Pressure injuries, often referred to as bedsores or ulcers, are localized damage to the skin and underlying tissue, primarily caused by prolonged pressure. These injuries pose serious risks, particularly to the elderly and individuals with mobility issues, making it crucial for nursing students to acquire proficient assessment skills early in their training. The conventional methods of teaching these skills, primarily through lectures and textbook learning, often fall short in preparing students for real-world clinical situations. Recognizing this gap, Onder and Sari designed a study to test the efficacy of in-situ simulation combined with moulage—a technique that uses realistic replicas of injuries to create a more immersive learning environment.

The study consisted of two distinct groups of nursing students: one group engaged in traditional learning methods while the other participated in the simulation-based learning. During the simulations, students encountered scenarios involving patients with varying degrees of pressure injuries, using high-fidelity moulage to accurately reflect the conditions they were likely to encounter in clinical settings. This hands-on approach allowed students not only to assess the injuries but also to practice critical decision-making and clinical judgment skills in a safe, controlled environment.

Results from the trial indicate a marked improvement in the assessment skills of students who underwent the simulation training. Participants demonstrated significantly higher accuracy in identifying stages of pressure injuries and understanding the implications of these assessments on patient care. This outcome underscores the transformative potential of simulation-based learning in nursing education, offering insights into how these methodologies can foster a deeper understanding of clinical practices among future nurses.

In situ simulation also proves advantageous beyond mere skill enhancement. It cultivates essential soft skills, including communication, teamwork, and problem-solving abilities, as students navigate complex patient scenarios together. Such experiences are invaluable, providing students with a stronger sense of preparedness for the unpredictable nature of real-world nursing practice. As healthcare continues to evolve, integrating simulation into curricula may become a cornerstone of effective nursing education.

Furthermore, the study highlights the effectiveness of moulage in promoting a realistic learning atmosphere. By employing life-like representations of pressure injuries, students can better appreciate the emotional and physical burdens these conditions place on patients. Developing empathy and a comprehensive understanding of the patient experience is crucial for fostering compassionate care—an essential component of nursing practice.

The researchers also noted the implications for faculty development. To implement such advanced training methodologies, nursing educators require appropriate training and resources. By investing in the development of faculty members skilled in simulation techniques, nursing programs can revolutionize their approach to teaching and significantly elevate the educational outcomes for students.

Moreover, as healthcare systems increasingly emphasize patient safety and quality of care, enhancing nursing education aligns directly with broader institutional goals. Educating highly proficient nurses is foundational to improving patient outcomes. Reducing the incidence of pressure injuries through better-prepared nursing staff not only benefits patients but also alleviates the economic burdens these injuries place on healthcare systems.

In light of these findings, it is imperative for nursing education institutions to consider revising curricula to incorporate in-situ simulation and moulage. While traditional methods have their place, the dynamic and interactive nature of simulation-based learning provides students with experiences that are more closely aligned with patient care realities. The transition to these teaching methods may also inspire further research into other critical skills and competencies within nursing.

In conclusion, the evidence presented by Onder and Sari serves as an important reminder of the need for continual innovation in nursing education. As the landscape of healthcare evolves, educators must remain adaptable, employing diverse teaching strategies that prioritize experiential learning. Through simulation and moulage, nursing programs can better equip students to face the challenges of clinical practice with confidence and competence, ultimately leading to improved patient care and outcomes.

With growing recognition of the importance of these methodologies, the nursing education community is tasked with disseminating these insights widely. Stakeholders, including policy-makers and educators, must act to facilitate the integration of advanced simulation techniques into nursing curricula. Only then can the future of nursing education truly reflect the realities of modern healthcare and empower the next generation of nurses to thrive in their careers.

Subject of Research: Enhancing pressure injury assessment skills in nursing students through simulation and moulage techniques.

Article Title: Improving pressure injury assessment skills of nursing students using in-situ simulation and moulage: a randomized controlled trial.

Article References:

Erdem Onder, H., Sari, D. Improving pressure injury assessment skills of nursing students’ using in-situ simulation and moulage: a randomized controlled trial.
BMC Nurs 24, 1373 (2025). https://doi.org/10.1186/s12912-025-04049-x

Image Credits: AI Generated

DOI: https://doi.org/10.1186/s12912-025-04049-x

Keywords: Nursing education, pressure injury assessment, in-situ simulation, moulage, clinical skills training.

The study meticulously designed, implemented, and evaluated a dedicated software program aimed at refining essential nursing clinical skills. This initiative was rooted in the recognition that traditional teaching methods often inadequately prepare nursing students for the complexities of real-world clinical environments. By leveraging technology, the researchers sought to create an engaging, interactive platform that mirrors the pace and demands of actual patient care scenarios. The project’s significance cannot be overstated, as it addresses an urgent need in nursing education to evolve and optimize training protocols.

A critical aspect of the research involved the application’s systematic evaluation process. Nursing students interacted with the software under controlled conditions, allowing the researchers to gather quantitative and qualitative data on its efficacy. The software not only allowed students to practice clinical skills in a simulated environment but also provided instant feedback, which is essential for mastery of complex procedures. This immediate reinforcement aids in reducing the anxiety often associated with clinical skills examinations, creating a conducive learning atmosphere where students feel empowered to improve continuously.

Additionally, the researchers explored the perceptions of nursing students regarding the software’s usability. Students reported high satisfaction levels, attributing this to the program’s intuitive interface and innovative approach to learning. The ability to rehearse procedures repeatedly in a safe environment enabled students to build confidence, ultimately leading to enhanced clinical competencies. This feedback from participants underscores the importance of merging educational theory with practical application through technology.

The clinical skills addressed in the software encompassed a broad spectrum of critical nursing practices—from basic hygiene to advanced life support techniques. This comprehensive coverage aligns with current healthcare demands, ensuring that nursing graduates are well-prepared to tackle diverse patient needs. By reinforcing both foundational and advanced skills, the program helps bridge the gap between theoretical knowledge and practical application, which is crucial in delivering high-quality patient care.

Moreover, the study emphasizes the rising importance of evidence-based practices in nursing education. By analyzing data collected from the software’s use, the researchers were able to draw conclusions that support the notion that technology-enhanced learning can lead to substantial improvements in educational outcomes. These findings advocate for broader implementation of similar technological solutions across nursing programs, thereby enhancing the overall quality of nursing education globally.

Another intriguing dimension of this research is its potential implications for faculty development. Instructors can utilize insights gained from the program to better understand students’ learning trajectories and identify specific areas requiring additional focus. This feedback loop can lead to more targeted teaching strategies, pivoting towards a learner-centered educational model that addresses individual student needs. Hence, the software does not merely serve students; it offers profound insights for educators aiming to improve their teaching methodologies.

The transition to digital learning environments is not without challenges. Factors such as technological access, faculty training, and institutional support play crucial roles in determining the success of such innovations. The researchers acknowledge that widespread implementation of this software may require addressing these essential hurdles. However, the potential benefits highlighted in their study provide a compelling case for stakeholders in nursing education to advocate for the necessary resources to support this paradigm shift.

Importantly, this research contributes to the growing body of literature advocating for innovative pedagogical strategies in nursing education. It sets a precedent for further study and development in the field, prompting questions about the role of additional technologies such as artificial intelligence and virtual reality in nursing training. As healthcare continues to evolve, so too must the methods by which new nurses are prepared for the challenges ahead.

In conclusion, the research by Joneghani and colleagues sheds light on a promising avenue for enhancing nursing education through the use of clinical skills training software. The methodical evaluation of this technology demonstrates not only its efficacy but also its ability to significantly elevate student satisfaction and skill levels. As educational institutions strive to adapt to the needs of a dynamic healthcare landscape, this study serves as a vital step in the right direction, encouraging a more robust, technologically integrated approach to nursing education.

The implications of this study extend far beyond the immediate cohort of students; they resonate throughout the nursing profession. Enhanced training tools could contribute to better prepared graduates, ultimately affecting patient care and outcomes in the clinical setting. As these findings circulate within academic communities and healthcare organizations alike, there is opportunity for widespread discussion around the future of nursing education, always aiming for excellence in the care provided to patients.

This innovative study reflects a critical moment in nursing education, where technology intersects with healthcare training. It urges academic institutions to embrace the necessary changes to optimize the educational experience for nurses of the future, setting a standard that other fields might aspire to emulate. The systematic exploration of such interventions like the presented software reinforces the necessity of continuous improvement and adaptation in the face of evolving healthcare needs.

As nursing education ventures further into the digital age, studies like this remind us of the vital role that research and innovation play in fostering a continuously evolving knowledge base. The path forward involves a commitment to integrating effective educational technologies, ensuring that the nursing workforce is resilient, skilled, and ready to meet the demands of tomorrow’s healthcare environment.

In summary, the research not only highlights the efficacy of utilizing nursing clinical skills training software but also initiates a crucial dialogue on technological innovation in education. As we witness the unfolding of these advancements, we anticipate further explorations in the integration of technology within nursing curricula, with the ultimate goal of advancing the profession and enhancing patient care worldwide.

Subject of Research: The effects of clinical skills training software on nursing students’ skills and satisfaction levels.

Article Title: Designing, using and evaluating the effects of nursing clinical skills training software on the clinical skill level and satisfaction of nursing students.

Article References:

Joneghani, A.S., Fatahi-Vanani, A., Salehian, A. et al. Designing, using and evaluating the effects of nursing clinical skills training software on the clinical skill level and satisfaction of nursing students.
BMC Med Educ 25, 1374 (2025). https://doi.org/10.1186/s12909-025-07945-7

Image Credits: AI Generated

DOI: 10.1186/s12909-025-07945-7

Keywords: Nursing education, clinical skills training software, nursing students, technology in healthcare education, educational outcomes.