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Avstick: An Intravenous Catheter Insertion Simulator for Use with Standardized Patients
Andrew Devenny1, Danielle Lord, Joshua Matthews
1About the Authors Andrew Devenny, ME, Danielle Lord, BME, and Joshua Matthews, BME, are research assistants, University of Delaware Department of Mechanical Engineering, Newark, Delaware. Julia Tuhacek, BSN, is a research assistant, University of Delaware School of Nursing. Jennifer Vitlip, ME, is a research assistant, University of Delaware Department of Mechanical Engineering. Mingxu Zhang, MS, was a graduate student, University of Delaware Department of Statistics, College of Agriculture and Natural Resources. Amy C. Bucha, MS, is a researcher and Department of Mechanical Engineering liaison to the School of Nursing, University of Delaware School of Nursing. Liyun Wang, PhD, is an associate professor, University of Delaware Department of Mechanical Engineering. Jenni M. Buckley, PhD, is an assistant professor, University of Delaware Department of Mechanical Engineering. Amy Cowperthwait, MSN, RN, is a nursing simulation instructor, University of Delaware School of Nursing and Healthcare Theatre. For more information, contact Amy Bucha at abuchs@udel.edu.
The Avstick® training device enhances nursing education by simulating realistic intravenous (IV) catheter insertion on actors. This method improves nurse-patient communication and boosts trainee self-efficacy in a safe, interactive learning environment.
Area of Science:
- Medical Education
- Nursing Practice
- Simulation Technology
Background:
- Intravenous (IV) catheter insertion is a common procedure for hospitalized patients requiring hydration and medication.
- Existing training methods using manikins lack realistic feedback and patient interaction.
- There is a need for innovative simulation tools to bridge the gap between theoretical knowledge and practical skills in IV insertion.
Purpose of the Study:
- To evaluate the effectiveness of the Avstick® training device in nursing education.
- To assess the impact of Avstick® on improving nurse-patient communication skills during IV insertion.
- To measure the influence of the Avstick® on the self-efficacy of nurse trainees.
Main Methods:
- Utilized the Avstick® device, a wearable simulator allowing actors to serve as live patient models.
- Trainee nurses performed IV catheter insertions on actors equipped with the Avstick®.
- Assessed outcomes related to communication and self-efficacy through predefined metrics.
Main Results:
- The Avstick® provided a realistic simulation for IV insertion training.
- Training with Avstick® demonstrated an increase in nurse-trainee self-efficacy.
- The device facilitated enhanced nurse-patient communication practice during simulated procedures.
Conclusions:
- The Avstick® is an effective tool for nursing education in IV catheter insertion.
- This simulation method positively impacts trainee confidence and communication abilities.
- Avstick® offers a safe and realistic alternative to traditional training methods, enhancing preparedness for clinical practice.
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