Student Name

Capella University

NURS-FPX6085 MSN Practicum and Capstone

Professor Name 

Submission Date

Problem Statement (PICOT)

The transition-to-practice phase is a high-stress period for newly graduated nurses, particularly those working in the women’s services unit in busy urban hospitals, due to the presence of high acuity and fast-paced clinical scenarios. Although orientation and preceptorship models exist, there are gaps in training new nurses that increase inconsistencies in practice and put new nurses and patients in jeopardy. This initial project summary will focus on the identified needs, target population, proposed intervention, anticipated outcome, timeframe, and quality improvement methodology.

For newly graduated nurses (P) working in a busy urban hospital’s women’s services unit, does the addition of an evidence-based, educational and simulation intervention with orientation (I) lend an improvement to clinical confidence and the ability to manage common and complex scenarios of women’s services (O), when compared to the current orientation models (C) over a 6-12 week period (T)?

Population (P): Nurses who have just graduated and are entering practice in a unit of a busy urban hospital that serves women.

Intervention (I): Structured, evidence-based educational intervention: Simulation-based learning and orienting activities.

Comparison (C): Existing standard orientation process.

Outcome (O): More prepared to handle clinically, better-confident, and safer handling of common and high-acuity clinical situations.

Time (T): Six to twelve weeks

Problem Statement

Need Analysis

The need for this project focuses on the enhancement of quality, education, and safety in nursing, and the use of evidence-based practice to design a structured and focused educational program for newly graduated nurses utilizing both simulations and targeted orientation activities. Newly graduated nurses often fill vacancies in the high-need and high-stress Women’s and Neonatal Services nursing units in large urban hospitals. They arrive on the job with little (if any) training on how to manage high-risk, complicated, dual-service Obstetric, Gynecologic, and Neonatal cases. These training deficits place both patients and nurses at a high-risk for clinical errors, which affects the quality of care and the nurse’s confidence. The literature notes that inadequate transition-to-practice programs cause high levels of nurse stress, nurse burnout, and nurse practice that is both unsafe and clinically alarming (Reebals et al., 2021).

In the context of the available data from the organization, internal quality surveys from the Women’s Services units indicate that newly graduated nurses are prone to: (1) committing near-miss medication errors; (2) delay in the recognition of deteriorating conditions; and (3) failure to escalate care in response to evolving and critical situations within the first three months of practice. Instructor-led workshops have also highlighted problems in the consistency of assessments related to the orientation stage of training (Ibrahim et al., 2024). While there is no documentation to indicate that the completion of simulation exercises is monitored, the current orientation is focused on time management, resulting in limitations to the assessment of the clinical readiness to practice competently and independently.

The premise of this project is that the organization possesses the requisite resources for simulation and the capability for teaching to implement the intervention. Possible causes for the lack of clinical simulation for high-acuity cases include the variable structures of orientation and the absence of mentored clinical decision-making during the early stages of clinical transition (Elendu et al., 2024). Many new graduate nurses express that they feel unprepared to manage emergency and high-risk situations within women’s services. This has a detrimental impact on the safety of the patients, as well as the retention of nurses. Creating the conditions for negative outcomes for patients, high employee turnover, and deterioration in the quality of care may be a result of the lack of adequate training.

The existing unit-level data within women’s services indicate that the turnover of nurses with under one year of experience is high. This means that a lack of adequate training is also a safety concern and a disruptive turnover in the workforce. Evidence supports that the concern is educational as well as operational and financial, and that the imperative and urgent need for quality improvement in the transition-to-practice is crystallized (Gautam et al., 2023). It is also assumed that the unit nurse educators, preceptors, and leaders will support the integration of simulation-theory-based educational strategies to improve clinical competence and confidence during the transition-to-practice.

Population and Setting

The target population for this project focuses on newly graduated nurses during their first employment at a busy urban hospital’s women’s services unit. This population can be especially vulnerable during their first transition as it is a complex and busy unit, and they have limited clinical experience. Care for maternal and neonatal patients is also complicated (Mohammed et al., 2025). Women’s services units also demand rapid clinical judgment, a high level of technical skills, and excellent interprofessional communication, which puts a high demand on the education preparation for safe practice.

Performance anxiety and lack of self-confidence, fear of making mistakes, and difficulty with prioritizing care in emergency situations are additional challenges this population may face. There is also a lack of self-confidence when it comes to interacting with physicians and senior nurses in emergency situations, and due to the varying levels of education and exposure to obstetric and neonatal emergencies in the nursing education programs, there is a discrepancy when it comes to baseline competencies of graduate nurses who are attending orientation. This ultimately affects their ability to learn and participate in simulations, as well as the overall success of the transition process.

The intervention will be housed within an acute care hospital with a nurse residency program that incorporates educational simulations. This type of setting allows orientation to incorporate authentic clinical scenarios with guided practice and intentional feedback. More specifically, the focus is on a high acuity inpatient women’s services unit in a large urban hospital that provides labor, delivery, postpartum, and neonatal services that often experience the rapid deterioration of clinical situations. These women’s services units experience a variety of high acuity obstetrical emergencies, including the need to provide assessment and intervention for postpartum hemorrhage, the need to provide care to the mother for preeclampsia, and the need to resuscitate a newborn. Having a competency-based approach in these situations is vital to safeguarding the patients.

Bounded time during the orientation, absence of staff, and variable preceptor support are all potential barriers that may be encountered. However, given the institution’s commitment to nurse and patient safety, these constraints and barriers will likely not adversely impact the implementation of the residency program for the long term. Other barriers that are unique to the setting may include an absence of simulation and/or dedicated educational resources, unaligned schedules for clinical and educational activities, and a demand-based approach for staffing that adversely impacts leadership support. To mitigate these barriers, the focus will be on maintaining the dedicated time for training and ensuring active participation of preceptors throughout the orientation (Park et al., 2025).

Intervention Overview

The proposed solution in this project is an evidence-informed educational intervention for newly graduated nurses that combines simulation education and orientation in the women’s services unit. This program aims to improve clinical readiness, confidence, and the ability to make safe decisions within the context of common and high-acuity maternal and neonatal scenarios. Newly graduated nurses will participate in simulation practice and case-based learning and have the opportunity to validate clinical skills under the guidance of nurse educators and preceptors. The orientation process will incorporate the practices of feedback, self-reflection, and the evaluation of performance to support the trainees in the development of their skills and will be sustained for 6-12 weeks (Salem et al., 2025). This approach embraces the use of experiential learning and critical thinking and extends educational support to the transitional phase of practice.

New graduate nurses in the fast-paced urban women’s services unit are best suited for this intervention due to the challenge of limited exposure to clinical practice, high patient acuity, and the performance anxiety that exists during the beginning of professional practice. Simulation provides nurses the opportunity to develop their emergency response, communication, and technical skills without endangering patients (Kavakli and Konukbay, 2024). Preparedness and structural frame of orientation aim to mitigate apprehension and enhance skills and confidence to a greater degree, improving the delivery of basic care uniformly.

The most important impediments would be the lack of time in orientation schedules to conduct the simulation exercises, variability in the degree of participation of the preceptor, and insufficient staffing to undertake simulation exercises. Added to these obstacles would be the degree of variability in preferred learning styles and the degree of dispersion from conventional learning methods, which would require the practice of learning and simulation exercises. The primary challenges of unpreparedness and lack of confidence must be addressed to improve basic care uniformly.

Comparison of Approaches

The traditional approach to the orientation of new graduate nurses involves unit-based preceptorship, teaching and learning sessions, and everyday patient care activities. While this leads to exposure to clinical practices, it does not provide graduate nurses with the opportunity to learn and respond to critical situations, emergency situations, or high-acuity situations independently. This model, unfortunately, helps graduate nurses to become oriented to the system, but does not build the confidence necessary to deal with high-acuity situations or critical situations.

Long-term clinical support, socialization, and professional confidence are provided through the nurse residency program, interprofessional simulation-based programs, and transition programs designed by advanced practice educators. Such programs are designed to provide an extensive and systematic approach to the development of professionals’ skills. However, the costs associated with the funding of these programs may be a burden on the nursing systems, due to the increased financial, human, and time resources required. Some of the simulation-based interprofessional programs provide a generic approach to the nursing competencies, lacking the focus on specific women-centered services.

Compared to traditionally orienting new staff, a nursing-led, simulation-based orientation is more flexible with regard to time, more realistic, and less resource-heavy. Because this model helps to establish active learning and promotes higher-order thinking skills, along with repetition of the practice of skills required to manage high-acuity scenarios, it also fosters teamwork among the nurse educators, preceptors, and other members of the interdisciplinary team. Although there might be challenges, such as the availability of simulations, the experience of the educators, and changing training needs policies, this model is the most effective and sustainable in high-acuity women’s services when compared with traditional orientation strategies.

Initial Outcome

This project aims to enhance new graduate nurses’ clinical preparedness, confidence, and ability to manage typical and critical clinical situations after completing this project and after the completion of the orientation program. When the orientation program begins, some baseline data will be collected. This data will consist of initial simulation performance scores, preceptor competency ratings on a defined evaluation instrument, and self-reported data on the confidence scale that was developed and validated. Trends in safety during the intervention will be established by looking at safety-related events and near-miss reports pertaining to new graduate nurses for the prior three months (Yang & Liu, 2021).

Among the secondary outcomes are the improved clinical competence assessed by means of simulation performance tests, preceptor tests, and self-reported surveys of confidence about the new graduate nurses (Alkhelaiwi et al., 2024). It is anticipated that these results will demonstrate the appropriateness of this educational intervention with the structured, simulated training concerning the transition-to-practice. It is also anticipated that the results will improve the performance of the practice-related activities and professional confidence concerning women in the service.

SMART outcomes

• Post-orientation assessments show a 20% or greater change in simulation-based competency scores compared to baseline assessments.
• Self-reported confidence scores relating to obstetric and neonatal emergencies show a 25% increase at the end of week 12 of orientation.
• One level increase in clinical judgment, communication, and technical skills in a Preceptor evaluation rubric.
• Declared near misses or safety events in the first three months of the program show a 15% decrease in the number of new graduate nurses.

To assess the outcomes, the following evaluator criteria will be used. First, there will be an improvement to measure the scores in simulation-based clinical performance between baseline and post-intervention assessment. Second, there will be an increased level of self-reported confidence to manage high acuity women in the service scenarios. Third, there will be an improvement in the preceptor evaluation score in clinical judgment, communication, and technical skills. Fourth, there will be a reduction in clinical errors, near misses, or safety event reports regarding new graduate nurses in the post-orientation period. All the outcome measures collectively will indicate an improvement in the quality of care, the safety of care, and the experience of the participants who are prepared for practice through a well-structured instructional program.

Time Estimate

It is estimated that the development and implementation of this educational initiative that trains newly graduated nurses using a structured and simulation-based approach will take four to five months. The first month will be dedicated to planning and designing the program. This includes the development of the different simulation scenarios, the structured orientation, the assessment tools, and planning the communication with the nurse educators and the unit leadership (Lysfjord & Skarstein, 2024). The preparation of the nurse educators and preceptors will take place in the second month to ensure that the facilitation of the simulations, the provision of feedback, and the assessment of competencies will be conducted uniformly among the participants. This initiative will be implemented in three months following the 6-12 week orientation structure in the PICOT. During this time, the new graduate nurses will participate in the simulations, engage in mentored practice, and receive feedback. There are several barriers that may delay this schedule, including the training of educators, the inability to control the workforce scheduling, and a lack of resources in the simulation and clinical practice units.

Quality Improvement Method

The quality improvement framework for this project will utilize the Plan-Do-Study-Act (PDSA) cycle. Situationally, this model is a best-fit option because it emphasizes a sort of trial-and-error methodology that tests and adapts in real time to the results of its tests. These traits are useful when determining the effectiveness of the structured educational intervention of simulation-based learning on new graduate nurses in a high-acuity women’s services unit. The PDSA cycle will ensure that the orientation process will be improved, and will refine the educational intervention to maximize its benefit to the nurses, and to ensure preparedness and confidence of nurses, and the safety of the patients (Abuzied et al., 2023). It is assumed that the nurse educators and unit leadership will provide the necessary guidance and support to the entire process of the intervention, while new graduate nurses will meaningfully participate in the simulations and learning processes to achieve the desired outcomes.

The PDSA cycle will involve the four identified phases. The educational modules, simulation scenarios, and orientation workflows, as well as the assessment and evaluation tools, will be developed during the Plan phase. In the Do phase, the program will be implemented in the women’s services unit for new graduate nurses along with guided simulations, structured clinical practice, and preceptor input. The Study phase will involve looking at the information and self-evaluated confidence indicators along with preceptor assessments to determine the impact the program has on newly graduated nurses’ clinical readiness and competence (Alhejaili et al., 2025). The Act phase, on the other hand, will implement the other phases (Plan, Do, Study) in order to make the orientation program effective, as well as meet the needs and goals of the organization to support newly graduated nurses’ clinical practice.

Literature Review

Highly acute service units for women present multiple challenges for newly graduated nurses. These challenges affect both the newly graduated nurses and the women requiring care in these units. When newly graduated nurses are not adequately prepared, the consequences can include mistakes that impact patient safety, increased levels of stress, and a higher turnover rate for nurses. Structured education programs that include simulation-based education offer the opportunity to improve clinical competence and provide a confidence boost during the transition-to-practice period. Ultimately, these programs improve outcomes for both nurses and patients (Elendu et al., 2024). These programs contribute to the professional socialization, critical thinking, and nursing skills needed in high acuity nursing.

Elendu et al. (2023) stated that one of the benefits of simulation-based education is the ability to create a safe, controlled environment in which to practice, prepare for, and navigate high-risk, emergent nursing situations. This type of education helps nurses build confidence while ensuring patient safety is not compromised. Similar to Elendu et al. (2023), Kavakli and Konukbay (2024) stated that well-designed orientation programs led to an improvement in procedural skills and interprofessional as well as clinical judgment communication, all of which are essential in complex care. This provides overall justification for women’s services units.

Other studies identified barriers related to new graduate nurses limiting their exposure to rare but high-acuity situations, variability in preceptor support, and no formal feedback as part of the orientation (Joseph et al., 2022). Mohammed et al. (2025) reported that new nurses lack confidence, experience, and an increased rate of errors when approaches are not prescribed to help manage obstetric and neonatal emergencies. Repeated practice, guided debriefing, and the endorsement of competencies are effective solutions to these challenges and ensure a person is prepared to practice unsupervised.

Evidence-based and interprofessional approaches to orientation are also demonstrating positive outcomes in the new nurse transition programs. Altinbas et al. (2025) reviewed simulation studies and the structuring of mentorship and concluded that the combination of simulation and structured mentorship enhances self-efficacy, improves skill performance, and professional satisfaction. Guerrero et al. (2022) noted that consistent exposure to a structured high-fidelity evaluation situation reinforces competence and safe practice outcomes. The existing body of literature consistently supports the implementation of a structured, simulation-based educational program to fill the gaps of readiness, confidence, and safe practice in newly registered nurses in the women’s services units.

Ahmed et al. (2025) studied organized simulation-based learning on acute care clinical competence of new graduate nurses. Their study found significant improvements in skill performance and confidence and suggested the addition of an orientation. Likewise, Hernawaty et al. (2024) found an association of targeted orientation activities with the reduction of clinical errors, indicating that educational interventions grounded in evidence may assure excellent preparedness during the transition-to-practice period.

The findings from Casia et al. (2025) showed the impact of a lack of preparedness on stress and confidence, as well as on inadequate patient safety practices of newly graduated nurses. They called for the implementation of integrated educational programs with practice, feedback, and simulation. Wang et al. (2025) reported that the combination of exposure to a stressful event, followed by reflection and a debriefing, resulted in an enhancement of clinical judgment and decision-making, and provided support for orientation activities that utilize simulation.

The literature shows that the educational intervention based on simulation and organization will benefit new graduate nurses in women’s services units. The study findings report that new graduate nurses who completed the intervention experienced an increase in clinical readiness and confidence, along with safer patient care outcomes. It is evident that guidance, learning, and simulation provide the most effective and convenient means of preparing nurses to gain competence in the management of high-acuity nursing care. In addition, systematic orientation, along with the activities of simulation and feedback, is congruent with the available literature, the educational norms, and the organizational policies, as it demonstrates that this kind of intervention is appropriate for the specified group and the clinical setting.

Evaluation of Relevance and Currency

The chosen literature addresses the transition-to-practice challenges experienced by new graduate nurses working in high-acuity women’s services, the issues of clinical competence and confidence, and the potential solutions of education, simulation-based learning, and structured orientation (Elendu et al., 2024; Kavakli & Konukbay, 2024). Most sources are published between 2022 and 2025 to present the most relevant evidence regarding simulation, guided practice, and the development of competency in challenging clinical environments (Joseph et al., 2022; Mohammed et al., 2025). The findings are related to the current practice of nursing education and high acuity, which will be beneficial to the concrete design of structured and evidence-based orientation (Altinbas et al., 2025; Guerrero et al., 2022). Literature outlines systemic and individual factors that influence readiness and safety practice. It provides approaches to address the orientation deficits and exposure to high acuity (Ahmed et al., 2025; Ernawaty et al., 2024). The literature describes timely, applicable evidence that offers the development of readiness, confidence, and the provision of safe nursing practice to new graduate nurses in women’s services (Casia et al., 2025; Wang et al., 2025).

Health Policy

The successful introduction of a structured and simulation-based learning program for new graduate nurses in the women’s services units (WSUs) is impacted by the relevant health policy and regulations. The health policies of the institution are related to the orientation of new staff, the supportive WSU staff, and the assessment of competence. These policies provide a framework for the program’s sustainability, quality, and compliance with the institution. Nationally, the nursing education guidelines and the accreditation criteria position Transition to Practice programs. Therefore, this program will promote the delivery of safe, effective, and consistent nursing care (Brunt and Morris, 2023). It is also necessary to consider the legal and ethical aspects of the scope of practice and professional accountability to avoid conflicts of concern and to facilitate the introduction of the program.

The Joint Commission mandates healthcare organizations to establish staff training and evaluation practices, focusing on reducing preventable maternal morbidity and addressing high-risk clinical scenarios, which support the use of simulation, designed and documented competencies. Competency-practice regulations and requirements for orientation and supervision as part of support dictate the format and method of documented training. OSHA regulations provide justification for the use of simulation to prepare nurses to deal with obstetric and neonatal emergencies. ANA’s Code of Ethics mandates the practice of ethical obligations, which demand maximally effective preparation, to ensure that evidence-based, safe practices are offered to all clients, within the bounds of limited and established practice.

To address the ethical concerns of confidentiality, the integrity of simulation-based education, and the safe management of data, equity, and accessibility concerning various clinical experiences, orientations, and comfort levels with simulation-based instruction, policy gaps in high-acuity skill standardization and interprofessional collaboration within the framework of transition programs must be adjusted (Geese & Schmitt, 2023).

Conclusion

The successful introduction of a structured and simulation-based learning program for new graduate nurses in the women’s services units (WSUs) is impacted by the relevant health policy and regulations. The health policies of the institution are related to the orientation of new staff, the supportive WSU staff, and the assessment of competence. These policies provide a framework for the program’s sustainability, quality, and compliance with the institution. Nationally, the nursing education guidelines and the accreditation criteria position Transition to Practice programs. Therefore, this program will promote the delivery of safe, effective, and consistent nursing care (Brunt and Morris, 2023). It is also necessary to consider the legal and ethical aspects of the scope of practice and professional accountability to avoid conflicts of concern and to facilitate the introduction of the program.

The Joint Commission mandates healthcare organizations to establish staff training and evaluation practices, focusing on reducing preventable maternal morbidity and addressing high-risk clinical scenarios, which support the use of simulation, designed and documented competencies. Competency-practice regulations and requirements for orientation and supervision as part of support dictate the format and method of documented training. OSHA regulations provide justification for the use of simulation to prepare nurses to deal with obstetric and neonatal emergencies. ANA’s Code of Ethics mandates the practice of ethical obligations, which demand maximally effective preparation, to ensure that evidence-based, safe practices are offered to all clients, within the bounds of limited and established practice.

To address the ethical concerns of confidentiality, the integrity of simulation-based education, and the safe management of data, equity, and accessibility concerning various clinical experiences, orientations, and comfort levels with simulation-based instruction, policy gaps in high-acuity skill standardization and interprofessional collaboration within the framework of transition programs must be adjusted (Geese & Schmitt, 2023).