Purpose:One point of care that creates the greatest risk for nursing back injuries is assisting and transferring patients from the bed to the chair (OSHA, 2013). This high risk and ongoing problem is placing financial burdens on healthcare organizations and career ending injuries for nursing staff (OSHA, 2013). This presentation will describe a pilot Quality Improvement project that partnered senior nursing and engineering technology students in addressing patient transfer/mobility problems through the planning, design, development, building, and testing of a bed to chair transfer device. This active learning and interprofessional team approach allowed the students to collaborate, share their unique knowledge, skills and gain valuable insight into the complexity of creating an efficient, cost effective, and sustainable medical device.
Method:The interprofessional and international project occurred over two academic semesters and required a student team charter, weekly live and Skype work sessions, delineated project roles and responsibilities, and specific product guidelines defined by the project sponsor. The interprofessional work was guided by nursing best practices with four nursing students from a large Midwestern University leading several stages of the project work while gaining a deeper understanding of engineering design guidelines, materials, and hydraulics requirements. Engineering technology team members included a four team cohort from a large Midwestern University and a team from a College of Engineering in the Netherlands. The student designed device was presented by the interprofessional student team at an international conference in the Netherlands in May 2016. This opportunity provided the student team to showcase their work during a travel aboard experience enhancing cultural understanding and global educational engagement.
Participants/Sample
A qualitative approach was used to evaluate the student’s perspective of the quality improvement project outcome. Qualitative surveys were developed and distributed and a focus group with students was conducted. Initial results and themes suggest that the nursing students found this interprofessional learning opportunity challenging, empowering, and critical in recognizing the significance and value of the collaboration and synergy between nursing and engineering technology. Findings and identified themes will guide future development, modification, standardization, and expansion of nursing and engineering IPE educational opportunities.
This initial work demonstrates the efficacy of nursing and engineering technology IPE, particularly with respect to empowering the next generation of nursing leaders to enact change through a fundamental understanding of conceptual design, product analytical models, and technology testing. Engineering technology students gained valuable insight into project management, added value of end user participation, and a greater understanding of the challenges and needs of healthcare technology development. Further project evaluation is needed to quantify (1) the effects of the IPE project in the acquisition of team and quality improvement skills, (2) the benefits to students and project sponsors through this collaborative experience, and (3) the impact on long-term interprofessional engagement and professional identity.
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