Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs

Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs

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Petronilla Benjamin 

Capella University

Nurs FPX 6224

Instructor Name

Due Date

Technology Evaluation and Needs Assessment

The Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs Assessment play an essential role in healthcare equipment in identifying gaps, potentials, and requirements for the property. The examinations add an assurance that the generation selected benefits the organizational requirements, allows enhanced patient results, and increases working effectiveness (Markaki et al., 2021). Through technology identification and analysis of contemporary shapes, affected character treatment, and routine departmental daily performance should be enhanced through informed decisions made by healthcare facilities.

Relevance and Importance of a Needs

A desire appraisal is a needed tool in healthcare teams, such as fitness and Rehabilitation health facilities. Bhawra et al. (2022) term a dreams assessment as a research and assessment strategy employed to identify where modern-day rules, packages, and services are inadequate or where they can benefit from expansion. It facilitates the filling of gaps, dreaming ahead, and invoking evidence-based in real-world preference-making. Through effort activity alignment, enhanced affected person care, workflow simplification, and staffing valuable resources, the enterprise business can ensure the green use of its resources. Needs assessment targets the biggest geographies, such as the identification of care provision gaps, effective resource allocation prioritization, enabling stakeholders’ Collaboration, and ultimately enhancing affected individual outcomes (Bhawra et al., 2022). Such a structured process ensures that technology, equipment, and methods are properly quality, according to organizational objectives and care quality measures.

Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs Assessment

Encompass fitness nurse leaders use dreams assessments to identify gaps and potential for technology. They consider the applicability of current day-to-day structures, including EHRs or rehabilitation devices, to clinical and functional needs. Markaki et al. (2021) define such tests as ways of identifying windows of chance to make artwork simpler, improve patient impact, and enrich staff joy. Furthermore, by employing the method of engaging multidisciplinary teams, they provide assurance that there can be a sheltered insight into the questions and solutions. In addition, such facts facilitate nurse leaders in an unprecedented manner of asking the generation that might be preferred, educating their personnel within the implementation of this new generation, and establishing the infrastructure around it so that decisions are evidence-based and support organizational objectives. Familiarity with the process and application of dream tests is greatly significant to nurse leaders.

The skills give leaders a basis for investment or transformation through real evidence. According to Nair et al. (2024), high-quality assessment enables effective application through the determination of constraints, better technology absorption, and preparedness for useful resource requirements. Thus, a proper understanding ensures that proposed solutions nourish the organization’s strategic aspirations, individual care issues, and available resources, leading to a more accurate and effective way of decision-making.

Underlying Assumptions 

Some assumptions have often been the basis for choosing to conduct a desires assessment within embodied fitness. It’s miles have been presumed that current technology, such as EHRs or rehab equipment, has not been adequate for clinical or operational purposes. There might also be an additional perception that the staff requires additional training to use proper structures in the area or implement new ones effectively (Markaki et al., 2021). Additionally, infrastructural issues like support or equipment were taken into account as limitations for implementing enhanced solutions. Ultimately, it’s long been assumed that modern technology has not been virtually commensurate with the specialist rehabilitation needs of the impacted character group. Those assumptions created a need for an installed evaluation to confirm gaps and obtain actionable techniques for improvement.

Evaluate Technology Infrastructure in Healthcare

Now, include fitness and Rehabilitation sanatorium utilizes a great form of technology assets in its department to provide resources for patient treatment. The organization applies the use of EHR systems, rehabilitation equipment, and a specialized system for physical rehabilitation and stroke rehabilitation in the rehabilitation department.

They are suitable for robust documentation of patient improvement, plan of treatment, and managing clinical operations (Globus et al., 2023). The clinic, for example, possesses an IT infrastructure to implement frameworks like a laptop network architecture, information storage facilities, and telehealth competencies. However, Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs effectiveness and seamless implementation of the variety of generations across departments affected individual needs and employees’ frame of schooling. Those assets at those times were beneficial to impacted character care, but they never were in practice compared to the great, value-green, and ethical quality many patients speak. Predominantly, though the current EHR equipment can capture snapshots of largely impacted character documentation, integration of the rehabilitation-specific tools into the whole EHR equipment is terrible, leading to inefficiency in sharing impacted man or woman records (Tsai et al., 2020).

Furthermore, the time now falls short of meeting the needs of patients to track during stroke rehabilitation, as well as the real-time duration of physical walking, standing, and physical level of engagement necessary for rehabilitation programming and treatment. This deficiency is most needed in the rehabilitation unit, where individualized care based solely on continuous tracking is the real nuance to incredible outcomes. Each shortcoming is within the practices of the healthcare-era organization. However, with the presence of systematic approaches to gift generation utilization, stress is progressing a lot, a complete amount less in the form of documentation, and also in the form of monitoring and measuring. Physical progress, for the most part, for stroke patients.

Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs Assessment

Because stroke rehabilitation tends to include, in my opinion, specially designed, evidence-based actual interventions, contemporary technology procedures today are not enough to capture and perform a study of the high-grained data needed to initiate specialized and timely rehabilitation. The. The application of conventional, non-some distance-off tools to body element remedy limits monitoring and reacting to treatment regimes primarily in regards to contemporaneous-day, accurate information (Owens et al., 2020). This creates a gap in the varied real situations and interventions provided with the valuable, useful resources of the patients. There are a number of. Upgrades or new technology are required within the health center’s era infrastructure.

Wearable devices monitoring gait, posture, and physical activity currently appear to be one of the largest hopes in stroke rehabilitation. The software programs of the devices can provide real-time feedback on an ongoing basis, which can be used by clinicians to make decisions for improvement, warn them about any possible complications, and make data-driven adjustments in the rehabilitation protocol (Peters et al., 2021). Also, this would be able to provide more space for personalized and timely interventions that would enhance patient outcomes and treatment effectiveness. One such central area that the era framework should operate with the help of via prior is the lack of a modern-day monitoring plan.

Conflicting Data

Concurrently with the state-of-the-art-day development at encompass health enables stricken character care, its perimeters, and notably stroke rehabilitation, to refer to the need for enhancement. However, others may also proceed to argue that mandating newer age-like wearable devices may also have immoderate costs or necessitate extensive workforce training. Additionally, incorporating such devices into current EHR systems may also require technical barriers, impacting the workflow standard overall function.

Improving Technology to Enhance Patient Outcomes

Application of wearable sensors to exhibit gait, posture, and attention to body of stroke patients’ rehabilitation can remarkably improve every impacted character results and overall quality performance of nursing intervention at include health and Rehabilitation health center.Using the latest technology today, immoderate-tech sensors are wearable in wearable devices and smart garments, footwear, or armbands that track in real-time a patient’s body movement, gait, and position (Peters et al., 2021).

The most valuable information the devices might also require to capture is likely going to be utilized in providing insight into the patient’s rehabilitation course and the efficiency of his/her treatment graph. The use of these wearable devices will need to be thoroughly remembered in order to make a seamless transition to their use. Ensuring information flows to some of the devices and clinicians is important, as these devices are networked to the medical center’s new EHR.

Dinh-Le et al. (2019) explained that the EHR system could also be required to be changed so that it can support data from wearable devices, and clinicians can also not be afraid of questioning and obtaining an examination of real-time records. Staff and patient character training also needs to be encouraged to learn how to operate the devices well, and for clinicians to read the records correctly. With their potential to significantly improve the impacted individual outcomes in medicine, wearable technologies like these can better represent stroke patients more uniformly. With Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs real-time gait, posture, and interest level feedback (Boukhennoufa et al., 2022), clinicians can address those types of challenges, which include abnormal patterns of gait or immobility (gait, posture, and interest levels) at an early stage in their rehabilitation.

Technology Evaluation and Needs Assessment

With the helpful resource of the strategy of setting one’s problems in advance, practitioners can control therapy regimens in an off-mechanism planned in advance to deal with possible setbacks prior to impacting the patient’s planned progression. This would minimize the risk of gaining complications, such as a trip or lasting disability along the road, to add to recovery time and make medicine an extra cost. Those phones are able to enhance the precision of the treatment in nursing practice. Non-neutral information gives nurses the authority to adapt the victim’s improvement and control at will instead of the application of subjective measurements or routine exams (Ernstmeyer & Christman, 2021).

With this time, the nurses were not deterred by the beneficial aid of the drudge skill of gathering things manually and may hopefully spend more time on them, except to be occupied by the victims. It would also contribute to the discussion of most interprofessional organizations, noticing that all of the clinicians who are consulting the patient concerned are likely to be able to observe the same real-time facts, enabling coordinated care and decision-making. It would also have a big organizational effect. The health center can decrease readmission, enhance patient satisfaction, and enhance the quality of care at the same time, as real-time information is made available by wearable devices. Through the incorporation of contemporary technology for stroke rehabilitation, Embody Health and Rehabilitation Sanatorium can become a trendsetter in embracing innovation toward better patient outcomes. This would attract more patients in pursuit of high-quality, cutting-edge rehabilitation, probably enhancing the reputation and patient population of the health center. 

Enhancing Collaboration, Safety, and Efficiency

The initiation of wearable technology for gait, posture, and physical interest in stroke rehabilitation at Encompass Health and Rehabilitation health facility will immensely beautify Collaboration for the duration of departments, beautify affected person safety, and enhance operational typical overall performance.

Improvement in Collaboration

Wearable devices will promote cooperation among interdisciplinary agencies more by utilizing a method of transmitting current, accurate facts that clinicians have proper access. Stroke rehabilitation utilizes numerous specialists, physical therapists, nurses, physicians, dietitians, pharmacists, and case managers  who depend upon timely, appropriate statistics (including Fitness and Rehabilitation Health Center, n.d.).

Wearables will display patients’ posturing, gait, and pastime in real-time at all times so that group members can adjust treatment plans daily based on common data. Those wearables fill communication gaps between departments so that healthcare providers can share the same dataset; coordinated care requires this. As a case in point, body therapists can also make rehabilitation physical sports activities tasks based on gait patterns in real-time, simultaneously, while nurses may attempt to improve posture to prevent falls. Such real-time data adjustment facilitates communication, facilitates joint preference-making, and ultimately leads to improved affected man or woman outcomes relative to current methods of intermittent assessment and guide report maintenance.

Supporting Patient Safety

Wearable devices primarily enable the protection of the affected individual. With the help of way of the use of way of the usage of constant monitoring of motion, such machinery makes instant comments concerning gait deformities or alterations in posture that would be safety hazards, including falling.

Early identification of issues like unstable gait or diminished interest enables clinicians to intervene early and adjust treatment protocols to prevent risks. As an example, in parallel with a gait instability demonstration from a stroke-affected individual, treatment or care routine alterations preclude the risk of injury (Stock et al., 2024). In the Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs of an entire batch, much less non-prevent inspection-based, wholly on-fact traditional protection operations, wearable generation offers continuous sources of fact, facilitating immediate detection and reaction to safety issues and leading to fewer injuries and further impacting individual protection. 

Improvement in Efficiency

The wearable duration shall encompass traditional long-reach normal overall performance by minimizing human assessment and workplace performance. Present rehabilitation for stroke relies on extensive periodical evaluation, which could be prone to human error. Wearables eliminate human error with the support of regular information gathering and ongoing monitoring of affected persons’ movement without additional manual labor. This validates practitioners, such that the person can provide a hobby in delivering care and share real-time treatment plans (Krothapalli, 2024). In addition, patient data from wearables can be connected to the sanatorium’s EHR system without the necessity of guided access. Integration provides a smooth, real-time view of the patient’s journey and enables advanced coordination across departments. In contrast to contemporary eras that involve ongoing monitoring, wearable devices offer continuous, real-time data, resulting in quicker decision-making and better treatment changes.

Knowledge Gaps

There are concerns about the long-term effectiveness of wearable devices in the course of stroke recovery and their impact on the outcomes of affected individuals in the long term. The potential for complications from tools, e.g., technical malfunctions or patient discomfort, is also unclear (Ferguson et al., 2021). Additionally, issues about incorporating wearable records into modern healthcare systems and clinician training remain.

Equitable Healthcare and Access to Resources

Wearable devices assist honest Healthcare by improving care outcomes and providing asset accessibility to various impacted man or woman groups.

Aiding in Equitable Care

Wearables enable equitable care through continuous monitoring of all patients regardless of their conditions. The tools introduce a uniform method of measuring gait and posture signs and symptoms and signs, including the side, so that all patients can be measured on completely the same measures.

The method excludes care differences to enable clinicians to treat patients uniformly, irrespective of a specific individual’s rehabilitation needs or socioeconomic status. Therefore, Anawade et al. (2024) present a purpose that wearable devices cut down on the necessity for repeat face-to-face consultations, thereby improving access to care by patients with mobility or transport difficulties. Patients who are remotely placed from the health center or have mobility difficulties can be further monitored and thus continue to receive standardized care, but with geographical or logistical restrictions.

Ensuring Equitable Care Outcomes

Wearable devices, meanwhile, maximize even care outcomes with the precious resource of providing tailored treatment. The devices offer clinicians rationale and real-time data to tailor interventions based on the assumption of a patient’s man or woman improvement. e.g., at the same time as a patient with a quicker gait also may require stunning interventions in testing to at least one with slower recuperation, ongoing monitoring provides personal real-time adjustments in rehab plans so that every patient gets individualized care based on their specific needs (Lu et al., 2020).

Now, in comparison to the current generation, which also depends upon personal experience or individual tests, wearable technology provides intention and fact-based monitoring. This shatters bias in assessment and ensures that all concerned persons or individuals, regardless of their contamination or facts, are treated based solely on measurable facts.

Improving Access to Healthcare Resources

For sale wearable devices provide access obtain right of entry to to well-being resources through real-time knowledge of a patient’s status, which can be carried along the line of departments. This provides timely care coordination and planned provision of resources concurrently as needed. For instance, if a patient declines to ambulate and is caught with a wearable device, the providers may refer the patient for proper treatment right away or address their own care plan right away (Peters et al., 2021).

Furthermore, through wearables, there can be remote monitoring such that it will be pointless for the patients to come to the sanatorium to maintain routine test-ups. That is especially beneficial for those in underrepresented populations, enhancing proper access to care and ensuring that patients with tremendous backgrounds and geographies are dealt with equally. This advanced proper entry is advanced health fairness and normal care outcomes.

Assumptions

Nurs FPX 6224 Assessment 2 Technology Evaluation and Needs Assessment assumes that wearables provide accurate, real-time data and that continuous monitoring is also bound to enhance the treatment outcomes of any patient, wherever he or she might be. It also presumes that remote monitoring can remove limitations that encompass mobility challenges and that clinicians have the capacity to utilize wearable data to modify care plans efficiently (Anawade et al., 2024). In addition, it presumes a fair right to get admission to healthcare assets through the sharing of generation.

Conclusion

A review of what involves health and rehabilitation hospitals, determining care gaps, directing resource priority, and promoting collaboration, which is most significant in enhancing impacted individuals. Nurse leaders deploy tests to address era needs, streamline workflows, and promote evidence-based completely in fact completely workout. Wearable device use for stroke rehabilitation enhances coordination, impaired individual protection, and typical overall performance, most critical for equitable care and enhanced access to resources for a various patient populations.

References

https://doi.org/10.7759/cureus.55996

https://doi.org/10.1371/journal.pone.0279282

https://doi.org/10.1016/j.bspc.2021.103197

https://doi.org/10.2196/12861

https://valleyofthesunj.org/about/partners/encompass-health-and-rehabilitation-hospital

https://www.ncbi.nlm.nih.gov/books/NBK591807

https://doi.org/10.1016/j.cvdhj.2021.02.001

https://doi.org/10.1161/CIR.0000000000001150

https://doi.org/10.1186/s12984-021-00863-x

https://doi.org/10.1080/09593985.2023.2217987

https://doi.org/10.3390/life10120327

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