NURS FPX 6109 Assessment 1 Vila Health: Educational Technology Needs Assessment 

Educational Technology Assessment Needs

Assessing the necessity for educational technology presents a significant challenge for nursing leaders. Conducting a thorough conditions assessment is essential to enhance the effectiveness of continuing professional education programs. As technology continues to play a decreasingly vital part worldwide, nursing education is no exception. Despite these advancements, multitudinous instructors and clinical trainers face challenges piercing or effectively exercising innovative tools to support professional growth. This report focuses on relating the educational technology conditions of nursing staff at Cincinnati Children’s Sanitarium. The assessment seeks to recommend results that will strengthen clinical moxie, ameliorate patient care issues, and foster ongoing professional development in the sanatorium’s pediatric healthcare specialties by addressing these gaps. 

How Nurses Currently Use the Educational Technology

At Cincinnati Children’s Hospital Medical Center, the center uses educational technologies mainly in continuing education courses. This platform provides constant ‘anytime, anywhere’ access to multitudinous resources, including registration for academic exertion, educational videos and archived Grand Rounds, and other training programs like CME and CNE. Simulation and emergency training are critical because they meliorate the hands-on experience attained during critical care training. This saves time and can be done from the comfort of one’s home since the continuing education conditions can also be downloaded from the gate (Cincinnati Children’s, 2024). 

While claiming to provide extensive functionality, there is still some degree of ignorance regarding the integration of these tools into typical nursing practice. Fresh data on stoners’ relations, program completion, and how the features of the designated portal helped in clinical terms is still scarce. Further, there are questions of whether all the nursing staff uses analogous resources equally without challenges like technical problems or time-pressured hindrances to other salutary platforms like this one. 

Comparison with the Desired Technology State

Current State of Educational Technology Use

Cincinnati Children’s Hospital Medical Center nurses use the sanatorium’s Continuing Education Portal to access various educational resources, including online videos, Grand Rounds, simulation training, and instruments for various courses (CME, CNE). The platform is accessible 24/7 and allows nurses to register for exertion, track educational progress, and download repetitions and instruments. Still, there is limited data on user engagement, completion rates, and how these resources impact clinical chops or patient issues. Also, some nurses may face technological access or usability walls, and there may be inconsistencies in how effectively the platform is integrated into quotidian workflows (Cincinnati Children’s, 2024). 

Desired State (Best Practices in Nursing Education)

Swish practices in nursing education emphasize integrating technology that supports continuous, individualized knowledge; easy access to educational content; and tools that foster clinical decision-making in real time. This includes mobile access, substantiated knowledge pathways, real-time feedback on performance, and more interactive, immersive technologies (e.g., virtual or stoked reality) for hands-on knowledge (Iqbal & Campbell, 2023). Ideally, educational technology should be integrated into quotidian nursing workflows, allowing nurses to access training and information as demanded while furnishing data on faculty development, patient issues, and performance trends. The gap analysis is conducted as follows: 

Metrics Used and Their Assessment 

Presently, the criteria used to assess the effectiveness of educational technology at Cincinnati Children’s Hospital Medical Center are primarily concentrated on quantitative data, such as course completion rates, user engagement, and access to paraphernalia. While these criteria give an introductory understanding of participation, they don’t fully capture the long-term impact of education on clinical practice or case issues. The system lacks real-time feedback mechanisms and doesn’t track how well-conditioned nurses apply the knowledge gained through training in their day-to-day clinical work. As a result, the sanatorium has limited insight into the effectiveness of educational technology in perfecting nursing practice or case care. 

To enhance the quality, interpretation, and use of data, it’s recommended that more detailed data points be incorporated, such as time spent on each knowledge-training evaluation and follow-up assessment. Also, integrating real-time feedback and linking educational issues directly to patient care criteria, such as reductions in complications or better case satisfaction, would offer a more comprehensive picture of how education influences clinical practice (Sendak et al., 2020). By perfecting these data collection processes, Cincinnati Children’s Hospital Medical Center would be better suited to estimate the effectiveness of its educational technology, icing that the knowledge tests lead to better nursing performance and, ultimately, better patient issues. 

The organizational mission is aligned with the technology. 

Educational technology at Cincinnati Children’s Hospital Medical Center aligns truly nearly with the strategic charge of the sanatorium to meliorate child health and transform care delivery through integrated disquisition, education, and invention. The operation of educational technology in perfecting continuing professional education for nursing staff directly supports the strategic thing of the sanatorium to give Swiss medical issues, quality of life, and patient experience (Cincinnati Children’s, n.d.). Only trained and streamlined nurses familiar with the bottommost pediatric care practices and validation-predicated approaches may ameliorate patient care, furnishing better clinical issues. 

Another great aspect of educational technology is fostering a culture of invention that allows access to the most recent disquisition and medical developments through online modules, simulation labs, and other digital tools (Kuzmenko et al., 2023). This is in line with the sanatorium’s commitment to encyclopedically recognized education that ensures nursing staff aren’t only well-professed but also continuous learners and improvers. As a result, the sanatorium will be suitable to meet and exceed its goal of furnishing high-value care, both now and in the future, while ensuring that the education of healthcare professionals supports the evolving conditions of the community, nation, and world. 

Recommendations for Technology Use 

Predicated on the study’s findings, this paper advocates for strengthening educational technology at Cincinnati Children’s Hospital Medical Center by adding the use of further innovative mechanisms of assessment, real-time assessment tools. This might extend to using virtual case simulations in simulation laboratories, engaging scholars in timely performance assessment on introductory clinical decision-making tasks, and indeed broadening the operation of data analytics to cover the operation of learned capabilities in field-predicated practice (Mardani et al., 2020). 

Likewise, numerous post-training issues relate to cases’ watch quality; for example, in sanatorium cases’ watch, the chops shown by staff would also be tracked, which would help give a link between education and clinical faculty. These changes will help towards the sanatorium’s vision of enhancing child health and redesigning care, as the staff, including the nurses, will be using the swish information available in the delivery of quality care. 

NURS FPX 6109 Assessment 1: Vila Health: Educational Technology Needs Assessment.

Mardani, M., Cherghian, S., Nani, S. K., and Zarifasaini, N. (2020). effectiveness of virtual cases in tutoring clinical decision-making chops to dental scholars. Journal of Dental Education, 84(5), 615–623 https://doi.org/10.1002/jdd.12045 

Sendak, M. P., Ratalif, W., Saro, D., Aldarton, E., Fumoma, J., Gao, M., Nichols, M., Revir, M., Yashar, F., F., Miller, C., Castor, K. (2020). Real-world integration of sepsis deep learning technology in routine clinical care perpetration studies. Jmir Medical Informatics, 8(7), E15182. https://doi.org/10.2196/15182