Investigating the Application of Simulation-Based Training for Emergency Nursing

Main Article Content

Fodah Hlail Algrany, Abeer Abduallh Ali Alwabsi, Reem Ibrahim Mofarh Soryhi, Marzoga Awdah Hamdan Albalawi, Maryam Mutlaq Mohammad Albalawi, Mona Mohammed Ahmed Alquraybi, Abdullah Ebrahim Mohammed Albalawi, Hamoud Sulaiman Salem Aljawhari, Taibah Hassan Nasser Joufi, Rehab Jubran Abdu Khardali, Najla Mohammed Obaid Albalawi, Amal Ali Mohammed Alamer, Eshrag Hassan Jofi, Aziza Feraij Awda Albalawi, Turki Hunays Alanazi

Abstract

Background: Emergency nursing demands rapid clinical decision-making, precise procedural skills, and effective teamwork, particularly in high-pressure scenarios. Traditional training methods often fall short in preparing nurses for the complexities of emergency care. Simulation-based training has emerged as an innovative educational approach, offering immersive, hands-on experiences that mimic real-life clinical situations. Despite its growing adoption, the comprehensive impact of simulation-based training on emergency nursing performance remains underexplored.


Aim: This paper aims to investigate the effectiveness of simulation-based training in enhancing the clinical skills, knowledge retention, and overall preparedness of emergency nurses. It also examines the role of simulation in improving patient outcomes and fostering teamwork in critical care settings.


Methods: A systematic review of peer-reviewed studies was conducted, focusing on the application of simulation-based training in emergency nursing. Data were synthesized from randomized controlled trials, cohort studies, and qualitative research to assess outcomes related to clinical competence, decision-making, and team performance. Pre- and post-training evaluations, feedback mechanisms, and patient care metrics were analyzed to determine the effectiveness of simulation interventions.


Results: Findings indicate that simulation-based training significantly enhances emergency nurses’ technical and non-technical skills. It improves procedural accuracy, critical thinking, and confidence in managing acute scenarios. Additionally, simulation fosters better communication and collaboration among healthcare teams, leading to reduced error rates and improved patient safety. Long-term benefits include sustained knowledge retention and enhanced adaptability in real-world clinical environments.


Conclusion: Simulation-based training is a transformative approach to emergency nursing education, bridging the gap between theoretical knowledge and practical application. Its integration into nursing curricula has the potential to improve care quality, reduce adverse outcomes, and prepare nurses for the dynamic demands of emergency care.


Article Details

Section
Articles