Although there is a large amount literature on the effects of webbased education, few studies have investigated the effect of web-based learning on the psychomotor skills of nursing students. Cook et al. (2012) demonstrated a positive impact of a web-based interactive simulation game (PULSE) on nursing students' life-support skills. Salyers (2007) compared a web-enhanced lecture plus a three-hour lab session with a three-hour traditional lecture and demonstration for teaching nasopharyngeal suction, catheter insertion, and wet-to-dry dressing change, and found that the web-enhanced/demonstration group performed significantly better on the comprehensive cognitive final exam. A study by Lu et al. (2009) compared web-based with traditional classroom instruction with traditional classroom instruction for teaching intramuscular injection, and found that the web-based group had significantly higher knowledge and skill performance ratings. Results of these studies demonstrate the value of web-based education in teaching psychomotor skills to students; however, to date, no study has specifically investigated the effect of web-based education on the urinary catheterization
skills of nursing students. To address the aforementioned challenges in nursing education, the potential contribution of web-based and web-enhanced learning to the knowledge and skills of nursing students should be explored in empirical studies.
Although there is a large amount literature on the effects of webbased education, few studies have investigated the effect of web-based learning on the psychomotor skills of nursing students. Cook et al. (2012) demonstrated a positive impact of a web-based interactive simulation game (PULSE) on nursing students' life-support skills. Salyers (2007) compared a web-enhanced lecture plus a three-hour lab session with a three-hour traditional lecture and demonstration for teaching nasopharyngeal suction, catheter insertion, and wet-to-dry dressing change, and found that the web-enhanced/demonstration group performed significantly better on the comprehensive cognitive final exam. A study by Lu et al. (2009) compared web-based with traditional classroom instruction with traditional classroom instruction for teaching intramuscular injection, and found that the web-based group had significantly higher knowledge and skill performance ratings. Results of these studies demonstrate the value of web-based education in teaching psychomotor skills to students; however, to date, no study has specifically investigated the effect of web-based education on the urinary catheterizationskills of nursing students. To address the aforementioned challenges in nursing education, the potential contribution of web-based and web-enhanced learning to the knowledge and skills of nursing students should be explored in empirical studies.
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