Ying Chih Wang
University of Wisconsin, USA
Ying Chih Wang is working as an Associate professor at the University of Wisconsin, USA. Her current research interests are to develop quantitative functional outcome measures and to perform comparative effectiveness research with new rehabilitation technologies. In the past few years, Wang has assisted Craig Velozo at the Medical School of South Carolina in several outcome research projects funded by the National Institute on Disability and Rehabilitation Research (NIDRR) and VA Rehabilitation Research and Development (RR&D). She also has assisted Zev Rymer, Vice President for Research at the Rehabilitation Institute of Chicago (RIC), to execute projects funded by National Institutes of Health (NIH). The main purpose of the NIH-funded Toolbox project is to provide investigators with a brief, but comprehensive measurement tool for assessment of cognitive, emotional, sensory and motor function of participants in large cohort studies, such as epidemiological studies, clinical studies or clinical trials, as part of the NIH Blueprint for Neuroscience. In 2009, Wang was funded by a five-year NIDRR training center grant as a principal investigator (PI) on a sub-project on enhancing the functional and employment outcomes in individuals who experience a stroke.
Ying Chih Wang's interests are the clinical interpretation of computerized adaptive test generated outcomes measures using item response theory, development of a quantitative spasticity measure for routine clinical practice, barriers and facilitators of return-to-work for individuals with disabilities stroke rehabilitation and rehabilitation outcomes research.
- Natural Hazards and Disaster Management
- Occupational Health Hazards/ Ergonomic Hazards
- Physical, Biological & Chemical Hazards
- Radiation and Nuclear Hazards
- Anthropogenic, Technological & Sociological Hazards
- Climate-Resilient and Adaptive Infrastructure Systems
- Risk Analysis, Assessment, Management & HAZOP
- Early Warning & Vulnerability Assessment
- Evacuation, Simulation & Design
- Disaster Risk Governance