NURS FPX 6109 Assessment 4 Vila Health: Implementing New Educational Technology 

Vila Health: Implementing New Educational Technology

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Implementation of Proposed Educational Technology 

Some effective technologies in education include virtual reality (VR), augmented reality (AR), and adaptive mobile knowledge, which can greatly enhance nursing education and clinical practice within healthcare associations. After a comparison, the proposed technologies for Cincinnati Children’s Sanitarium are VR, AR, and adaptive mobile knowledge tools, which offer significant shifts in clinical training and education. For illustration, simulation-predicated knowledge is possible using VR and AR, where nurses can rehearse procedures without risking harming a case. Mobile knowledge operations enhance the delivery of education content in ways that consider the knowledge capacities of the staff and give access to education from remote and onsite surroundings. These technologies foster cooperation, improve clinical performance, and offer ongoing knowledge tests. The following is the plan for VR, AR, and adaptive mobile knowledge tools to transfigure Cincinnati Children’s Hospital education. 

Steps in a Plan to Implement Changes in Existing Technologies

Assessment and Stakeholder Engagement

The process of planting changes in educational technologies at Cincinnati Children’s Sanitarium is best done completely and with clear guidelines to allow for the swish benefits possible. The first step involves a detailed analysis of educational programs and technologies, revealing areas in which current tools can’t ameliorate learning issues and clinical capability. Subsequently, stakeholder discussion is important and includes nurse instructors, clinical, IT, and sanatorium directors as they contribute to the development of the action and ensure that it fits with organizational objectives. A devoted task force will conduct performance to ensure that responsibility is well-maintained and problems are answered as they arise. 

Technology Selection and Pilot Testing

After priorities are set, the sanatorium will choose and buy the swish VR, AR, and adaptive mobile knowledge platforms predicated on their performance, severity, and entered reviews. The birdman studies will concentrate on certain modules, analogous to virtual reality for high-trouble children’s complications or augmented reality for tutorials. Information from these birdman systems will be used to OK-tune the process before the full performance. To ensure that these technologies are easily integrated into the continuing education modules, the technologies will be designed for on-demand and real-time use. They will be compatible with the sanatorium’s knowledge operation system and clinical terrain (Nawaz et al., 2024). 

Training and Continuous Evaluation

Trainers and staff will undergo professional development to apply these features effectively, and a help office will be on hand for technical and functional issues. Evaluation practices will be done continuously through post-training tests and performance feedback and supplement knowledge with changes in patient issues. In addition, new nursing education programs will be developed to incorporate immersion technologies from the ground up and contain game-predicated assessments and augmented reality tutorials for participation, enhanced critical thinking, and decision-making (Nawaz et al., 2024). 

Contingency Planning and Full-Scale Deployment

To overcome possible risks, contingency plans will deal with staff resistance by explaining the advantages of change, avoiding problems with IT duplication and frequent updates, and following HIPAA and data protection conditions (Nawaz et al., 2024). Last, a large-scale gradational performance of these technologies will be conducted, with feedback gathered from the process used to make any demanded changes. This approach will help Cincinnati Children’s Sanitarium revise nursing education and clinical practices and enhance pediatric care results. 

Resource Requirements for a Successful Technology Change Implementation

Human Resources

The successful performance of advanced educational technologies in Cincinnati Children’s Sanatorium means that all the moral, capital, and specialized resources must be properly employed. This is why mortal resources are important to grease and coordinate the use of analogous tools. Some demanded specialists are nurse instructors who will develop and integrate classes that will include virtual reality, augmented reality, and adaptive mobile knowledge platforms, as well as IT specialists who will install, customize, and support the technology (Aebersold & Dunbar, 2021). Clinical staff trainers will conduct the performance sessions to help the other staff in using the tools properly. A design director will be responsible for managing time and financial resources and achieving the sanatorium’s objects. Further, there will be a demand for evaluation specialists responsible for assessing these technologies’ impact on learning issues and patient care (Groenier et al., 2023). 

Capital and Resource Requirements 

The capital resources demanded are VR helmets, AR bias, tablets or smart specs, and high-performance waitpersons for adaptive mobile platforms. Licenses for software operations for pediatric-focused VR simulation, AR apps, and mobile knowledge will also be demanded, as will redesigning current educational spaces into labs for simulation to support immersive knowledge (Syed et al., 2023). Budget estimates suggest that the plan’s cost would be about $475,000 in the first year, of which $250,000 would go to attack, $150,000 to periodic software licenses, $75,000 to staff training, and the rest to evaluation and monitoring. 

A spare contingency fund of 10% of the total budget is also added to accommodate any unexpected problems. Annual recreation costs of $200,000 will feed software conservation and training assignment programs. Outsourced technical support is necessary to avoid interruptions and guarantee business effectiveness. Round-the-timer IT support shall be offered to ensure that any problem arising with the platform is fixed and operations continue as anticipated (Syed et al., 2023). 

Contracts signed with the technology suppliers will ensure frequent software upgrades and professional support. In addition to HIPAA compliance, other IT resources will include secure data warehouses and access. With analogous specific resource specifications, Cincinnati Children’s Sanitarium is well-equipped to apply VR, AR, and adaptive mobile knowledge technologies. This strategic investment will strengthen nursing education and clinical practice, serve patient issues, and further bolster the sanatorium’s vision of furnishing outstanding pediatric care. 

The End-User Training Requirements

To guarantee the successful operation of advanced educational technologies at Cincinnati Children’s Hospital, there is a need to identify the training conditions of end-users. Presently, the sanatorium’s nursing staff has limited technological capability, which implies their capability to work with electronic knowledge systems and healthcare operations. Nevertheless, their understanding of the extended technologies like VR, AR, and the adaptive mobile knowledge platform is kindly limited. Considering these factors, it’s essential to limit the original training to introducing these new tools, emphasizing their practical use for perfecting education about pediatric care. The performance prospects include using these tools in clinical decision-making, enhancing pediatric case care, and adding moxie in managing high-trouble pediatric events. Workers must use VR for delicate operations, engage in AR-predicated assignments, and calculate on mobile operations for tone-paced knowledge (Muharlisiani et al., 2024). 

The end-users will need exposure training as well as refresher training in order to incorporate these technologies into their regular use. The first sets of training sessions will be practical workshops, online demonstrations, and walkthroughs because staff members should be comfortable with VR, AR, and mobile knowledge platforms. The training will be demanded periodically to accommodate the changes, new features, and other enhanced capabilities of the technologies (Alam & Mohanty, 2023). This continuous support will be handed through assignment courses, video tutorials, and a help office for those stuck in their systems. Further, part-specific training that will incorporate clinical instructors and staff babysitters will guarantee that all the labor force can use the tools in the manner most applicable to their position (Zhang et al., 2023). Through these training trials, Cincinnati Children’s Sanitarium can be in a position to guarantee that its staff is properly prepared to take advantage of these complex education technologies, thus enhancing the care of the cases and nursing education.

A Plan to Evaluate the Effectiveness of a Technology Change

Thus, a structured evaluation of the effectiveness of advanced educational technology integration at Cincinnati Children’s Hospital will be demanded. The main performance dimension data that will be demanded will be the staff’s chops in using the new technologies, the results of the case care, and the goods on the quality of nursing education. Pivotal criteria will include 

• Staff Proficiency Tone—constructed pre-post-tests and real-life performance registries on staff’s knowledge of VR, AR, and mobile knowledge operations (Bernacki et al., 2020). 
• Clinical Decision-Making This terrain of clinical decision-timber may be measured through case-predicated assessments and script-predicated exercises (Moghadam et al., 2024). 
• Case issues: More training is associated with better nursing practices, as substantiated by lower error rates, cases’ recovery time, and cases’ satisfaction (Horn et al., 2020). 

NURS FPX 6109 Assessment 4 Vila Health: Implementing New Educational Technology

Information will be gathered from different sources, including quotidian checks and tests, follow-up checks after training and forums, evaluations from nursing directors, patient care reports, and staff about their guests with the new technologies. Further, clinical issues will be assessed by lodging data from the sanatorium’s electronic health records, enabling pre- and post-technology assessment. From this data, reasonable conclusions can be drawn about the impacts of educational technologies on nursing capabilities, decision-making, and patient outcomes. However, the sanatorium can conclude that the technology integration was successful and that knowledge and clinical performance were enhanced if positive changes are observed. On the other hand, if the data shows areas lacking or no significant enhancement, then variations can also be made to the training courses or the factual tool. These findings will give information for further advancements and other advancements in nursing education.

Conclusion

Therefore, integrating VR, AR, and adaptive mobile knowledge technologies in Cincinnati Children’s Hospital will transform our nursing education programs and prepare our staff to handle the challenges they encounter in pediatric care. Suppose we have a good plan for engaging the stakeholders, training them, assessing them constantly, and allocating resources properly. In that case, we can be suitable to incorporate these advanced tools without a hitch. With the knowledge of various technologies, we empower our babysitters while fostering better issues for the case and a better quality healthcare system. Through constant assessment and modification, we are assured that our educational offerings are applicable and effective in responding to the new developments in healthcare provision. The below strategic approach will help to cement Cincinnati Children’s Hospital’s charge to deliver quality care to children and enhance the healthcare trip of our cases and their families. I appreciate your attention and will count on your support to bring this change into actuality. 

NURS FPX 6109 Assessment 4 Vila Health: Implementing New Educational Technology

Mogadam, M. H., Tehranash, B., Rostami, K., and Momasab, M. (2024). script on the creativity of nursing scholars and the effect of a group discussion training an aimlessly educated test. Health Science Report, 7(11). https://doi.org/10.1002/hsr2.70179 

Muharlisiani, L. T., Tayyab, I., Biroh, S., Mulvanman, W. G., Visnujati, N. S., Karjati, P. D., and Idris, A. (2024). operation of fortified reality for independent literacy with mobile literacy. Advanced Research of Journal in Applied Lores and Engineering Technology, 171-185. 

Syed, T. A., Siddiqui, M. S., Abdullah, H. B., Jan, S., Namun, A., Aljharani, A., Madem, A., and Alak Head, A. B. (2023). ferocious reviews of bettered reality shadowing technologies, development outfits, AR screens, cooperative AR, and security problems. Detector, 23(1), 146. 

https://www.mdpi.com/1424-8220/23/1/146  

Zhang, Z., Wong, M. O., and Pan, W. (2023). Virtual reality bettered multirole cooperation in crane lift training for modular products. robotization in construction, 150, 104848. https://doi.org/10.1016/j.autcon.2023.104848