Research
- Research
- Biomechanics and Musculoskeletal Injury
- Health Systems, Outcomes and Policy
- Immunology and Cellular Mechanics
- Neuroscience
- Nutrition
- Scholarship of Teaching and Learning
- Laboratory Staff
- Research Laboratories
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Research News
- $3 Million Grant for Cerebral Palsy Therapy
- 2016-2017 HRS Awards
- A deeper look at postural instability in breast cancer patients
- Brain Needs Retrained After ACL Injury
- Evans featured as a top professor
- Exploring human movement with the MOVES Lab
- Lindsay Webb's Manuscript Featured on the Cover of The Journal of Immunology
- PT students recognized by Foundation for Physical Therapy
- Reduce Injuries in Elderly Drivers
- Spees Awarded USDA Grant to Address Childhood Obesity
- When to biomechanically examine a lower-limb amputee
Emily Patterson serves as director of the Leverage Point Engineering Laboratory (LePE). LePE conducts research at the intersection of human factors engineering, patient safety, informatics, and health care. Dr. Patterson is a tenured faculty member in the School of Health and Rehabilitation’s Division of Health Information Management & Systems, which is housed in the College of Medicine. She also holds courtesy faculty appointments in the College of Nursing, Department of Biomedical Informatics, and Department of Integrated Systems Engineering. The Leverage Point Engineering (LePE) Laboratory is a dedicated 3-room suite where her graduate students conduct research activities.
Projects
Reducing telemetry alarm overload for nurses in the hospital
Goal: Help clinicians focus on meaningful events instead of the white noise sometimes caused by alarms.
Designing hospital rooms that meet the needs of all hospital staff, patients, and caregivers
Goal: Generate recommendations for a med-surg inpatient hospital room that accommodates the needs of all stakeholders working in the room, patients, caregivers, and visitors.
eBrainRN: Developing a cognitive artifact to support nursing personnel in hospitals
Goal: Develop cognitive artifact for providing care to 1-6 patients during a shift, including to support the macrocognition functions of sensemaking and activity management.
Patient Safety with HIT
Goal: Reduce unnecessary patient morbidity and mortality from design flaws with health information technology systems.
Contact Information
Emily Patterson
Email: patterson.150@osu.edu