RN-TO-BSN - NURS FPX 4035 Assessment

Capella University, NURS-FPX4035, RN-TO-BSN

NURS FPX 4035 Assessment 4 Improvement Plan Tool Kit

Leave a Comment / Capella University, NURS-FPX4035, RN-TO-BSN / NURS FPX 4035 Assessment

NURS FPX 4035 Assessment 4 Improvement Plan Tool Kit Student name Capella University NURS-FPX4035 Enhancing Patient Safety and Quality of Care Professor Name Submission Date Improvement Plan Tool Kit The medical staff is provided with the necessary resources that allow the improvement plan tool kit to implement and sustain the interventions that will positively impact patient education and improve the safety of the hospital’s medical-surgical departments. Poor patient education can result in medication errors, poor adherence, postoperative morbidity, and preventable readmission, which are harmful to patient outcomes and healthcare quality. The given toolkit helps to structure teaching protocols, teach-back methods, and use educational aids integrated into the electronic health records (EHR) in a manner that would allow patient education to be standardized and supported. The toolkit enables interdisciplinary collaboration between nurses, physicians, pharmacists, and case managers in order to deliver uniform and patient-centered care. The selected resources are evidence-based to equip the staff with skills to reduce possible errors, enhance patient knowledge, and sustain quality improvement initiatives. Annotated Bibliography Evidence-Based Patient Education and Teach-Back Strategies Marks, L., O’Sullivan, L., Pytel, K., & Parkosewich, J. A. (2022). Using a teach‐back intervention significantly improves knowledge, perceptions, and satisfaction of patients with nurses’ discharge medication education. Worldviews on Evidence-Based Nursing, 19(6), 458–466. https://doi.org/10.1111/wvn.12612 One of the resources that has been identified by the paper as being pivotal to improving patient education is the use of teach-back interventions, particularly in hospital medical-surgery units, where patient education failures result in medication errors, lack of adherence, postoperative events, and readmissions. The key resources of implementation include the ready-developed teach-back protocols, standard educational handouts, interactive electronic resources, and special staff training to ensure that the nurses develop clear and consistent instructions. The nursing staff members will find the resources useful since they will be able to make sure that the patients are aware of the medication regimens, discharge instructions, and self-care practices before leaving. Teach-back strategies can be applied, as well, to reduce the knowledge gaps, enhance patient adherence, and reduce the risk of adverse outcomes by actively engaging patients in the learning process and, thus, are highly effective in enhancing patient safety and quality of care. The healthcare teams would be able to sustain a greater level of patient literacy, reduce readmissions, and sustain an evidence-based culture of patient education by placing the notion of teach-back within the routine discharge processes. Oh, S., Choi, H., Oh, E. G., & Lee, J. Y. (2022). Effectiveness of discharge education using the teach-back method on readmission among heart failure patients: A systematic review and meta-analysis. Patient Education and Counseling, 107(107559). https://doi.org/10.1016/j.pec.2022.11.001 The meta-analysis and systematic review implied that the teaching strategy of the teach-back method is one of the most important tools to improve patient education and reduce the readmission rates, particularly in the hospital medical-surgical unit, where the lack of understanding among patients is linked with medication errors, low adherence, and post-operative complications. Standardized teach-back protocols, structured education materials, and staff-training programs will be used as the major implementation resources since nurses are advised to ensure that patients comprehend the information provided to them comprehensively. These tools can be particularly helpful to nursing staff to make sure that the latter comprehend discharge instructions, medication regimens, and self-care practices, and prevent as many errors as possible and promote compliance. The usage of the teach-back practice in the current daily routine activities has been proven to decrease the knowledge gaps, enhance patient satisfaction, and contribute to the decrease of safety risks. By incorporating them into daily nursing practice, one can use these interventions to ensure a higher level of patient awareness, reduce readmission rates, and provide high-quality care and safety. Seely, K. D., Higgs, J. A., & Nigh, A. (2022). Utilizing the “teach-back” method to improve surgical informed consent and shared decision-making: A review. Patient Safety in Surgery, 16(1). https://doi.org/10.1186/s13037-022-00322-z The review has identified the teach-back technique as an important part of enhancing patient education, particularly in the medical-surgical facilities where limited instructions can lead to medication errors, low follow-up, postoperative complications, and readmission. The resources that are important to assist nurses in ensuring that a patient comprehends the surgery, medications, and self-care guidelines include structured teach-back, patient-centered education, and training programs. The resources may prove to be really helpful to the nursing staff, because they may enable them to communicate properly, guarantee understanding, and make informed decisions in potentially risky care settings. The implementation of the teach-back strategies into the daily life of the nurses will allow the latter to substantially reduce patient safety risk, improve compliance, and lead to shared decision-making. These mechanisms would ensure the long-term shift in patient knowledge and satisfaction and overall clinical outcomes. Safe Discharge Planning & Readmission Prevention Hunt‐O’Connor, C., Moore, Z., Patton, D., Nugent, L., O’Connor, T., & Avsar, P. (2021). The effect of discharge planning on length of stay and readmission rates of older adults in acute hospitals: A systematic review and meta‐analysis of systematic reviews. Journal of Nursing Management, 29(8), 2697–2706. https://doi.org/10.1111/jonm.13409 Discharge planning is a highly significant resource identified by the systematic review to prevent readmission and hospitalization in order to improve the outcomes of patients in the medical-surgical units. Some of the major resources include structured discharge guidelines and standardized patient education tools, together with multidisciplinary care coordination tools, which help a nurse to formulate their own discharge plans. The sources may be of significant assistance to nursing staff members since they might be able to identify high-risk patients, enhance medication compliance, provide post-discharge instructions, and coordinate follow-up treatment. Such tools, being a part of the working process, can help nurses to minimize risks to patient safety, avoid complications, and decrease readmissions. Evidence-based discharge planning is one of the assurances of long-term improvement in patient safety, continuity of care, and optimal utilization of healthcare resources. Fatani, A., Alzebaidi, S., Alghaythee, H. K., Alharbi, S., Bogari, M. H., Salamatullah, H. K., Alghamdi, S., & Makkawi, S. (2025). The role of the discharge planning team on the length of hospital stay and readmission in patients with neurological conditions: A single-center retrospective

Capella University, NURS-FPX4035, RN-TO-BSN

NURS FPX 4035 Assessment 3 Improvement Plan In-Service Presentation

Leave a Comment / Capella University, NURS-FPX4035, RN-TO-BSN / NURS FPX 4035 Assessment

NURS FPX 4035 Assessment 3 Improvement Plan In-Service Presentation Student name Capella University NURS-FPX4035 Enhancing Patient Safety and Quality of Care Professor Name Submission Date Improvement Plan In-Service Presentation Slide 01: Hi, I am __________. One of the most important patient safety concerns that I will address during this in-service training is diagnostic errors in healthcare. A case in point was the case of Mr. J., a 62-year-old ICU patient who presented with complaints of chest pains and fatigue. The initial diagnosis was that of pneumonia, and even abnormal ECG and troponin findings were not given any consideration, because of a busy night shift. This delay resulted in the fact that the diagnosis of myocardial infarction was omitted, which resulted in cardiac arrest and the long-term patient stay in the ICU. Linear reporting, no closed-loop reporting, structured handovers, and failure to escalate in time had contributed to this sentinel event. The factors, consequences, and policy implications that contributed to improving the diagnostic safety and patient outcomes will be discussed in this session. Slide 02: The problem of diagnostic mistakes is a significant contributor to patient safety concerns, but they are supposed to be identified over time and correctly diagnosed. Diagnostic or diagnostic delay/failure occurs in nearly 10 per cent of all deaths and has now become an essential contributor to patient injury (Hall et al., 2020). These can result in the emergence of illness, prolonged hospital stay, family distress, and distrust of medical care. High-acuity facilities are the most vulnerable to the risks, including the ICU, heavy workloads, fragmentation of electronic health records, and communication barriers (Prior et al., 2023). The session will help the staff to understand the essence of diagnostic errors, their impact on patient safety, and how they can be avoided with the help of evidence-based interventions. Purpose and Goals of the In-Service Session Slide 03: This in-service activity is expected to address the topic of diagnostic errors as one of the primary patient safety concerns regarding their causes, risks, and the ways of prevention. The optimal communication between specialties, standardization of handovers, integration of clinical decision support tools, and the development of a culture of real-time review of the diagnosis will be the subject of the session (Khafaji et al., 2022). With the help of this workshop, the healthcare professionals will be ready to recognize warning signs at the initial stage, collaborate, and minimize the damage that could be avoided. Slide 04: The objectives in this session are three. One, the staff should be made more alert and conversant with the early warning signs and systematic diagnostic techniques to decrease premature closure and cognitive bias. Second, improve the precision and timeliness of responses by educating the staff on SBAR handovers, closed-loop communication, and EHR notifications on abnormal outcomes. Third, to instill a culture of diagnostic safety by promoting feedback systems, peer diagnostic huddles, and integration of diagnostic checklists into practice. All these will help in reducing the number of diagnostic errors and improving the safety culture throughout the organization. Process to Improve Patient Safety Outcomes Slide 05: Diagnostic errors are among the patient safety events that are most costly and damaging, particularly in the critical care environment. As it is shown in the case of Mr. J, the timeliness of the abnormal ECG and troponin findings was not established in time, and the patient experienced cardiac arrest and a prolonged stay in the intensive care unit. Such cases have an impact on patient morbidity, stress, and healthcare costs and put clinicians at risk of malpractice (Vally et al., 2023). Standardized handover processes, feedback of important results in a closed loop, and automatic notifications are necessary to avoid any time delays and ensure prompt feedback (Balogh et al., 2020). These actions will contribute to the high degree of trust in the work and the level of patient and staff safety. Slide 06: Evidence-based interventions can be used to minimize diagnostic errors. The realization of critical outcomes can be achieved by using formal SBAR handovers and loop-back communication. EHR is used to trigger early recognition and action using the alerting of abnormal results (Prior et al., 2023). Regular diagnostic huddles and feedback systems contribute to the facilitation of real-time collaborative learning and near-miss learning (Abkenar et al., 2024). Continuous training on early Myocardial Infarction symptoms, systematic diagnostic reasoning, and mitigation of cognitive bias will further improve clinical accuracy through continuous simulation-based training. The measures will aid in reducing the delays in diagnosis and increasing the safety outcomes. Importance and Role of Audience Slide 07: Diagnostic errors may be mitigated only when all team members of the healthcare team, including nurses, physicians, lab workers, and administrators, take an active part. Nurses are likely to notice even the slightest of changes earlier than possible and need to report them immediately. Doctors must be ready to change initial impressions with the emergence of new information. The timely reporting of essential values should be performed by ECG and lab personnel, and the administrators should ensure that policies, staffing, and other resources are accessible in order to support safe diagnostics (Hall et al., 2020). The culture of vigilance and cooperation is created with the emphasis on shared responsibility, which will improve patient outcomes and staff trust. Persuasive Communication for Successful Implementation Slide 08: Persuasive communication will be required to succeed in the implementation of this diagnostic safety plan. The apparent causes and benefits of increasing the number of patients without as many complications, and the expected outcomes to which the staff should be aware are fewer damages, increased trust on the part of patients, and reduced workload. Free communication helps build trust and uses new practices (Dietl et al., 2023). Highlighting the point that a structured handover with warning in real time and a feedback loop will prevent harm directly will generate staff buy-in and accountability. By framing the diagnosis safety as a group ethical responsibility, it is possible to maintain the behaviour change. Creating Resources for Safety and Development Initiatives Slide 09: This

Capella University, NURS-FPX4035, RN-TO-BSN

NURS FPX 4035 Assessment 2 Root-Cause Analysis and Safety Improvement Plan

Leave a Comment / Capella University, NURS-FPX4035, RN-TO-BSN / NURS FPX 4035 Assessment

NURS FPX 4035 Assessment 2 Root-Cause Analysis and Safety Improvement Plan Student name Capella University NURS-FPX4035 Enhancing Patient Safety and Quality of Care Professor Name Submission Date Root-Cause Analysis and Safety Improvement Plan Scenario Mr J. is a 62-year-old man who reported to the Intensive Care Unit (ICU) in the middle of the busy night shift and complained about shortness of breath, chest pain, and fatigue. The attending physician suspected the patient of having pneumonia and placed an order for antibiotics, and a chest X-ray was in progress. The Electrocardiogram (ECG) showed minor changes and a rise in the level of troponin, which the nurse attending the patient detected, but this was not communicated to the doctor promptly due to the high number of patients and delayed handover. In 12 hours, the patient went into cardiac arrest, and it was then discovered that he had an acute myocardial infarction, which was overlooked when he was initially examined. Such a false diagnosis caused a critical delay in treatment, a prolonged stay at the ICU, and extreme emotional distress among the patient and his family. Understanding What Happened 1. What happened? Begin by understanding the sequence of events leading up to the sentinel event. Gather detailed information about the incident, including the timeline, people involved, and context. o Who did the problem/event affect, and how? The sentinel event affected the patient the most of all as he experienced the most severe cardiac complications, cardiac arrest, and a prolonged period of stay at the ICU due to the inability to diagnose the initial warning signs of myocardial infarction and provide the patient with the necessary treatment, and pneumonia. This had contributed to delayed agony, higher treatment costs, and delayed recovery. The relatives of the suffering patient were emotionally shocked and had no more confidence in the health care system, but the ICU medical personnel had to encounter moral traumas, stress, and fear of being sued because of the error. The medical facility also suffered because of its reputation, increased financial burden, and the possibility of malpractice suits (Hall et al., 2020). 2. Why did it happen?: o Human Factors: Investigate whether communication breakdowns, staff fatigue, or lack of training contributed. o System Factors: Examine workflow processes, equipment failures, and environmental factors. o Organizational Culture: Assess if there are cultural issues, a lack of safety culture, or inadequate leadership support. o Society/Culture: What role might cultural assumptions or backgrounds play? The reasons behind the sentinel event were human factors, system issues, organizational culture, and societal pressures. The cognitive factors (anchoring and premature closure) predisposed the physician to make a premature diagnosis of pneumonia and not take into account the causes of cardiac origin. The lab reports were inconsistent, and the nurse was so overworked and exhausted that she did not develop abnormal results so soon. System-related problems (disjointed electronic health records, delays in lab and ECG results, absence of automated critical values notification) and inconsistent documentation in case of a change of shifts led to the emergence of information gaps that postponed the delivery of lab and ECG findings (Prior et al., 2023). The ICU had quite a task-oriented culture, where rapid interventions were primarily concentrated on the most obviously critical cases and did not focus much on the diagnostic review, second opinions, and effective leadership of the diagnostic safety (Dietl et al., 2023). Further, due to a high patient count and the societal expectations to offer rapid diagnoses, clinicians were overwhelmed with the responsibility of having to make quick decisions and not necessarily focus on alternative causes (Balogh et al., 2019). 3. Was there a deviation from protocols or standards?: o Procedures and Policies: Determine if established protocols were followed or if there were deviations. o Were there any steps that were not taken or did not happen as intended? o Documentation: Review medical records, nursing notes, and other relevant documentation. Yes. According to the rules of the Joint Commission and Agency of Healthcare Research and Quality (AHRQ), one should receive the results of diagnostic tests as fast as possible and respond to atypical test values promptly. However, the closed-loop communication of the troponin results was not present, and delivering shifts with standardized SBAR reporting was not utilized. The best practices were not observed since reviewing checklists was not done (Khafaji et al., 2022). Early warning signs records were also incomplete, and this also delayed the observation of the cardiac event. 4. Who was involved?: o Staff: Identify the roles of individuals directly involved in the event. o Supervisors and Managers: Investigate Staff: Direct engagement was with an attending physician who did the initial diagnosis and an ICU nurse who was monitoring the patient. Supervisors and Managers: The nurses and ICU supervisors were also not present since they failed to staff and survey the quality of the handovers appropriately. Ancillary Staff: ECG and laboratory technicians generated the data but did not have an avenue for relaying any vital values to clinicians. Leadership: The quality and safety officers failed to bring in the diagnostic decision support and compliance with communication criteria. 5. Was there a breakdown in communication?: o Interdisciplinary Communication: Assess how well different teams communicated. o Patient-Provider Communication: Explore whether patients were informed and understood their care. Yes. The interdisciplinary communication between shifts was lacking – the abnormal information at the lab, and the ECG were not discussed. Its communication was not in a loop since the nurse believed that the doctor would have realized the outcomes, whereas the doctor assumed that all things in the lab were okay. This aligns with the results of Assessment 1 that proved that communication and failure to take the test are very common among the reasons that may result in misdiagnosis (Dietl et al., 2023). The degree of communication between the patient and the provider was also not so high; the family and the patient were not aware of the tests to be conducted, so they could not make the argument in their favour. 6. What were the contributing factors?: o Physical Environment: Consider facility layout, equipment availability, and workspaces. o Staffing Levels: Evaluate if staffing was adequate. 7. Training and Competency: Assess staff’s knowledge and skills. Physical Environment: The busy ICU layout distracted the attention of the staff, distracting them, creating noise,

Capella University, NURS-FPX4035, RN-TO-BSN

NURS FPX 4035 Assessment 1 Enhancing Quality and Safety

Leave a Comment / Capella University, NURS-FPX4035, RN-TO-BSN / NURS FPX 4035 Assessment

NURS FPX 4035 Assessment 1 Enhancing Quality and Safety Student name Capella University NURS-FPX4035 Enhancing Patient Safety and Quality of Care Professor Name Submission Date Enhancing Quality and Safety Patient handoff is a crucial care stage, and a highly susceptible field of patient safety of the patient safety continuum, particularly in the medical-surgical unit. Any transfer of patient care between one nurse/provider and another is considered a handoff, and the risks, when transferred between them, are multiplied many times when the communication can be described as hasty, partial, or disjointed. Poorly executed handoff falls in the reality of medication errors, lack of assessment, treatment delay, and untied care that harm patient outcomes and destroy the trust in the healthcare system (Gurupur et al., 2025). This paper discusses patient handoffs as a patient safety issue, discusses the primary factors contributing to the problem in the medical-surgery unit, evidence-based practice in the area, the role of nurses in coordinating care and reducing costs, and identifies stakeholders who are important to achieve sustainable quality and safety outcomes. Factors Contributing to Patient-Safety Risk There are several factors, which include systemic, organizational, and interpersonal problems, that lead to safety risks with regard to the medical-surgical patient unit handoffs. One of the primary factors is the absence of standardized practices of communication between shifts, as well as between care teams. Without standard structures, such as Situation, Background, Assessment, Recommendation (SBAR), handoff reports can take any form and be filled with various contents. This fact increases the likelihood of the handoff report lacking vital aspects of the drugs, allergies, future tests, or alterations in the status of the patient. One study implies that about 60 percent of significant negative events in hospitals may be related to communicative failures, and it was revealed that a miscommunication during handoffs can directly lead to outcomes that can be prevented (Howick et al., 2024). Medical surgical unit: Due to the characteristics of the patient acuity, which is changing in the medical surgical unit, the unequal experience of handoffs hinders interventions and adversely influences the process of clinical decisions. Environmental pressures and workflow pressure also contribute to increasing the risks. The shortage of staffing, high patient numbers, and frequent shifts between staff are just some of the reasons that led to rushed handoff discussions at the shift. Nurses with heavy workloads may easily overlook certain important information, especially in an environment where interruptions occasioned by alarms, family members, and clinical demands are common. According to the literature, handoff interruptions are a significant cause of information loss and, consequently, continuity of care, increased medication error, and delays in treatment (Desmedt et al., 2021). In addition, inadequate training on the use of appropriate communication aids subjects many nurses to incompetence regarding the level of offering concise handoff reports that are precise and of clinical worth. All these factors combined lead to the cyclical nature of the situation in which communication failures can remain a source of safety risk and jeopardize quality results in the medical-surgical unit. Utilizing Standards to Illustrate Safety Risks Patient handoff errors are one of the patient-safety concerns that have resulted in nearly 67 percent of serious medical errors in hospitals (Joint Commission, 2024). Up to 30% of adverse events related to medical-surgical care include medication mistakes and delayed treatments and are caused by improper communication in handoffs (Painter, 2022). The Joint Commission National Patient Safety Goals are aimed at the utilization of standardized instruments to communicate complete and timely information, such as SBAR. WHO also identifies structured handoffs as a required component of safe care transfers. With the help of these standards, healthcare institutions can reduce preventable harmful events, improve continuity of care, and improve patient outcomes. That is because standard practices can ensure the safety of the environment for patients and the staff and contribute to the overall quality improvement. Evidence-Based Solutions for Patient Safety Evidence-based strategies can be applied to the state of patient handoffs and mitigate the safety risk in the medical-surgical units. A standardized communication tool, such as SBAR and I-PASS, is one of the most efficient interventions since they are able to provide a structured model by which nurses can communicate necessary information about patients and exchange it properly and uniformly. Researchers have demonstrated that the use of standardized handoff processes improves the quality of given information, transfer information accuracy, and trust in nurses working in shifts (Guindy et al., 2022). Bedside handoffs give the possibility to check the state of the patient in real-time, engage the patient in patient treatment, and have opportunities to clarify issues, thereby improving continuity and transparency of the patient treatment. The technological solutions and workflow changes also help to support safer handoffs. Electronic health records provide an opportunity to use electronic handoff templates to transfer the required data about the patient, such as medications, allergies, and pending tests, in a well-structured and easily accessible format (Adeniyi et al., 2024). Additionally, such organizational activities as improved handoff time, absence of distractions, and training associated with effective handoff and critical thinking assist in reducing avoidable errors. It has been demonstrated that each of these interventions decreases the negative events, enhances care outcomes, and saves money spent on prolonged hospitalization and redundant treatments (Hirani et al., 2025). By incorporating organization tools, technology, and favorable organizational behaviors, medical-surgical units can create standardized and safe handoff practices that enhance patient safety and quality of care. Nurse-Led Coordination and Cost Reduction Nurses are important in planning to move the patients and safely shift the care between the medical-surgical units. They are expected to ensure they confirm the information about patients, discuss the care plan, and report with the next team on crucial issues in their roles as front-line providers. By fostering handoff at the bedside and the use of structured tools, such as SBAR, nurses will be able to reduce the likelihood of error and delays in treatment and continuity of care (Soed et al., 2025). The inclusion in interdisciplinary rounds and collaboration with physicians, pharmacists,