in Middle-Aged Women Working in Prolonged Weight-Bearing Occupations

  [Poster presentation]. The 10th World Congress of Biomechanics, Vancouver Convention Centre, Vancouver, Canada · 2026

  Tom Rheem · 임현승, Zhu Fang, Tom Rheem, Joonho Um, Sejong Byun, Zhengyi He, Xinghan Li, Jaejin Ryue, Jungho Lee, Prabhat Pathak, Sid

  학술 발표

Mobility Mechanics

By integrating musculoskeletal simulation with sensor-based motion tracking, we analyze joint loading and movement patterns to design interventions for injury prevention and clinical rehabilitation, including applications for special populations with musculoskeletal disorders.

Neurological Adaptation

We investigate how cognitive load and fatigue influence motor performance. Using AI-driven modeling, biofeedback systems, and mindfulness strategies, we develop personalized training protocols that strengthen resilience and improve physical readiness.

Wearable Sensor Development

We design and develop advanced wearable sensors that capture human movement in real-world environments. Our systems integrate dry electrode sEMG, inertial measurement units (IMUs), and pressure insoles for accurate data collection.