NURS FPX 6224 Assessment 3
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Health Technology Strategic Plan
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Capella University
NURS FPX 6224
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A health technology strategic plan is a methodical plan that could be applied by healthcare organizations to deliberately embrace new or updated digital equipment. The gap in the Cleveland Clinic, which has been identified, and which is the need for an enhanced patient-centered mobile application to enable patients to directly add self-monitored health information to the Epic EHR system, demands a comprehensive strategic plan for successful implementation.
The evidence behind the argument is that digital health strategic plans are very effective in improving technology adoption and patient outcomes in large healthcare systems (Enabulele et al., 2025). Having a formulated strategic plan, the implementation of the mobile will be successful, equitable, and according to the mission of the Cleveland Clinic, which is to offer high-quality and patient-focused care.
Benefits of the Enhanced Patient-Centered Mobile Application
The application of new health information technology is paramount in fostering patient care and performance in the current health care systems. The application of the proposed improved patient-centered mobile application at the Cleveland Clinic is an important improvement of the current digital health infrastructure. The studies indicate that mobile health apps that are developed to support EHRs can enhance the management of chronic illnesses and lessen hospital admissions (Lin et al., 2025). The technology is a direct response to the gaps in care continuity, timely access to data, and interaction with patients in the Cleveland Clinic system.
Improving Patient and Organizational Healthcare Outcomes
The improved mobile tool will enable patients to share the real-time vital sign and symptom information directly into the Epic EHR system. Patient-reported data can be analyzed in real-time and made available to nurses and physicians, preventing clinical deterioration from being identified before body complications occur and they become serious.
There is evidence suggesting that mobile-based remote patient monitoring has a significant role in preventing unnecessary hospitalizations and enhancing health outcomes of various populations with chronic diseases (Smedslund et al., 2025). The net effect of all these improvements is on individual patient health outcomes, as well as the overall organizational performance measures of the Cleveland Clinic.
Enhancing Efficiency and Reducing Organizational Costs
The efficiency of operations and financial sustainability of large healthcare organizations like the Cleveland Clinic have become their priority in the current environment. The mobile app eliminates the redundancy of the use of manual documentation, reduces duplicate charting, and simplifies the interdisciplinary process of communication with automated data transfers in the form of FHIRs.
Studies have verified that home monitoring systems that are automated result in a reduced number of unnecessary clinical visits and administrative loads and generate substantial savings in healthcare organizations (Gagne et al., 2025). Lastly, this technology will have a positive impact on the financial health of the Cleveland Clinic, as well as improve the quality and equity of delivering patient care.
Relevant Stakeholders Impacted by Technology Adoption
The health technology implementation process occurs as the identification and engagement of respective stakeholders take place, and therefore, that is a pillar step towards the success of such an undertaking. The enhanced patient-centered mobile application of the Cleveland Clinic will impact various internal and external stakeholders on a wide scale. The literature has developed that stakeholder identification and engagement in early stages are highly significant predictors of successful health information technology adoption in complicated healthcare organizations (Mustafa et al., 2025). It is important to know how each group of stakeholders has been impacted to make sure that the implementation strategies are focused, inclusive, and geared towards organizational objectives.
Internal Stakeholders and Their Impact
The internal stakeholders that will be directly impacted by the mobile application are the frontline nurses, physicians, pharmacists, care coordinators, and the information technology department. It will result in a considerable alteration of the working process of the nursing team since there will be no need to resort to manual documentation anymore; instead, automated real-time data analysis that will be provided in the form of integrated Epic dashboards will be accessible. It has been pointed out that frontline clinical staff usage in technology deployment reduces resistance and improves the rates of technology adoption in the long-term by a significant margin (Lee et al., 2025). All these internal stakeholders should be actively involved in the training, feedback, and refinement of the system process in the implementation process.
External Stakeholders and Their Impact
The patients, insurance providers, community health organizations, external vendors, and local government health agencies are some of the external stakeholders that will be impacted by this technology. Direct beneficiaries of remote care and monitoring will be reflective patients in diverse groups, provided that they can address such long-term diseases as hypertension and diabetes.
Insurance companies have been demonstrated to be more open to covering the reimbursement of remote patient monitoring technologies that can be used to significantly reduce costly hospitalizations and emergency care (Paul et al., 2024). The necessity to engage these external stakeholders at an earlier stage ensures greater community support, an appropriate reimbursement model, and the long-term sustainability of the implementation of the mobile application at the Cleveland Clinic.
Expected Outcomes of the Enhanced Mobile Application
Determining clear and measurable expected outcomes in the evaluation of the effectiveness of any implementation of new health technologies is imperative. The enhanced patient-centered mobile application at the Cleveland Clinic would probably lead to a high level of care continuity, fewer avoidable cases of readmission, and more patient self-management than the current fragmented portal messages and paper-based systems.
There are indicators that remote monitoring interventions using mHealth tools do bring about quantifiable changes in clinical outcomes, such as improved blood pressure management and fewer diabetes complications within chronic disease communities (Lee et al., 2025). The anticipated outcomes are the immediate outcomes of the strategic intent of the Cleveland Clinic to deliver high-quality, equitable, and patient-centered care to every population.
Improving Patient Care Effectiveness, Efficiency, and Financial Health
The mobile application is believed to enhance the degree of patient care because it will be possible to make timely clinical decisions based on the appropriate and timely patient-reported data. In terms of operation, automated data transfers to Epic dashboards will reduce duplicative charting, reduce interdisciplinary communications, and significantly reduce administrative tasks in the nursing and care coordination departments.
Research has confirmed that healthcare facilities that have embraced the use of integrated remote monitoring systems have been experiencing reduced operational costs, as a result of reduced unnecessary visits, readmission, and manual documentation mistakes (Hossain et al., 2025). Taken altogether, all these outcomes put the Cleveland Clinic in a more favorable financial position, with higher performance metrics and a much-enhanced patient-centered care delivery level.
Strategies to Generate Buy-In for Technology Implementation
Among the most crucial activities that a nurse leader must implement in any major health technology implementation project is to create stakeholder buy-in. The nurse leaders of the Cleveland Clinic have to rely on communication models, unrestricted sharing of information, and shared decision-making to ensure that the mobile application is supported by many people.
It is established that change management methods with nurses as the leaders and based on the eight-step model by Kotter achieve much better outcomes related to staff engagement and technology uptake in healthcare facilities (Paul et al., 2024). An early-formed shared vision and communicated to all stakeholder groups sets the foundations of a successful and sustainable technology implementation.
Evidence-Based Change Management and Communication Strategies
Evidence-based frameworks of change management adopted at the Cleveland Clinic by nurse leaders should include regular town halls, champions of unit-based leaders, and established feedback systems during the implementation. The interests of both the clinical staff and the organizational leadership will be lessened directly by open reporting of the estimated patient outcome improvements, workflow improvements, and cost reductions.
The use of healthcare technology, in which special super-user champions and constant staff training are used, has been demonstrated to assist in reducing the rate of resistance and increasing the use of the system in the long term (Babirye and Anderson, 2024). Their relevance and commitment among the members are promoted by differentiation of the communication approach to the internal stakeholders (nurses, physicians) and the external stakeholders (patients, insurers).
Key Points: Solidifying the Mobile Application as an Appropriate Technology Acquisition
A convincing cost-benefit analysis is a must-have tool for nurse leaders to obtain executive and organizational acceptance to invest in new technologies. The implementation of the mobile application with the current Epic EHR system based on FHIR reduces the impact of the implementation process, decreases the additional cost of infrastructure, and aligns well with the current processes at the Cleveland Clinic. Research shows that mobile health technologies that interact with the current EHR systems can show high returns on investments in terms of fewer readmissions, lower administrative expenses, and higher patient satisfaction rates (Lin et al., 2025). All these strategic considerations confirm that the enhanced mobile application is a clinically sound, economically wise, and congruent technology acquisition at the Cleveland Clinic.
Conclusion
The strategic plan of health technology plays a crucial role in the effective and lasting introduction of new digital technologies in complicated healthcare facilities. The Cleveland Clinic’s improved patient-centered mobile application is a response to the identified gaps in care continuity, patient engagement, efficiency of the workflow, and equitable access to care in the previous needs assessment. The Cleveland Clinic is already striving to deploy such a technology, and the evidence-based methods of buy-in, the careful attention to the needs of the stakeholders, and the estimated outcomes put it in a more advantageous position to improve its main mission, which is offering excellent and patient-centered care.
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NURS FPX6224 Assessment 3
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NURS FPX6224 Assessment 3
Below are the references for NURS-FPX6224 Assessment 3 Health Technology Strategic Plan:
Babirye, D., & Anderson, R. (2024). Training and support practices and insights into the sustainability of mHealth implementations in Sub-Saharan Africa. Journal on Computing and Sustainable Societies. https://doi.org/10.1145/3707638
Gagne, O., Woo, J. J., Williams, R. J., Nwachukwu, B. U., Kunze, K. N., & Ramkumar, P. N. (2025). Artificial intelligence is a tool to mitigate administrative burden, optimize billing, reduce insurance and credentialing-related expenses, and improve quality assurance within healthcare systems. Arthroscopy: The Journal of Arthroscopic & Related Surgery. https://doi.org/10.1016/j.arthro.2025.02.038
Mustafa, N. K., Ibrahim, R., Aljunid, S. M., Aizuddin, A. N., & Awang, Z. (2025). Critical success factors influencing the acceptance of a casemix-based hospital information system: Cross-sectional study. Journal of Medical Internet Research, 27, e74226. https://doi.org/10.2196/74226
Paul, M. M., Khera, N., Elugunti, P. R., Ruff, K. C., Hommos, M. S., Thomas, L. F., Nagaraja, V., Garrett, A. L., Smith, M., Delafield, N. L., Mayo, B. C., Kresin, M. M., Nagarakanti, S. R., & Kaur, M. (2024). The state of remote patient monitoring for chronic disease management in the United States. Journal of Medical Internet Research. https://doi.org/10.2196/70422
Smedslund, G., Østerås, N., & Hestevik, C. H. (2025). Effects of remote patient monitoring on healthcare utilization in patients with non-communicable diseases: A systematic review and meta-analysis. Journal of Medical Internet Research Mhealth and Uhealth, 13, e68464. https://doi.org/10.2196/68464
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NURS FPX6224
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