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NURS FPX 6226 Assessment 3 Preparing and Managing an Operating and Capital Budget

Student Name Capella University NURS-FPX6226 Advanced Operations and Finance Management Prof. Name Date Preparing and Managing an Operating and Capital Budget Healthcare organizations depend on well-structured operating and capital budgets to maintain service continuity, improve patient outcomes, and remain financially sustainable. An operating budget focuses on short-term revenues and expenses associated with daily functions, while a capital budget addresses long-term investments such as facilities, technology, and equipment. When these two budgets are coordinated effectively, hospitals are better positioned to respond to current operational pressures while planning for future growth. This analysis explains how a hospital can develop, calculate, and manage both budgets using available financial data, historical trends, and healthcare industry benchmarks. It also identifies areas of uncertainty that may affect decision-making and recommends evidence-based controls consistent with E-E-A-T principles (experience, expertise, authoritativeness, and trustworthiness). Capital Budget Proposal and Needs Assessment A capital budget is used to finance major assets or infrastructure that will provide value over several years. In healthcare, these expenditures commonly include facility modernization, diagnostic technology, cybersecurity systems, and reserve funds for liquidity (Homauni et al., 2023). Based on the hospital’s financial position, several investments are recommended to improve efficiency, patient satisfaction, and revenue generation. Proposed Capital Budget Capital Item Estimated Cost Purpose Building Renovations and Expansions $1,000,000 Upgrade patient rooms, triage, and clinical spaces to improve workflow and patient experience Medical Equipment Upgrades $750,000 Replace aging ventilators, monitors, and critical care devices Diagnostic Imaging Equipment (MRI/CT) $1,200,000 Increase diagnostic capacity and generate additional revenue IT Infrastructure and Cybersecurity $500,000 Improve EHR systems, billing processes, and data protection Utility System Upgrades $300,000 Install energy-efficient systems to reduce recurring costs Pharmacy Automation Systems $150,000 Improve medication inventory control and reduce waste Emergency Backup Power Systems $400,000 Maintain uninterrupted services during outages Working Capital Reserve $500,000 Protect cash flow and short-term liquidity Revenue Enhancement Initiatives $250,000 Marketing and outreach to increase patient volume Total Estimated Capital Budget $5,050,000   Why Is This Capital Budget Necessary? This budget supports both strategic growth and operational resilience. Facility improvements can strengthen infection prevention and patient satisfaction. New diagnostic equipment may attract more patients and improve service access. Investments in technology and utilities can lower future costs and improve productivity. Knowledge Gaps and Uncertainties in the Capital Budget Although the proposal is grounded in reasonable assumptions, several missing data points may reduce forecasting accuracy. Key Concerns How Can These Gaps Be Addressed? The hospital should complete: These steps would improve the precision of final capital allocations (Zamzam et al., 2021). Operating Budget Overview An operating budget captures routine revenues and expenditures required to run the hospital. It is essential for labor planning, purchasing, and financial control (Khajavi et al., 2024). For the reviewed period (July–December), inpatient revenue totaled $23,123,516, while operating expenses were $22,433,565, resulting in a modest positive margin. Operating Budget Summary Category Item Amount Revenue Inpatient Revenue $23,123,516 Expense Salaries and Wages $12,157,632 Expense Employee Benefits $3,040,408 Expense Professional Fees $250,160 Expense Supplies $5,883,497 Expense Utilities $27,456 Expense Other Purchased Services $23,484 Expense Insurance $57,315 Expense Medical Supplies $21,456 Expense Other Direct Expenses $972,157 Total Expenses   $22,433,565 Net Revenue   $689,951 What Does This Budget Indicate? The organization remains operationally positive; however, margins are narrow. Labor and supply costs represent the largest spending categories and require close oversight. Knowledge Gaps and Uncertainties in the Operating Budget Several variables could significantly affect budget performance. Main Risks Why Is This Important? If these factors are not monitored regularly, the hospital may experience budget overruns or reduced liquidity. Capital Budget Design and Strategic Considerations The capital plan was structured to align with operational priorities and long-term financial goals. Key Strategic Objectives Modernization initiatives often create measurable returns through lower maintenance costs, stronger billing efficiency, and improved service demand (Junaid et al., 2022). How Were Capital Budget Costs Calculated? Capital cost estimates were derived using: For example, renovation estimates may rely on per-square-foot healthcare construction benchmarks, while reserve targets may follow days-cash-on-hand standards recommended by HFMA (HFMA, 2020). Because vendor bids are not finalized, actual project costs may differ from current estimates. Ongoing Management of the Capital Budget Effective capital budgeting does not end after approval. Continuous governance is required. Recommended Controls Management Activity Purpose Monthly variance reviews Detect overspending early Capital budget committee Ensure accountability Gantt charts and project dashboards Track milestones Change control process Approve scope or cost changes Quarterly reforecasting Adjust for market shifts ROI measurement Evaluate project success Project monitoring tools are especially valuable for construction and equipment implementation schedules (Radujković & Klepo, 2021). Design and Creation of the Operating Budget The operating budget was prepared using year-to-date actual results, current annual targets, and projected next-year needs. Major Cost Drivers Included NURS FPX 6226 Assessment 3 Preparing and Managing an Operating and Capital Budget Where spending trends were increasing, future allocations were adjusted upward. However, incomplete data on some revenue streams and medication costs may reduce forecast reliability (Lee, 2023). How Were Operating Costs Calculated? Operating cost estimates were developed through annualization and trend analysis. Example Approach If six months of salary expenses exceeded plan, that trend was projected into the next fiscal cycle. Similar methods were used for supplies and purchased services. Common healthcare budgeting methods included: Kaplan and Gallani (2022) note that variance analysis remains a valuable tool for healthcare cost control when paired with management intervention. Ongoing Management of the Operating Budget To remain financially stable, the hospital should continuously monitor operating performance. Recommended Process Rolling forecasts are particularly useful in healthcare because patient demand and reimbursement conditions can change rapidly (Nowicki, 2024). Conclusion Both capital and operating budgets are essential to hospital success. The operating budget ensures efficient daily operations, while the capital budget finances long-term improvements that strengthen competitiveness and care quality. Although current estimates are supported by accepted financial methods and healthcare benchmarks, additional data such as vendor proposals, utilization metrics, and demand forecasts would improve decision quality. With disciplined oversight, regular reforecasting, and evidence-based planning, the hospital can enhance financial performance while maintaining high-quality
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NURS FPX 6224 Assessment 3 Health Technology Strategic Plan

Student Name Capella University NURS-FPX6224 Healthcare Technology and Informatics Prof. Name Date Health Technology Strategic Plan Remote Patient Monitoring (RPM) technology offers healthcare organizations a practical pathway to improve care quality, strengthen operational efficiency, and control rising costs. RPM uses connected devices such as blood pressure monitors, glucose sensors, pulse oximeters, and wearable tools to collect patient data outside traditional clinical settings. This allows clinicians to observe health trends in real time and intervene early when warning signs emerge. Evidence indicates that RPM is especially valuable for patients with chronic illnesses who require frequent follow-up and continuous disease management (Serrano et al., 2023). This strategic plan explains the organizational value of RPM, identifies affected stakeholders, outlines expected outcomes, and recommends evidence-based methods for securing support during implementation. What Is Remote Patient Monitoring (RPM)? Remote Patient Monitoring refers to the use of digital health technologies that gather medical and health-related data from patients in one location and electronically transmit that information to healthcare professionals in another location for assessment and decision-making. RPM extends care beyond hospital walls and supports a more preventive model of healthcare delivery. Common RPM devices include: What Are the Benefits of Remote Patient Monitoring? RPM provides clinical, operational, and financial advantages when integrated effectively into healthcare systems. Improved Clinical Outcomes RPM enables early detection of deterioration in patient condition by continuously tracking vital signs and symptom changes. Clinicians can respond before problems escalate into emergency events or hospital admissions. Studies show RPM can reduce readmissions and improve disease control among patients with hypertension, diabetes, and heart failure (Charkviani et al., 2023; Tan et al., 2024). Patients also become more engaged in self-management because they receive timely feedback and ongoing monitoring support. Greater Operational Efficiency Traditional follow-up models depend heavily on in-person appointments and manual monitoring processes. RPM reduces unnecessary visits by allowing stable patients to be managed remotely while prioritizing high-risk individuals for direct care. Automated data capture also decreases documentation burden and frees clinicians to focus on higher-value patient interactions (Claggett, 2024). Financial Advantages Preventing avoidable emergency visits, hospitalizations, and complications can significantly lower healthcare spending. Many payers now reimburse qualifying RPM services, improving the financial feasibility of implementation. Long-term chronic disease management through RPM may also reduce downstream treatment costs (Tan et al., 2024). Table 1 Summary of RPM Benefits Benefit Area Strategic Value Expected Result Clinical Care Continuous monitoring and early intervention Fewer complications and readmissions Patient Experience Convenient care at home Higher satisfaction and engagement Workforce Efficiency Reduced routine workload Better staff productivity Financial Performance Lower acute care utilization Reduced operating costs Access to Care Remote support for underserved groups Improved equity Who Are the Key Stakeholders? Successful RPM implementation depends on alignment among internal and external stakeholders. Internal Stakeholders Healthcare professionals, information technology teams, administrators, and finance leaders are central to RPM success. NURS FPX 6224 Assessment 3 Health Technology Strategic Plan RPM can improve nursing workflow by automating routine monitoring tasks and allowing greater attention to patients with urgent needs (Coffey et al., 2022). External Stakeholders Patients, caregivers, insurers, device vendors, and community agencies also influence outcomes. Patients in rural areas or with mobility limitations may benefit substantially through reduced travel burden and improved continuity of care (Tagne et al., 2025). Table 2 Stakeholder Impact Analysis Stakeholder Group Primary Interest RPM Impact Physicians Better decision-making Real-time patient data Nurses Efficient care coordination Reduced manual monitoring IT Teams Secure integration System implementation responsibility Executives ROI and quality metrics Strategic performance gains Patients Convenience and safety Home-based monitoring Payers Cost containment Lower claims through prevention What Outcomes Are Expected After RPM Implementation? Better Patient Outcomes RPM supports timely intervention, improved medication adherence, and individualized treatment adjustments. Chronic disease patients often experience better symptom control and fewer acute exacerbations (Tan et al., 2024). Stronger Organizational Performance Healthcare organizations can streamline workflows, improve interdisciplinary communication, and reduce unnecessary appointments. Staff time can be redirected toward complex patient needs rather than repetitive monitoring activities (Claggett, 2024). Improved Financial Sustainability Reduced emergency utilization, shorter admissions, fewer readmissions, and payer reimbursement opportunities can strengthen financial performance. How Can Leaders Gain Buy-In for RPM Adoption? Leadership support and frontline engagement are essential. Nurse leaders are well positioned to champion RPM through strategic communication and change management. Engage Executives With Evidence Present measurable data on: Case studies and pilot results can strengthen the business case (Coffey et al., 2022). Involve Clinicians Through Training Resistance often occurs when staff expect workflow disruption or added burden. Leaders should provide: Training increases confidence and adoption rates (Pavithra et al., 2024). Educate Patients and Caregivers Patient success depends on comfort with the technology. Organizations should offer: These supports are particularly important for older adults and patients with limited digital literacy (Tagne et al., 2025). Collaborate With IT Early IT teams should be involved from planning through launch to address: Early collaboration reduces implementation delays. Partner With External Stakeholders Leaders should work with insurers and community organizations to expand access, improve reimbursement pathways, and support health equity initiatives (Lawrence et al., 2023). Table 3 Buy-In Strategy Framework Stakeholder Recommended Strategy Desired Outcome Executives ROI and quality data Funding approval Clinicians Training and pilot programs Workflow adoption Patients Education and support High engagement IT Teams Early planning meetings Smooth integration Payers Reimbursement collaboration Financial sustainability Conclusion Remote Patient Monitoring is a high-value digital health strategy that can reshape healthcare delivery through earlier intervention, stronger chronic disease management, and more efficient use of resources. When implemented with clear governance, staff training, patient support, and stakeholder alignment, RPM can improve quality outcomes while enhancing long-term operational sustainability. Organizations that adopt RPM strategically are better positioned to deliver accessible, patient-centered, and data-informed care. References Charkviani, M., Simonetto, D. A., Ahrens, D. J., Amundson, R. H., Bell, S. J., Busch, J. J., Caine, N. A., Cleveland, E. J., Coelho-Prabhu, N., Barreto, E. F., Daniels, C. E., DeZutter, M. A., Ebbert, J. O., Kattah, A. G., Kohler, C. M., Leuenberger, A. M., Pahl, D. F., Reinschmidt, K. J., & Philpot,
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NURS FPX 6222 Assessment 2 Quality and Safety Gap Analysis

Student Name Capella University NURS-FPX6222 Healthcare Safety and Quality Management Prof. Name Date Quality and Safety Gap Analysis Nursing workforce shortages and occupational burnout remain major threats to healthcare quality, patient safety, and organizational sustainability. When hospitals experience inadequate staffing, nurses often face increased workloads, emotional fatigue, and reduced job satisfaction. These pressures can lead to turnover, inconsistent care delivery, and preventable patient harm. At Henry Ford Hospital, these concerns require a structured quality and safety gap analysis to identify deficiencies and implement sustainable solutions. This paper examines organizational culture, staffing instability, burnout drivers, and evidence-based strategies to strengthen care outcomes. What Are the Main Nursing Shortage and Burnout Issues at Henry Ford Hospital? Nurses represent the largest segment of the global healthcare workforce and are essential to safe, coordinated patient care. However, persistent shortages across healthcare systems continue to strain hospitals. At Henry Ford Hospital, staffing gaps contribute to high patient assignments, extended shifts, delayed care processes, and elevated stress among nursing personnel. Burnout typically develops when chronic workplace demands exceed available support systems. At HFH, this may manifest through: When staffing shortages continue, existing nurses often work overtime or cover vacant shifts. This creates a cycle where fatigue increases the risk of medication errors, communication failures, missed care, and patient dissatisfaction (Haddad et al., 2023). Quality Gaps Linked to Staffing Instability The following table summarizes key quality gaps associated with nursing shortages and burnout. Quality Domain Existing Gap Potential Impact Patient Safety Nurse fatigue and overload Medication errors, falls, missed assessments Operational Efficiency Delayed care delivery Longer wait times, discharge delays Workforce Stability High turnover Recruitment costs, staffing disruption Patient Experience Reduced nurse availability Lower satisfaction scores Clinical Outcomes Inconsistent monitoring Readmissions, longer length of stay What Knowledge Gaps Still Exist? Although many organizations attempt to address workforce shortages, several uncertainties remain. There is limited long-term evidence regarding the sustained success of interventions such as mentorship programs, wellness resources, and flexible scheduling systems. Financial constraints, leadership resistance, and competing organizational priorities may also delay implementation. Additional questions include: Addressing these gaps can support better workforce planning and safer patient outcomes at HFH (Weston, 2022). Proposed Practice Changes to Improve Quality and Safety Outcomes Several evidence-based strategies can strengthen nursing retention, reduce burnout, and improve patient care at Henry Ford Hospital. 1. Flexible Staffing Models Flexible staffing systems such as self-scheduling, internal float pools, and predictive workforce planning can improve shift coverage while giving nurses greater control over work-life balance. 2. Improved Nurse-Patient Ratios Hiring additional staff and aligning assignments with patient acuity can reduce overload, improve surveillance, and lower adverse event rates. 3. Virtual Nursing Technology Remote patient monitoring, telehealth support, and virtual nursing assistants may reduce non-bedside workload and improve patient responsiveness (Khairat et al., 2025). 4. Wellness and Resilience Programs Structured mental health support can include: 5. Mentorship and Career Development Career advancement pathways, residency programs, and mentorship opportunities can increase professional engagement and retention (Richard & Bin, 2023). Assumptions Behind These Practice Changes These recommendations depend on several operational assumptions: Without these enabling factors, implementation success may be limited. Prioritization of Practice Changes With Rationale The most urgent intervention is improving nurse-patient ratios. Safe staffing directly affects patient outcomes, nurse fatigue, and quality metrics. If staffing levels remain inadequate, other wellness or retention programs may have limited effect because nurses will continue operating under excessive workload conditions. The recommended order of priority is shown below. NURS FPX 6222 Assessment 2 Quality and Safety Gap Analysis Priority Rank Intervention Rationale 1 Improve staffing ratios Immediate safety and burnout reduction 2 Flexible scheduling Better workload balance and retention 3 Mental health support Reduces stress and emotional exhaustion 4 Mentorship programs Long-term engagement and development 5 Technology integration Supports efficiency and monitoring Research consistently associates safer staffing levels with lower mortality, fewer errors, and stronger patient satisfaction (Weston, 2022). How Will These Changes Foster a Culture of Quality and Safety? A culture of quality develops when organizations prioritize both patient outcomes and employee well-being. The proposed changes can support this culture by reducing fatigue, increasing engagement, and improving continuity of care. When nurses feel supported, they are more likely to: A stable workforce also enhances institutional knowledge and care consistency (Richard & Bin, 2023). How Should Success Be Measured? HFH should evaluate implementation success using objective performance indicators. Metric Category Example Measures Workforce Outcomes Retention rate, vacancy rate, overtime hours Staff Experience Burnout scores, engagement surveys Patient Safety Falls, medication errors, infections Operational Results Length of stay, throughput time Patient Experience Satisfaction surveys, complaints Continuous review of these indicators allows leaders to refine strategies and sustain progress. Impact of Organizational Culture and Hierarchy on Outcomes Organizational culture strongly influences quality and safety performance. In rigid hierarchical systems, frontline nurses may hesitate to report hazards or challenge unsafe processes. Delayed communication can increase near-miss events and patient harm. A workplace focused solely on productivity while ignoring staff well-being often experiences: By contrast, transformational and collaborative leadership models are linked to stronger engagement, improved safety climates, and reduced burnout (Galura et al., 2024). What Organizational Changes Are Needed? To mitigate adverse outcomes, Henry Ford Hospital should modernize both systems and leadership behaviors. Recommended Organizational Reforms These changes can build a safer, more responsive, and employee-centered environment. Remaining Uncertainties Some issues require further investigation before full-scale implementation: Pilot testing and ongoing evaluation can reduce implementation risk. Conclusion Nursing shortages and burnout at Henry Ford Hospital present substantial threats to patient safety, staff well-being, and operational performance. A strategic response should begin with safer staffing ratios, flexible scheduling, wellness support, mentorship systems, and collaborative leadership practices. By investing in nurses as a core quality asset, HFH can strengthen retention, improve safety outcomes, and foster a resilient culture of excellence. References Galura, S., Farag, A., Grant, C., & Culpepper, R. (2024). Leading through chaos: Understanding the impact of high staff turnover on the role of the nurse manager. Nurse Leader, 23(1), 87–96. https://doi.org/10.1016/j.mnl.2024.09.005 Haddad, L. M., Butler, T. J. T., & Annamaraju, P. (2023). Nursing
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NURS FPX 6116 Assessment 3 Criteria and Rubric Development

Student Name Capella University NURS-FPX6116 Nursing Education Assessment and Evaluation Prof. Name Date Criteria and Rubric Development The telehealth nursing course assessment at Riverside Community Hospital is structured to evaluate whether learners can provide safe, effective, and patient-centered virtual healthcare services. The assessment aligns with course outcomes by integrating theoretical knowledge, technical competence, and professional behaviors required in telehealth nursing practice. It uses the three major domains of learning—cognitive, psychomotor, and affective—to ensure a balanced and comprehensive evaluation of student performance. This framework is designed to determine whether learners can understand telehealth principles, operate digital care systems effectively, and demonstrate ethical judgment and cultural awareness while interacting with patients remotely. Clear grading standards also help faculty maintain consistency and transparency in scoring. Part One – Assessment Description and Rationale Assessment Description The telehealth nursing course uses a multi-method assessment strategy to measure varied competencies essential for remote care delivery. Each component focuses on a specific learning domain. NURS FPX 6116 Assessment 3 Criteria and Rubric Development Learning Domain Assessment Method Purpose Delivery Method Cognitive 20-item multiple-choice examination Measures knowledge of telehealth concepts, technologies, regulations, and communication methods Conducted in class Psychomotor Simulated telehealth consultation Evaluates technical skills, patient assessment ability, and platform navigation Controlled classroom simulation Affective Reflective essay Assesses attitudes toward ethics, empathy, and cultural competence in telehealth care Submitted online These three components collectively determine whether learners can transfer classroom knowledge into clinical telehealth practice. What Does the Cognitive Assessment Measure? The multiple-choice examination evaluates foundational knowledge required for safe telehealth nursing practice. It focuses on: This format is efficient for assessing recall, comprehension, and application of theoretical content. What Does the Psychomotor Assessment Measure? The simulation-based consultation measures practical telehealth skills. Students must demonstrate the ability to: This component replicates real-world telehealth workflows and improves readiness for practice. What Does the Affective Assessment Measure? The reflective essay evaluates personal and professional attitudes that influence patient outcomes. Learners are expected to examine: This domain is especially important because virtual care can amplify communication barriers if cultural competence is lacking. Why Was This Assessment Strategy Selected? The selected assessment model aligns with graduate nursing education expectations and current healthcare workforce needs. Telehealth nursing requires more than content knowledge; it demands digital literacy, communication expertise, and ethical sensitivity. Research supports using varied assessment methods rather than relying on one testing format. Zheng et al. (2022) found that Bloom’s taxonomy-informed teaching approaches improved critical thinking and clinical reasoning in nursing education. This supports combining knowledge exams with applied learning tasks. Similarly, Changiz et al. (2021) emphasized that psychomotor competencies require structured practice and observation-based evaluation, making simulation an appropriate tool for technical skill measurement. Reflective writing is included because affective learning influences professionalism, empathy, and patient trust. These factors are central to equitable telehealth practice. How Does This Support Higher Education Standards? The assessment is aligned with recognized nursing education benchmarks, including: How Is Assessment Quality Maintained? To strengthen reliability and validity, the following quality assurance processes are recommended: Quality Measure Purpose Faculty peer review of exam items Ensures content accuracy and fairness Pilot testing of simulations Improves consistency in scoring Standardized rubrics Reduces evaluator bias Student feedback surveys Identifies needed revisions Ongoing course review Keeps assessment aligned with practice trends Imanipour et al. (2023) noted that meaningful feedback improves student performance quality and learner satisfaction, reinforcing the value of post-assessment review processes. Part Two – Grading Rubric Course Information Item Details Course Title Telehealth Nursing Course Learner Esohe Faculty Carie Braun Date May 2025 Performance Rubric NURS FPX 6116 Assessment 3 Criteria and Rubric Development Criteria Code Assessment Criteria Non-Performance Basic Proficient Distinguished C1 Case Study: Application of Evidence-Based Telehealth Practice Fails to submit or does not apply evidence-based strategies Uses unsupported or weak strategies with limited explanation Applies evidence-based strategies and explains telehealth relevance Integrates scholarly evidence, patient-centered strategies, and comprehensive telehealth planning C2 Virtual Simulation: Patient Assessment & Technology Use Does not participate or demonstrates unsafe practice Participates with repeated errors in assessment or platform use Performs safe assessment with minimal errors Demonstrates advanced assessment accuracy, fluent technology use, and strong clinical reasoning C3 Reflective Journal: Cultural Competence and Ethical Practice No submission or lacks ethical/cultural focus Basic reflection with superficial insight Thoughtful reflection addressing ethics and culture Deep personal reflection connected to standards and real clinical scenarios C4 Role-Play: Interprofessional Communication Skills No participation or poor collaboration Limited teamwork and unclear communication Clear, respectful communication with team members Highly effective patient-centered collaboration with advanced communication skills C5 Alignment With Course and Program Outcomes No clear alignment with outcomes Partial alignment lacking clarity Demonstrates alignment with objectives and competencies Fully integrates course outcomes, BSN standards, AACN, QSEN, and professional practice expectations Why Is a Rubric Important? A structured rubric improves educational quality by: Rubrics also help learners understand the progression from basic competence to exemplary professional performance. Conclusion The telehealth nursing course assessment offers a strong framework for evaluating learner readiness for modern virtual healthcare environments. By measuring cognitive knowledge, psychomotor skill performance, and affective professionalism, the course ensures graduates are prepared for complex remote-care responsibilities. The combination of exams, simulation, reflection, and rubric-based evaluation promotes both academic rigor and practical relevance. Continuous faculty review, student feedback, and alignment with professional nursing standards will further strengthen the effectiveness of this assessment model. References Changiz, T., Amouzeshi, Z., Najimi, A., & Adibi, P. (2021). A narrative review of psychomotor abilities in medical sciences: Definition, categorization, tests, and training. Journal of Research in Medical Sciences, 26, 69. https://doi.org/10.4103/jrms.JRMS_965_19 Imanipour, M., Mirzaeipour, F., & Hazaryan, M. (2023). Effectiveness of feedback type on performance quality and satisfaction of nursing students: A comparative interventional study. Journal of Education and Health Promotion, 12(1), 324. https://doi.org/10.4103/jehp.jehp_1178_22 NURS FPX 6116 Assessment 3 Criteria and Rubric Development Wei, Y., & Peng, Z. (2025). Application of the flipped classroom model based on Bloom’s taxonomy of educational objectives in endodontics education for undergraduate dental students. PeerJ, 13, e18843. https://doi.org/10.7717/peerj.18843 Zheng, J., Tayag, J., Cui, Y., & Chen, J. (2022). Bloom’s classification of educational objectives
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NURS FPX 6112 Assessment 2 Evaluation of a Virtual Simulation Scenario

Student Name Capella University NURS-FPX6112 Technology Integration for Nursing Education Prof. Name Date Evaluation of a Virtual Simulation Scenario The Sentinel U virtual simulation featuring Evan Wright, a patient diagnosed with Type 2 diabetes mellitus, provides an interactive learning experience for nursing students. The scenario is structured to strengthen clinical reasoning, judgment, and decision-making in a controlled environment where learners can practice without risking patient safety. It combines core nursing competencies such as physical assessment, pharmacology, and pathophysiology. This evaluation reviews the simulation’s instructional design, usability, clinical relevance, and contribution to nursing education. Introduction The selected simulation centers on Evan Wright, a 40-year-old patient living with poorly controlled Type 2 diabetes mellitus. The case is embedded within a nursing education setting and is intended for undergraduate and graduate nursing learners preparing for direct patient care roles. Through this digital platform, students encounter realistic patient scenarios that allow them to practice assessments, interpret data, and make evidence-informed clinical decisions. The simulation encourages students to apply critical thinking across multiple domains. Learners review the patient’s history, analyze laboratory findings, prioritize nursing concerns, and formulate a care plan. They must also recognize how social determinants of health can affect outcomes. Because diabetes is a chronic multisystem disease, the scenario effectively demonstrates how long-term poor glycemic control can impair several body systems. The instructional design aligns with constructivist learning theory, which proposes that learners build knowledge through active engagement and real-world problem solving. Rather than passively memorizing information, students interact with a lifelike patient case and apply prior knowledge to solve clinical problems. This approach enhances retention, confidence, and transfer of learning into real practice settings (Do et al., 2023). What Makes This Simulation Educationally Valuable? The simulation is valuable because it: Physical Assessment The Evan Wright scenario effectively integrates physical assessment skills by requiring students to gather both subjective and objective findings. Learners evaluate symptoms such as leg pain, numbness, tingling, swelling, and delayed wound healing. The patient also presents visual and verbal cues suggesting impaired circulation. Examples of abnormal findings include: These manifestations reflect complications commonly seen in patients with uncontrolled diabetes and vascular compromise. Because the case mirrors authentic nursing practice, students learn how to interpret clinical evidence and connect findings to disease processes. The simulation also reflects Kolb’s experiential learning theory. Students do not simply read about symptoms; they actively assess data, reflect on meaning, and determine appropriate interventions. This experiential process improves confidence and diagnostic reasoning (Meijer et al., 2022). Table 1 Physical Assessment Elements in the Simulation Assessment Area Findings Presented Clinical Significance Neurological Tingling, numbness Possible peripheral neuropathy Vascular Cool skin, weak pulses Poor circulation/peripheral vascular disease Skin Integrity Slow wound healing Increased infection risk Pain Leg discomfort with movement Claudication Pharmacology The simulation incorporates pharmacological learning through medication history, treatment planning, and medication safety considerations. Evan Wright had previously been prescribed metformin but discontinued therapy for eight months. Students must identify how nonadherence contributed to hyperglycemia and disease progression. The case also introduces cilostazol, which is commonly prescribed for intermittent claudication associated with peripheral vascular disease. Its mechanism includes inhibition of platelet aggregation and vasodilation, thereby improving blood flow (Balinski & Preuss, 2023). NURS FPX 6112 Assessment 2 Evaluation of a Virtual Simulation Scenario This medication selection is clinically appropriate because the patient demonstrates poor circulation, leg pain, smoking history, and diabetes-related vascular complications. Students are also encouraged to consider adverse effects such as headache, palpitations, and gastrointestinal discomfort. The scenario supports Bloom’s Taxonomy by requiring higher-order thinking. Learners must analyze medication choices, evaluate treatment priorities, and apply pharmacologic principles rather than rely solely on recall (Chandio et al., 2021). Table 2 Medications Used in the Simulation Medication Purpose Key Learning Point Metformin Blood glucose control Nonadherence worsens diabetes outcomes Cilostazol Improve circulation/claudication Supports management of peripheral vascular disease Pathophysiology The simulation clearly demonstrates how chronic hyperglycemia can lead to serious complications. Poorly controlled Type 2 diabetes is linked in the case to peripheral neuropathy and peripheral vascular disease. Students observe how persistent elevated glucose damages nerves and blood vessels over time. Clinical indicators include: NURS FPX 6112 Assessment 2 Evaluation of a Virtual Simulation Scenario Laboratory values such as elevated HbA1c help explain the long-term nature of poor glycemic control. When HbA1c levels exceed recommended targets, they indicate sustained hyperglycemia over previous months. The simulation also highlights how social conditions worsen disease progression. Evan Wright’s housing instability and limited access to consistent healthcare increase the likelihood of medication nonadherence and delayed treatment. This broadens student understanding of the relationship between physiology and social determinants of health. How Are Physical Assessment, Pharmacology, and Pathophysiology Connected? The simulation effectively integrates all three domains into one cohesive learning experience. Table 3 Integration of Core Nursing Components Component What Students Learn Outcome Physical Assessment Identify abnormal findings Improved assessment accuracy Pharmacology Evaluate medication use and safety Better medication judgment Pathophysiology Understand disease progression Stronger clinical reasoning Together, these components provide a comprehensive understanding of patient care. Students can see how symptoms arise, how medications address problems, and how early intervention can prevent complications. Recommendations Simulation technology should be widely incorporated into nursing education because it offers measurable academic and clinical benefits. Students gain opportunities to practice high-risk and low-frequency scenarios in a safe environment before entering healthcare settings. Key recommendations include: Simulation-based learning helps students move through Bloom’s levels of cognition—from remembering content to applying, analyzing, and evaluating complex patient problems. Repeated exposure enhances confidence, readiness, and patient safety outcomes. Is the Sentinel U Simulation User-Friendly and Effective? Yes. The simulation is user-friendly because it presents patient information in an organized, accessible format and guides learners through progressive decision-making steps. It also provides feedback that supports reflection and skill improvement. These features increase engagement and learning effectiveness. Conclusion The Sentinel U Evan Wright simulation offers a realistic and academically sound method for preparing nursing students for modern clinical practice. By combining physical assessment, pharmacology, and pathophysiology, the scenario helps learners understand the complexity of chronic disease management. Its
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NURS FPX 6108 Assessment 3 Curriculum Theory, Framework, and Models

Student Name Capella University NURS-FPX6108 Curriculum Overview: Design, Develop and Evaluate Prof. Name Date Description of the Selected Health Care Curriculum The selected curriculum is a four-week nurse orientation program designed for St. Mary’s Home, a 231-bed long-term care organization that offers skilled nursing, rehabilitation, and dementia services for older adults. The purpose of this program is to prepare newly hired nurses to provide safe, ethical, culturally responsive, and resident-centered care in a complex geriatric environment. The orientation uses multiple instructional methods so that new staff can build both confidence and competence. These methods include: This blended format helps nurses develop technical proficiency as well as communication, empathy, and decision-making skills needed in long-term care settings. What standards support this curriculum? The curriculum is aligned with the American Nurses Association (ANA) Scope and Standards of Practice and Centers for Medicare & Medicaid Services (CMS) long-term care regulations. This ensures that nurses understand professional responsibilities, legal expectations, resident rights, quality standards, and safe practice requirements (Unruh et al., 2025). What core geriatric competencies are emphasized? Because the program serves older adults, the curriculum prioritizes skills that are highly relevant to geriatric nursing. Competency Area Practical Focus Medication Safety Polypharmacy management and adverse drug monitoring Dementia Care Communication strategies and behavioral support Fall Prevention Risk screening and environmental safety Wound Management Pressure injury prevention and treatment Cultural Responsiveness Respectful, individualized care planning The program also integrates educational theories such as Knowles’ Adult Learning Theory, Benner’s Novice to Expert Model, and Kolb’s Experiential Learning Theory. These frameworks strengthen learning through reflection, hands-on practice, and gradual professional development (Fındık, 2025; Haritha & Rao, 2024). Fundamental Organizing Design and Theoretical Framework The curriculum follows a competency-based design, meaning learning is organized around clearly defined clinical, interpersonal, and ethical skills that nurses must demonstrate before independent practice. What does a competency-based curriculum mean in this context? Each learning module focuses on measurable outcomes linked to patient safety and quality care. Examples include: This structure ensures that learning is practical, observable, and aligned with organizational expectations. Which theories guide the curriculum? Two major theories provide the foundation: Theory Main Contribution to Curriculum Benner’s Novice to Expert Model Supports gradual skill progression through experience and mentorship Knowles’ Adult Learning Theory Encourages self-directed, relevant, experience-based learning Together, these frameworks promote clinical growth, accountability, and readiness for long-term care practice. History and Major Concepts of the Selected Framework What is Benner’s Novice to Expert Model? Developed by Patricia Benner in 1984 and influenced by the Dreyfus Model of Skill Acquisition, this theory explains how nurses advance through five stages of professional development: Benner proposed that nurses gain clinical judgment not only through theory, but through repeated real-world experiences, reflection, and mentorship (Yu et al., 2024). How is Benner’s theory used in St. Mary’s Home? Newly hired nurses initially rely on rules, checklists, and direct supervision. As experience increases, they begin to prioritize care, anticipate resident needs, and manage more complex situations independently. NURS FPX 6108 Assessment 3 Curriculum Theory, Framework, and Models For example: Early Orientation Stage Later Development Stage Follows medication checklist exactly Recognizes subtle medication side effects Performs wound care step-by-step Adjusts interventions based on healing progress Reports changes to supervisor Independently identifies urgent concerns What is Knowles’ Adult Learning Theory? Malcolm Knowles introduced this theory in the 1970s. It states that adult learners: How is Knowles’ theory applied? The orientation program uses case studies, simulations, discussions, and reflective activities so nurses can connect previous knowledge to current responsibilities. For example, dementia communication training may involve role-play scenarios that mirror actual resident interactions (Fındık, 2025). Application of the Organizing Design and Theoretical Framework The curriculum demonstrates strong integration of theory into teaching methods, content sequencing, and evaluation. How is competency-based learning applied? Each module contains measurable expectations that determine readiness for independent practice. Nurses are evaluated on performance rather than passive attendance. Examples include: How is Benner’s model visible in practice? The orientation progresses from simple to complex responsibilities. Nurses first focus on foundational tasks such as infection control and documentation. Later, they participate in interdisciplinary care planning, manage multiple resident priorities, and make sound clinical judgments (Brown, 2025). How is Knowles’ theory visible in practice? The curriculum encourages active participation rather than lecture-only learning. Learning Method Adult Learning Benefit Simulation labs Safe practice in realistic scenarios Case studies Clinical reasoning development Reflective journaling Self-assessment and growth Role play Communication and empathy skills Online modules Flexible self-paced learning This combination improves confidence, critical thinking, and transfer of learning to patient care settings. Why Is This Curriculum Effective? The program is effective because it combines regulatory compliance, evidence-based teaching methods, and real clinical preparation. It does not focus only on technical tasks; it also builds ethical awareness, teamwork, and compassionate care behaviors. Key strengths include: Conclusion The St. Mary’s Home nurse orientation curriculum is a structured and evidence-informed program that successfully combines a competency-based design with Benner’s and Knowles’ educational frameworks. It helps new nurses develop clinical ability, professional confidence, and compassionate care practices required in long-term care environments. Through mentorship, experiential learning, reflection, and measurable outcomes, the curriculum strengthens workforce readiness, staff retention, and resident outcomes. Overall, it supports a culture of continuous improvement and high-quality ethical nursing care. References Brown, C. K. (2025). Novice to expert nursing theorist: Patricia Benner. The Art of Nursing: Humanizing Healthcare. https://open.ocolearnok.org/artofnursing/chapter/chapter-4-skill-of-involvement/ Fındık, L. Y. (2025). Adult learning theories. In Exploring adult education through learning theory (pp. 29–54). IGI Global. https://doi.org/10.4018/979-8-3693-5812-2.ch002 NURS FPX 6108 Assessment 3 Curriculum Theory, Framework, and Models Haritha, G., & Rao, R. (2024). A holistic approach to professional development: Integrating Kolb’s experiential learning theory for soft skills mastery. Journal of Engineering Education Transformations, 415–424. https://journaleet.in/index.php/jeet/article/view/2426 Unruh, M. A., Carney, J. K., Moreno, A., Sulmasy, L. S., et al. (2025). Optimizing ethical care, quality, and safety in long-term services and supports: A position paper from the American College of Physicians. Annals of Internal Medicine. https://doi.org/10.7326/annals-24-03641 NURS FPX 6108 Assessment 3 Curriculum Theory, Framework, and Models Yu, H., Chen, Y., Wu, L., Wang, L., Lai, Y., & You, A. (2024). Construction and implement of hierarchical management system for specialist nurses based
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NURS FPX 6085 Assessment 2 Problem Statement (PICOT)

Student Name Capella University NURS-FPX6085 MSN Practicum and Capstone Prof. Name Date Problem Statement (PICOT) Hospital systems continue to face persistent nurse burnout and workforce shortages, both of which threaten care quality, patient safety, and organizational stability. Registered nurses working at the bedside are especially susceptible to emotional fatigue, disengagement, absenteeism, and turnover. These issues often increase operational costs, worsen staffing gaps, and reduce continuity of care. This quality improvement proposal examines whether a structured nurse retention strategy can improve workforce outcomes when compared with routine organizational practices. The proposed intervention combines mentorship, wellness resources, flexible scheduling, and leadership involvement. The intended purpose is to lower burnout, strengthen job satisfaction, improve retention, and support better patient outcomes within a six-month implementation period. Current evidence indicates that organizations using comprehensive retention strategies often report stronger staff morale, reduced turnover intention, and improved care delivery. Therefore, this initiative focuses on practical and evidence-based actions that can be implemented in hospital environments experiencing staffing stress. PICOT Question PICOT Element Description Population (P) Hospital-based registered nurses experiencing burnout and staffing shortages Intervention (I) Comprehensive nurse retention strategy including mentorship, wellness programs, flexible scheduling, and leadership engagement Comparison (C) Existing standard practice without structured retention supports Outcome (O) Reduced burnout and turnover, improved job satisfaction, enhanced patient care quality Time (T) Six months Full PICOT Question Among hospital-based registered nurses experiencing staffing shortages and burnout, how does implementation of a nurse retention strategy that includes mentorship, wellness programming, and flexible scheduling, compared with current practice lacking these supports, influence burnout levels, turnover rates, and job satisfaction over six months? Need Statement This project responds to a major healthcare quality and workforce management concern: rising nurse burnout combined with persistent staffing shortages. When hospitals are unable to retain experienced nurses, patient safety risks increase, workloads intensify, and service delivery becomes less reliable. Burnout has been associated with emotional exhaustion, reduced professional engagement, medical errors, and intentions to leave the profession. According to the American Nurses Association (ANA, 2024), many hospital nurses report symptoms of burnout, with inadequate staffing identified as a leading contributor. Addressing this issue is necessary for several reasons: Because nursing professionals are central to hospital operations, evidence-based retention interventions are now an operational necessity rather than an optional initiative. Population and Setting The target population includes registered nurses employed in hospital settings, particularly in high-acuity departments such as: These clinical areas often involve demanding patient loads, emotionally intense situations, frequent interruptions, and high documentation burdens. Such conditions significantly contribute to stress, fatigue, and dissatisfaction (Galanis et al., 2023). The proposed setting is a mid-sized urban hospital network with internal indicators showing above-average burnout, turnover, and staffing strain. Urban hospitals commonly manage large and diverse patient populations, which increases workflow complexity and service demand. Teaching and referral institutions may face additional pressures because they balance education, specialty care, and high patient acuity. Focusing on this environment allows implementation of solutions that may also be transferable to other hospitals facing similar workforce challenges. Intervention Overview The proposed intervention includes three coordinated components designed to address both emotional and operational causes of burnout. Wellness and Resilience Support This component provides: Evidence suggests resilience-based programs can reduce compassion fatigue and emotional strain among healthcare workers (D’Antoni et al., 2025). Mentorship and Professional Support Structured mentoring pairs experienced nurses with newer or early-career staff. This may improve confidence, belonging, career development, and retention. Leadership coaching and recognition practices are also included. Flexible Scheduling and Staffing Optimization This component focuses on: Because staffing shortages are a major predictor of burnout, operational scheduling reforms are essential. Intervention Area Expected Benefit Wellness Programs Lower stress and emotional exhaustion Mentorship Increased engagement and retention Flexible Scheduling Better work-life balance Leadership Support Improved trust and morale Potential Communication and Collaboration Successful implementation requires coordinated communication across professional groups. Hospitals may use several approaches. Multidisciplinary Team Meetings Regular meetings involving nurses, physicians, case managers, and allied health staff can improve shared understanding of workflow issues and patient needs (Baek et al., 2023). However, scheduling meetings in busy environments may be difficult. Digital Communication Systems Secure platforms and shared electronic records support real-time communication and reduce misunderstandings. Some staff may need training or change-management support. Mentorship Networks Mentorship encourages collaboration by connecting novice staff with experienced clinicians, promoting knowledge transfer and emotional support. Strategy Strength Limitation Team Meetings Shared decision-making Time intensive Digital Platforms Faster communication Technology resistance Mentorship Professional support Requires mentor availability Comparison of Approaches An alternative or complementary strategy is a shared governance model. Shared governance gives nurses a stronger voice in organizational decisions and promotes interdisciplinary accountability (McKnight & Moore, 2022). Unlike wellness and scheduling interventions, which directly target burnout symptoms and workload stressors, shared governance focuses more on empowerment, autonomy, and leadership participation. Approach Primary Focus Time to Impact Wellness + Retention Strategy Burnout reduction and retention Moderate Shared Governance Culture and autonomy Longer-term Although shared governance can create lasting cultural improvements, it may require more time and organizational restructuring before measurable results occur. Combining governance reforms with wellness and staffing strategies may provide the strongest overall outcome. Initial Outcome Draft The primary measurable objective is a 25% reduction in nurse burnout scores within six months after implementation. Secondary outcomes include: This outcome aligns with the intervention goal of creating a healthier and more sustainable nursing workforce. Time Estimate Planning Phase (4–6 Weeks) Activities include: Implementation Phase (6 Months) Activities include: Potential barriers may include resistance to change, scheduling conflicts, and limited resources. Early stakeholder engagement can reduce these risks. Literature Review Current literature strongly supports multi-component retention strategies to address nurse burnout and shortages. Leadership, Career Growth, and Retention AbdELhay et al. (2025) found that transformational leadership, career advancement opportunities, and work-life balance significantly improve nurse retention. Burnout Following COVID-19 Martin et al. (2023) reported that pandemic-related pressures intensified nurse stress and burnout, reinforcing the need for structured support systems. Determinants of Intent to Stay Pressley and Garside (2023) identified leadership quality, workplace environment, and development opportunities as major influences
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