NURS FPX 6426 Assessment 2 Needs Assessment Meeting with Stakeholders

NURS FPX 6426 Assessment 2 Needs Assessment Meeting with Stakeholders

Student name

Capella University

NURS-FPX 6426

Professor Name

Submission Date

Needs Assessment Meeting with Stakeholders

My name is Wilson, and I work as the Nursing Informatics Specialist at Mercy Medical Center, where I am spearheading the rollout of an integrated telemonitoring electronic health record (EHR) system within the 15,000-patient population. The targeted patients of the project are aged 50-65 and who access acute care services; consequently, the project aims at incorporating advanced telemonitors with the existing electronic health record infrastructure to enhance clinical delivery and efficiency. The implementation plan of 18 months would involve assessment of the stakeholders, integration of the system, ample staff training, and implementation that should be completed by December 2026. The organizational vision underlining the initiative is to translate the care delivery model into active patient management and power through a decrease in average hospital length of stay without failing to obtain a decrease in hospitalization costs based on evidence-based telemonitoring interventions (Siddique et al., 2021). The information system change proposed is strategic as it is aligned with the commitment of the institution to provide patient-centered, cost-effective healthcare through innovative nursing informatics solutions, which increase both clinical outcomes and financial sustainability.

Connection Between Organizational Vision and Information System Change

The scope and strategic direction of telemonitoring-enhanced EHR implementation of Mercy Medical Center are in direct correspondence with its organizational vision, which states the delivery of patient-focused care at affordable costs with the help of innovative technology. Institutional commitment to value-based care delivery and financial sustainability is ensured by the fact that this initiative could cut the hospital length of stay and associated costs by 30 percent (Kokshagina and Keranen, 2021). The information system change will steer the project as it will determine quantifiable standards that tie-in the technology investment to the improved patient outcomes and operational efficiency. The role of the vision-project alignment in stakeholder interest’s policy is to increase the level of job satisfaction reported by clinical staff, decrease the cost to the administration, improve patient safety outcomes, and reinforce competitive staging in the healthcare market (Depla et al., 2023). The intentional development of telemonitoring features into the existing workflows can guarantee that the technological improvement will be aligned with the wider organizational goal of excellence in the sphere of patient care.

Current Situation and Desired State Assessment

Among the key problems identified by the stakeholders with the existing EHR system are a patchy patient information interdepartmental, poor real-time monitoring abilities, and excessive patient hospitalization, with expenditures amounting to $15,799 per patient primary admittance. That projected fiscal impact analysis indicates high possibilities of cost reduction, as telemonitoring implementation is estimated to save up to $11,039 per patient in terms of hospitalization, which leads to the savings of $4,760 per patient, and 9.13 days of LOS. The existing strengths of the current system are elaborated documentation processes, elementary clinical decision support capabilities, and the high level of staff awareness regarding the use of the current interfaces to support common care coordination processes. With limitless possibilities, the stakeholders have a vision of a fully-integrated telemonitoring technology with predictive analytics, autopilot patient notifications, integrative interoperability through all healthcare systems, mobile interoperability access to real-time monitoring, and the overall patient engagement platform (Liu et al., 2024). Such a state change would create head-on patient care within its evidence-based approach and uphold the Health Insurance Portability and Accountability Act (HIPAA) standards, and would facilitate the organization-wide implementation of comprehensive nursing informatics requirements.

Risk Assessment and Mitigation

The stakeholders found serious patient safety concerns with the existing system, such as the delayed clinical decision-making before patients due to fragmented data access, critical notification of a deteriorating patient, and possible medication errors because of the lack of complete real-time monitoring options. Some of the ethical and legal aspects include the issues of HIPAA compliance with current data storing procedures, activities on patient autonomy, and the threats of liability issues linked to delayed response because these systems could not work (Blessing, 2024). The estimated training schedule involves 6 months, incurring a budget of 450,000 dollars to undertake the overall staff training of all stakeholder groups, such as clinical staff, information technology (IT) staff, and administrative teams. The cost of integration of telemonitoring, extensive redesign of the workflow, and a gradual rollout are too complex to implement within one month and guarantee patients and system stability (Auener et al., 2023). Some of the risk mitigation measures comprise the adoption of good backup procedures, coming up with extensive audit trails, and the presence of parallel systems during the transition to prevent disrupted patient care and regulatory violations.

Evidence-Based Practice Standards

Telemonitoring systems best practices should be constant monitoring of vital signs, automated measures to take important weapon values, and integration with clinical decision support systems with evidence-based management to manage patients. By using electronic health, mobile health, and telehealth systems, quality, ethical, and efficient care of patients becomes possible, due to the possibility of transmitting data in real-time, remotely monitoring the patients, and enhancing the alignment of care between the interprofessional teams. The integrated technologies have a significant impact on healthcare as they enhance access and decrease disparities to underserved population groups through remote monitoring services, as well as removing any transportation barriers, alleviating further access to care and the need to manage care implications despite its territorial location (Alubaie et al., 2024). The data proves the validity of the claim that innovation in its entirety through the use of integral telemonitoring can decrease the number of readmissions to the hospital as well as increase the level of patient satisfaction and ensure a high level of strict compliance with the ethical principles of nursing informatics (Po et al., 2024). Quality care and ethical care facilitation can be achieved with normalised protocols, automated documentation with less human error, and patient-enhanced autonomy via better access to health information and direct connection channels with their health caregivers.

Technology Functionality Requirements

It was mentioned that stakeholders preferred cloud-based telemonitoring software featuring real-time analytics, mobile-compatible hardware (wearable devices and tablets), and integrated communication systems with features of secure messaging and video conferencing. The immediate fiscal effect consists of the initial costs of licensing the software of $850,000 and purchasing the hardware of $650,000, which amount to not less than a million dollars in the first year of implementation. Long-term investments stand at five years, and the costs, including the final computations of annual maintenance cost of 200k, software upgrade of 150k after every two years, and hardware replacement with the average ownership cost of 3.2 million, are calculated. The capabilities of the system consist of automated vital signs monitoring and future alerts on the likelihood of early intervention, an integrated EHR, and the ability to access the system via a desktop, mobile, and tablet (Usha and Bharathi, 2024). The payback on investment analysis indicates that the investment will be recovered in less than 18 months in terms of saved costs in hospitalization and efficiency of operations.

Fiscal Impact of Information and Communication Technologies

The overall fiscal evaluation of the telemonitoring-enhanced EHR system under consideration promotes considerable cost-effectiveness over the current dated infrastructure, with the initial set of expenses involved in implementation of the device being offset to the advantage of 1.5 million dollars, with the estimated annual savings of 2.3 million dollars in terms of hospitalization costs and enhanced operational performance. As we have admitted, an analysis of EHR systems available in the market shows that the chosen cloud-based solution has a better interoperability with local health care networks, whose long-term costs are 40% lower than those of premise options, with a better data storage zone penetration and 24/7 technical servicing support. There are initial expenses such as software licensing, hardware purchase costs, and employee training of $450,000, and long-term costs cover annual maintenance and upgrades (totaling $150,000) and replacement of hardware after five years of use and totaling 3.2 million to change the system. The return on investment analysis shows how costs will be recovered in 18 months with quantifiable cost reductions of patient hospitalization, patient hospitalization costs decreased by 15,799 to 11,039 a year after implementation of the intervention, which would result in organizational savings (Phillips et al., 2021). Fiscal planning would be able to provide technological investments that are long-term term sustainable, so the financial goals of the Mercy Medical Center can achieve the targets of patient care excellence due to the use of evidence-based informatics solutions.

Communication Technology and Health Literacy

To evaluate the effectiveness of communication technology, key stakeholders will be used to evaluate the outcome changes in consumer health information literacy, as measured by health literacy levels prior to and subsequent addition of pre-implementation and post-implementation surveys and medication adherence rates. Existing patient education resources will have to be revised to correspond with the proper levels of language and literacy, with the stakeholders recognizing the necessity of multiple languages and content that is less complicated in terms of reading comprehension standards in the sixth grade. The criteria of the decision-making will entail measures of patient engagement, fewer communication errors, an increase in their appointment compliance rates, and the measures of utility of patient-provider interaction quality, measured quarterly. The marketing plan will involve using the integrated telemonitoring system with automated health education, interactive patient portals using interactive tools, and culturally relevant material to support the widely diverse communities among patients (15,000 patients) (Johnson et al., 2023). Measures of success will be patient portal adoption rates of 80 percent within the initial year of the deployment and health literacy assessment score reduction of 25 percent within the first year of implementation.

Workflow and Communication Enhancement

Information system change will improve the efficiency of workflow by providing automated documentation, the synchronization of patient data practically, with built-in secure messaging to minimize communication delays among clinical personnel, physicians, and administrative employees. Such features of internal communication as instant messaging, critical patient value alerts, notifications between the care teams, and collaborative care planning tools are used to facilitate interprofessional coordination across all service lines. Improved EHR interoperability will facilitate easy sharing of data with the local office of the provider, specialty clinics, as well as the regional healthcare organization, which will enhance continuity of care as well as reduce duplication of testing and increase patient safety outcomes (Ferreira et al., 2024). The backup procedures are manual documentation policies, communications via the phone trees, with implementation in addition to secure email, and quarterly training of the employees to familiarize themselves with alternative procedures in situations of system malfunctions. With a whole backup plan, there should be ongoing care due to well-established paper-based procedures, assigned communication coordinators, and routine exercises that will keep the event operational until the full restoration process is completed.

Benefits and Challenges of Health Information System Change

The new telemonitored EHR system provides a lot of advantages, such as improved clinical workflows, access to real-time patient data, and enhanced interprofessional communication ensured by an in-built messaging platform. The clinical personnel will have either increased decision-making power through automated systems that warn about patient vital signs and evidence-based care protocols. Nonetheless, the barriers to implementation are, firstly, disrupting the working process during a 6-month training phase, and secondly, there is a possibility of alert fatigue due to the use of new telemonitoring technologies and the necessity to teach these technologies thoroughly to the staff (Reegu et al., 2023). The stakeholders of the IT department mentioned at least the complexity of technical integration between the current EHR infrastructure and new telemonitoring hardware as the main implementation barrier. The pilot data show that despite the challenges, the patient outcomes and cost reduction indicators are valid and confirm that the organization commits itself to the transformative change.

Data Capture Improvements

The new telemonitoring system will enable the enhancement of data capture by providing continuous real-time monitoring of patient vital signs, algorithms based on trend analysis, and predictive analytics, which detect trends and patterns of patient deterioration related to them, 24-48 hours before the present methods of patient assessment. With improved system functions come commonly machine learning pattern applications, automated data valuation processes, and comprehensive dashboards, which would enable comparative analysis of improved identification of infection trends, medication compliance patterns, and readmission risk factors vis-à-vis the existing episodic documentation system. The HIPAA compliance measures include the use of cloud storage of an enterprise-grade cloud characterized by end-to-end encryption, performing a virtual private network (VPN) on all remote access, transmission of data using the encrypted internet protocol (IP), and the use of two-step multi-factor authentication on all system users (Saini, 2021). Such HIPAA violation prevention measures as the automated audit trails, role-based access control, and the periodic security evaluation should be developed, whereas the consequences of the violation can be seeds upon an individual such as job loss, proceeds with professional licenses, and even criminal prosecution, and the forfeiture may achieve up to 1.5 million dollars per incident and compel the organization to implement the corrective action plan..

Practice and Outcome Enhancement

The targeted change in the telemonitoring system will lead to improvement of the present-day practice because patients will be managed proactively, leading to a decrease in hospital readmissions by 25 percent, and patient satisfaction scores will increase further due to the availability of advanced communications and engagement tools. Programs known as digital equity, such as the distribution of tablet devices to underserved patients, multilingual interfaces, technology education programs, and community Wi-Fi connections, are aimed at lowering access barriers to technology and increasing information availability to vulnerable populations. Reduction in hospital length of stay, improvement in the outcomes of chronic disease management, and an increase in patient portal use and all demographics are practice improvement metrics (Carini et al., 2021). The comprehensive digital access plans not only provide a fair delivery of health care but also deliver quantifiable gains in clinical care as well as cost efficiency to the diverse population of 15,000 patients.

Change Management Principles for Resistance Mitigation

The 8 steps of the change process by Kotter and the technology acceptance model (TAM) are critical frameworks in managing resistance amid telemonitoring EHR implementation, which focuses on involving the stakeholders earlier, openly communicating the benefits of the computer systems, and providing broad training curricula to curb workflow anxiety. The principles are advantageous to the clinical staff in that they alleviate anxiety via the staged approaches to implementation, allow sufficient time to master the skills, and guarantee perceived usefulness and ease of use that enhance the rates of technology adoption (Trawick and Carraher, 2023). Successful change management execution provides administrative stakeholders with better staff buy-in, lower implementation cost, quicker realization of projected cost savings goals, and an improved organizational reputation. Change management strategies also assist patient stakeholders to impact the organization with the assurance of smooth flow of care, appropriate delivery of services throughout the upgrading of the system, and the preservation of provider-patient relationships during the implementation of the system (Reegu et al., 2023). The step-by-step execution of the frameworks of change management provides an enabling atmosphere that redirects any resistance that may arise to cooperative work and eventually leads to a victory in the adoption of the telemonitoring system across all groups of stakeholders within Mercy Medical Center.

Conclusion

Some of the essential lessons learned during the stakeholder needs assessment meeting reveal that the telemonitoring-enhanced EHR implementation plan fits the Mercy Medical Center organizational vision reasonably well, and the anticipated results portray a 30% reduction in expenses, increased patient safety due to real-time monitoring, and enhanced coordination of care across all service lines. The project scope is directly aligned with the strategic direction toward changing reactive care delivery to proactive patient management to allow the offer of evidence-based intervention to decrease hospital length of stay and preserve quality outcomes, and another regulatory compliance.

Implementation success sampler change management principles, such as the 8-step change model by Kotter and the technology acceptance model (TAM), will be used to ensure success by ensuring that the entire stakeholder engagement, nomadic communication regarding the benefits of the system, gradual training scale initiatives, and feedback liberalization are implemented to ensure resistance and adoption. To achieve the vision of the organization as the provider of patient-centered and cost-effective healthcare provision using innovative nursing informatics solutions, long-term leadership dedication, sufficient resource distribution, and organized tracking of implementation levels serve as a key to strategic progress in this field. Such success factors include stakeholder buy-in, the readiness of technical infrastructure, and the ability to achieve strong stakeholder change management approaches that contribute to the confidence of the staff and system utilization among the population of 15,000.

Related assessments for this class:

NURS FPX 6426 Assessment 1
NURS FPX 6426 Assessment 3
NURS FPX 6426 Assessment 4