Doctor of Nursing Practice (DNP) Final Projects
The Doctor of Nursing Practice Final Projects collection contains the completed works of students from the DNP Program at Arizona State University's College of Nursing and Health Innovation. These projects are the culminating product of the curricula and demonstrate clinical scholarship.
Collaborating Institutions:
College of Nursing and Health Innovation
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- Creators: Carroccio, Tanya
Description
Introduction: Drowning is the leading cause of death in children between 1 and 4 years of age; in Arizona drownings are double the national average for this age group. The goal of this Doctor of Nursing project was to educate and empower pediatric providers to give quality drowning prevention (DP) anticipatory guidance (AG) to caregivers of children between 1 and 4 years of age at every well exam.
Method: This quality improvement (QI) project included 32 providers from six pediatric clinics in Arizona. A one-hour education session focused on drowning prevention followed one month later by a a thirty-minute follow-up feedback session were conducted. Pre- and post- education surveys were administered at the first session to measure perceived previous and future intended DP AG practice. An additional follow-up survey was administered at the second session to evaluate perceived change. In addition, caregivers were contacted and surveyed one to three months post initial education to assess provider delivery of AG. Likert-scales and descriptive statistics were used to evaluate data sets.
Results: Post-educational intervention, providers reported increased intention (p = 0.027) to provide water safety AG, and increased intention (p < 0.001) to connect water AG to developmental milestones. Post-intervention follow-up indicated an increased provision of developmentally specific water safety AG to caregivers (p < 0.001) and increased connection of developmental milestones in AG (p = 0.016). Barriers that prevent water safety AG were reported as time constraints and other perceived AG of higher priority.
Implications: This QI project adds to the literature and demonstrates the benefit of education to invigorate and empower increased provision of quality DP AG from providers.
ContributorsDiMiceli, Carolyn (Author) / Jacobson, Diana (Thesis advisor) / Arizona State University. College of Nursing & Healthcare Innovation (Contributor)
Created2021-04-22
Description
Purpose: To assess study participants behavioral responses and perception of effectiveness of an activity tracking device to increase physical activity. Obesity is an endemic health issue in the U.S. and continues to gain concern for increasing morbidity and mortality rates. Benefits of physical activity are firmly established across healthcare disciplines to combat and prevent obesity, yet sedentary behaviors continue to be on the rise. The use of wearable technology, that provides real-time feedback of activity, has been identified as a promising tool for increasing physical activity.
Methods: Analysis of a subset of questions from a larger survey was used to evaluate wearable device attitudes and behavior changes over time. Convenience sample (n=10), ages >18, required enrollment in a clinic-based weight and wellness program (WWP) to participate. The survey questions assessed effectiveness of wearable device on a 0-10 motivation scale to increase physical activity and a self- assessment of behavioral changes at specific intervals over a 6-month period. Descriptive statistics and non-parametric, two-tailed tests will be used to analyze the data. Due to the necessity of detecting minute differences with the small sample size, the significance level will be tested at the p<0.10.
Results: Participants >18 years of age, enrolled in a WWP (n=10) included 20% male and 80% female. Although a 12.3% increase in the mean score was found from week-1 to 6-months, the results were not statistically conclusive to the effectiveness of self-motivation to increase activity by participants wearing an activity tracking device; however, results are statistically significant for participants to increase activity with behavior changes based on device dashboard.
Conclusions: It is recommended for primary care providers to encourage the use of an activity tracking wearable device for behavior change to increase activity.
Methods: Analysis of a subset of questions from a larger survey was used to evaluate wearable device attitudes and behavior changes over time. Convenience sample (n=10), ages >18, required enrollment in a clinic-based weight and wellness program (WWP) to participate. The survey questions assessed effectiveness of wearable device on a 0-10 motivation scale to increase physical activity and a self- assessment of behavioral changes at specific intervals over a 6-month period. Descriptive statistics and non-parametric, two-tailed tests will be used to analyze the data. Due to the necessity of detecting minute differences with the small sample size, the significance level will be tested at the p<0.10.
Results: Participants >18 years of age, enrolled in a WWP (n=10) included 20% male and 80% female. Although a 12.3% increase in the mean score was found from week-1 to 6-months, the results were not statistically conclusive to the effectiveness of self-motivation to increase activity by participants wearing an activity tracking device; however, results are statistically significant for participants to increase activity with behavior changes based on device dashboard.
Conclusions: It is recommended for primary care providers to encourage the use of an activity tracking wearable device for behavior change to increase activity.
ContributorsCarroccio, Tanya (Author) / Nunez, Diane (Thesis advisor)
Created2018-04-28