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NEUROMECHANICS LAB
From brain and body to movement - and into real life
We study the neuromechanical foundations of human movement, develop neural and muscular interfaces that connect intention to action, and translate these principles to rehabilitation, everyday mobility, and human performance.
NEUROMUSCULAR CONTROL & HUMAN MOVEMENT
How the nervous and musculoskeletal systems coordinate force, gait, balance, and adaptation
FORCE & NEUROMUSCULAR CONTROL
Quantitative force control and neuromechanical assessment.
Diagnostic Flatform
MUSCLE MECHANICS
Muscle behavior and eccentric contraction during movement and exercise.
Eccentirc
GAIT & BALANCE
Coordination, symmetry, balance, and movement strategies.
Gait Analysis
SENSORIMOTOR ADAPTATION
Adaptation to altered sensory and walking environments.
Optic Flow Stimuli
NEURAL INTERFACES & HMI
From neural intent to physical action
We investigate how neural and muscular signals can be decoded and translated into neuromuscular activation, assistive technologies, and functional movement.
BCI & ROBOTIC MOVEMENT & DEVICE CONTROLL
Neural intent → decoding → assistive movement
MYOELECTRIC INTERFACES
Muscle signals → intention decoding → bionic control
FUNCTIONAL HMI
Human–machine interfaces evaluated in functional tasks
NEURAL INTENT → DECODING → NEUROMUSCULAR ACTIVATION → TECHNOLOGY → FUNCTIONAL MOVEMENT
TRANSLATION & HUMAN PERFORMANCE
From the lab to real life
The same neuromechanical principles can restore movement, support mobility across the lifespan, and augment human performance.
MOBILISE
An example of translating lower-limb neuromechanics into quantitative assessment and rehabilitation technology.
(codeveloped by Cotras, KIST,UNIST, SNUBH)
BIOSIGNAL MONITORING FOR EARLY DIAGNOSIS OF DISEASE
Vibro-tactile Response Analysis for Early Diagnosis for Venous Congestion
DEEP LEARNING FOR BIOSIGNALS
CNN-based classification of vibro-tactile EMG responses for early detection.
BIOSIGNAL MONITORING
Acceleration and EMG analysis in experimental venous-congestion models.
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