Purposeful hourly rounding: a tool for patient safety April M. Morris, MSN, RN-BC, NEA-BC American Sentinel University Introduction Falls continue to be a challenge in the health care environment Definition of a fall Fall risks Current fall preventative strategies not effective Hourly rounding as an intervention Current educational delivery methods not effective Background Costs Prevalence Process Education Purpose Reduction in fall rates and in other patient care areas Staff benefits Organizational benefits Research Question What effect does educating nursing staff in the use of hourly rounding by using constructivist strategies have on fall rates on a long-term care unit in a southwestern U.S. hospital? Hypothesis Ho: Providing education in an environment conducive for knowledge acquisition—defined here as one that focuses on the intervention and the true purpose of hourly rounding— would not significantly increase staff awareness and cause a decrease in fall rates Ha: Providing education in an environment conducive for knowledge acquisition—defined here as one that focuses on the intervention and the true purpose of hourly rounding— would significantly increase staff awareness and cause a decrease in fall rates. Significance Fall related injuries Responsibility Benchmarking and performance Theoretical Framework Scope Southwestern U.S. hospital's LTC unit Nursing disciplines; RN (11),LVN (4) ,NA (9) Nursing staff participation size n=24 Intervention available to all staff Limitations Limitations Non-random sample Interventions viewed as “extra duties” Time constraints Literature review highlights Educational interventions (Abualrub and Alhijaa, 2014) Simulation educational interventions (Godlock, 2016) Constructivist educational interventions (Hunters and Krantz, 2010) Methodology For the purpose of this study, convenience sampling was used as sample size was small and fixed. The study employed quantitative methods to capture information Project Design Education as a intervention to reduce fall rates Included in normal work performance non-experimental, quantitative, and retrospective study Data collection, management, and analysis IRB approval MDS 3.0 Nursing dashboard Ethical considerations IRB Approval Citi Human Subjects Certification Course Beneficence Respect Justice Minimal risks Table 4 Results Chi-Square Tests Pearson Chi-Square Continuity Correctionb Likelihood Ratio Fisher’s Exact Test Linear-by-Linear Association N of Valid Cases aZero Value 4,667a 3.429 4.806 4.573 df 1 1 1 1 Asymptotic Significance (2-sided) .031 .064 .028 Exact Significance (2-sided) Exact Significance (1-sided) .062 .031 .032 50 cells (0.0%) have expected count less than 5. The minimum expected count is 7.5. bComputed only for a 2 x 2 table. Results Discussion of meaning of results Impact on fall rates Post-intervention data Limitations Significance of results to nursing profession Active learning interventions could decrease rate of adverse events Decreasing pressure ulcers, call light usage, and prevents falls The data design provides a medium in which the project can be replicated Provides better patient outcomes Recommendations for future work Educate fall prevention during orientation with new hires Use active learning strategies Conduct research on the topic of learning Allow nursing staff to conduct research Summary With fall rates continuing to rise in hospital organizations, it is imperative to ensure that staff is educated in a manner that resonates with their learning style, previous learning, and scope of practice. The purpose of this study was to utilize a teaching method that will increase staffs’ awareness of the hourly rounding tool, thus, decreasing fall rates on a long term care unit. Post intervention data revealed a 50% decrease in fall rates when compared to the same time frame in the previous year. This study has proven that teaching staff based on constructivist concepts will decrease fall rates on long term care units.