Susan Lee, PhD, RN, MPH

Nursing
Assistant Professor

 MyNCBI Bibliography | Video Introduction


I.  General Research Interests

  A.  Innovative Intervention in Treating Children with Cerebral Palsy

  1. Virtual Reality
  2. Humanoid robots
  3. Functional strength training
  4. Rhythmic auditory cues and other music components

  B.  Early Intervention in Treating High-Risk Infants

  1. Mobile reinforcement in training infant’s leg movements
  2. Reinforcement in training infant’s leg movements

  C.  Low-Cost Indicators in Detecting Developmental Delay

  1. Using atypical kicking movements to detect developmental delay
  2. Using atypical reaching or object exploratory behaviors to detect developmental delay 

  D.  Systematic Review and Meta-Analysis Methodologies

II.  Current Research Projects

  A.  Examining the effectiveness of virtual reality and functional strength training in children with cerebral palsy

  B.  Validating kicking parameters in detecting infants’ motor delay

  C.  Comparing the feedback from robots or human agents in reaching kinematics in children with and without cerebral palsy.

  D.  Building a norm database of reaching kinematics using Super Pop VRTM

III.  Research Skills

  A.  Quantitative research methodologies, including statistical analyses

  B.  Developing, implementing and evaluating interventions 

  C.  Measurement reliability and validity

  D.  Systematic review and meta-analysis methodologies

 

Motor Development

Motor Control

Motor Learning

Perception Action Coupling

Infants

Toddlers

Children

Virtual Reality

Serious Gaming

Video games

Robotics

Socially Interactive Robots

Socially Assistive Robots

Humanoid Robots

Functional Strength Training

Rhythmic Auditory Cues

Cerebral Palsy

Anticipatory Control

Down Syndrome

Home-based Intervention

Pediatric Physical Therapy

Very Low Birthweight

Preterm

White Matter Disease

Reaching Movements

Kicking Movements

Grasping

Object Manipulation

Fine Motor

Gross Motor

Upper Extremity Function

Motion Analysis

Super Pop VRTM

Smart Infant Pants