Research

Microgravity Simulation (Clinostat / RPM)

We develop and evaluate ground-based microgravity simulators - 2D/3D clinostats and random positioning machines (RPM) - and use them to study how cells respond to altered gravity.

• Quantitative and visual evaluation of dynamic isotropy and rotation (randomization) algorithms

• CFD analysis of flow and shear stress inside rotating culture chambers

• Microfluidic device-integrated microgravity systems for cell response and drug development

• Cell experiments on bone, muscle and other tissues under simulated microgravity

Bioelectric Medicine & Non-pharmacological Stimulation

We investigate physical stimulation - micro-current, light and thermal stimulation - as drug-free therapies, validated in cell and animal models.

• Micro-current stimulation for inflammation, osteoarthritis, acne and adipogenesis

• Musculoskeletal disorders: muscle atrophy, sarcopenia and bone loss

• Metabolic diseases: obesity and non-alcoholic fatty liver disease (NAFLD)

Computational Biomechanics & Ergonomics

We use finite element analysis and dynamic simulation to evaluate medical devices and consumer products and to quantify human comfort.

• Spinal, pelvic and femoral implant systems under different loading and motion conditions

• Electric-field and temperature prediction in tissue via FEA

• Ergonomic design of home appliances and vehicle seats; driving comfort and motion-sickness reduction

• Shear-force sensors and measurement dummies for human-machine interfaces

Gait Assistance & Bio-signal Monitoring

We build assistive devices and sensing systems that support mobility and independent living.

• Robotic and passive gait-assistance devices with AI-based environment perception and safety features

• Markerless motion analysis and deep learning (LSTM) for muscle synergy prediction

• Wearable and textile-based ECG/EMG monitoring for ICT-integrated healthcare

Industry & Collaborative Projects

CABE Lab is designated as a collaborative research center with LG Electronics and Hyundai Motor Company and carries out a wide range of industry-academic projects.

• Hyundai Motor Company
  - Evaluation system for seating comfort under driving conditions: shear-force measurement system and an active human dummy reflecting Korean body shape and soft tissue
  Motion sickness in autonomous vehicles - evaluation and non-intrusive alleviation technology validated on a driving simulator

• LG Electronics
  - Biomechanics-based reduction of the perceived weight of the CordZero A9 cordless vacuum (applied to the follow-up A9S model); motion analysis for washing and drying machines

• 4-axis tilting seat cylinder system for pressure-ulcer prevention in wheelchairs (with MLP Inc.)

• Fraunhofer Institute (Germany) - ultrasound, vibration and light stimulation for musculoskeletal disorders

• Micro-current stimulation for hair-growth promotion in telogen-phase mouse models