• Targeted neuromodulation of the motor nervous system
  • Biomechanics and movement analysis in neurorehabilitation
  • Wearable human-robot interfaces for upper limb functional recovering
  • Neural signal processing of the pathological brain
  • Neuromodulation of the spinal cord
  • Soft wearable robotics: potential for neurorehabilitation
  • Operant/Classical conditioning for targeted neuroplasticity
  • Understanding Human Movement and Motor Interactions
  • Neuromechanics of human locomotion
  • Next generation Bionics
  • BCI informed motor-cognitive rehabilitation after stroke
  • BCI informed motor-cognitive rehabilitation in SCI
  • Clinical needs and prospects of neurorehabilitation technology in Stroke
  • Clinical needs and prospects of neurorehabilitation technology in SCI
  • Clinical needs and prospects of neurorehabilitation technology in CP
  • Clinical needs and prospects of neurorehabilitation technology in Neurodegenerative disease
  • Advances in limb prosthetics
  • The role of feedback in Neurorehabilitation
  • Neural control strategies of movement with EMG signals
  • Interpersonal Rehabilitation Games
  • Gaming and rehabilitation
  • Motor Neuroprosthetics
  • Cognitive Neuroprosthetics
  • Hybrid FES and wearable robot systems in rehabilitation
  • Role of motor synergies for rehabilitation
  • Neocortical sensorimotor signals for BCI control
  • Reflexes and the human neuromuscular system
  • Experimental approaches for restoring hand function
  • Novel technologies for phantom limb pain modulation and therapy