NURS FPX 6112 Assessment 2 Evaluation of a Virtual Simulation Scenario

Evaluation of a Virtual Simulation Scenario

Student name

Capella University

NURS FPX 6112

Professor Name

Submission Date

Introductions

The evaluation discusses an online simulation that is designed to achieve critical thinking skills in nursing students. The chosen case was Evan Wright, who has Type 2 Diabetes Mellitus and has painful legs, a common and possibly severe complication of the disease. This situation is highly beneficial in acquiring experience in clinical reasoning to conduct an assessment, control medications, and study neuropathy and peripheral vascular diseases (Ezeofor et al., 2021). The students will be able to apply their knowledge in a safe and controlled environment with the simulation. The research will determine whether the simulation can assist students in learning, and they will achieve better patient care outcomes.

Simulation Context

The Sentinel U virtual simulation with Evan Wright is an interactive, case-based learning experience that aims to help nursing students and nurses in the first few years of practice to improve clinical reasoning and critical thinking in nursing education and practice. It is aimed to be implemented in nursing programs at universities as a component of clinical decision-making or as a part of adult health courses. It is primarily meant to assist students who are pursuing their BSN or nurses who have just been given a license as they embark on the practice as nurses. The scenario motivates learners to exercise managing Type 2 Diabetes Mellitus, including learning physical assessment, selecting medications, and identifying complications (Kolb, 2021).

A realistic story about leg pain provided to the students will allow these students to practice using their knowledge in clinical practice. The simulation, presented in a digital academic setting, is best suited to be implemented in the nursing programs of undergraduate students or their professional development programs. It is mostly used to reinforce didactic learning by means of a safe, immersive experience that enables learners to practice clinical skills, make decisions, and receive real-time feedback without risking harming the patient.

This simulation is based on the theory of Kolb, where a person learns through the process of having a real experience, reflecting on that experience, abstract generalization, and application of the learned theory. By being engaged and imagining the cases, students will become better at the way they perform in the clinical environment. Besides this, the scenario exemplifies the Novice to Expert model by Benner and describes how nurses learn to apply rules and eventually rely on experience and provide intelligent advice (Gallagher et al., 2023). It promotes this trend as it helps students to deal with real, complex situations, which teaches them to judge and enhances their confidence.

Evaluation of Physical Assessment Integration

The Evan Wright simulation can successfully incorporate the fundamental physical assessment skills into the simulated clinical experience, which will give learners a realistic experience to implement head-to-toe and focused assessment skills. Students will be asked to perform a focused examination of the lower extremities of Mr. Wright, especially in the context of his complaint of leg pain, and his history of Type 2 Diabetes Mellitus.

The necessary physical assessment techniques that are utilized to assess the complications of Type 2 Diabetes Mellitus are well incorporated into the Evan Wright simulation. The complete neurovascular exam requires the students to perform a thorough examination of the leg, assess the state of the skin, and examine the peripheral pulses, the capillary refill, and the sensation of various areas (Romagnoli et al., 2024). These skills are realistically presented in the scenario through symptoms of pain, changes in sensation, and redness, which help students understand what they may experience in real nursing.

The simulation promotes the student to learn the results of the test and decide on which conditions, including a lack of blood circulation or an increased risk of being infected, should be added as nursing diagnoses. In case the wheel turns out to be more pallid and the process of filling the capillaries is postponed, the student should offer more intensive treatment or reconsider the treatment plan, as observed signs often influence clinical activities (Romagnoli et al., 2024). This approach motivates physicians to independently make their decisions and enables them to detect severe problems, such as ischemia or diabetic foot wounds, at an early stage.

Consequently, application of these practices in the simulation facilitates application of evidence and prepares students to provide safe, prepared care, once they begin working in the real world. Indicatively, when the students observe that Mr. Wright has decreased dorsalis pedis pulses or less sensation in his feet, students will be able to suspect that Mr. Wright has peripheral neuropathy or ischemia. This simulated experience not only enables students to learn how to identify minor clinical manifestations but also helps them learn how to connect the abnormal findings with the possible pathophysiological conditions. This leads to the development of better assessment skills in students and makes them more prepared to practice in a clinical environment, as well as promotes learning outcomes by way of experiential learning.

Evaluation of Pharmacology Integration

With the simulation created by Evan Wright, managing Type 2 Diabetes and its issues is addressed as they are in the context of making clinical decisions. The medication can include metformin, injections of insulin, and over-the-counter acetaminophen or nonsteroidal anti-inflammatory drugs to manage a high level of blood sugar and leg pain. When a person is exhibiting erythema, swelling, or has a high body temperature, it may be an indication of infection. Antibiotics are initiated, and learners are expected to reflect on the most appropriate antibiotics, their capabilities in treating various bacteria, and what risk factors are involved in the case of that individual (Marvasi et al., 2021). Consequently, students gain knowledge on how to apply pharmacologic information in common treatments in diabetic patients as well as in emergency treatment.

The learners will be expected to make dosage calculations depending on patient-specific variables (weight and renal functioning) with the focus on safe medication practices. The simulation also provides the learners with the possibility to recognize the potential risks, e.g., hypoglycemia or nephrotoxicity, when considering the medication options to use in case of a diabetic patient.

The evidence-based practice is based on the appropriateness of prescribed medications in the scenario, which is aligned with the current clinical practice guideline on managing diabetic complications (Marvasi et al., 2021). As an example, in the event of the presence of neuropathic pain, such medications as gabapentin or duloxetine may be introduced, as the latter are approved in the management of diabetic neuropathy, as suggested by the American Diabetes Association (ADA) guidelines.

In addition, individuals in the simulator need to assess the suitability of a drug for Evan based on his age, the duration of his having diabetes, and the extent to which his vascular systems are involved, typical in individuals with long-term diabetes. Students are to write down when they cannot use metformin with renal dysfunction or a threat of lactic acidosis and know how to change the administration of insulin (Marvasi et al., 2021).

Moreover, the scenario also enables the trainees to compute doses of drugs, particularly when capillary blood glucose is adjusted to determine the insulin dosage. The students will have to interpret trends, work with live blood sugar readings, and be prepared to prevent hypoglycemia should the activity, nutrition, or other health factors be different in the simulation.

The guidelines on how to use medications are based on credible guidelines, such as those of the ADA and AACE, which assure that patients are treated as individuals (Prasad-Reddy et al., 2022). They must re-examine the interaction of the drugs with each other, maintain a record of the effects and side effects of the drugs, and remember, in general, the overall health of the patient. All in all, the simulation shows the issues that surround the management of drugs to people with diabetes and prepares the learner with competence and confidence enough to be able to act effectively in some strange situations.

Evaluation of Pathophysiology Integration

A good illustration of the pathophysiology underlying Type 2 Diabetes Mellitus is the simulation presented by Evan Wright, who based his simulation on his main symptoms, including leg pains. It shows the kind of complications individuals with diabetes might experience, such as nerve damage (peripheral neuropathy), artery disease (claudication), and increased risks of infection or ulcers. Due to this, the conditions will be included in the clinical information provided by Evan and will help the student to correlate his symptoms with the underlying insufficient blood flow or damaged nerves (Fedorowski et al., 2022).

These clinical manifestations, such as a decrease in sensation, a slow capillary refill, and pain upon movement, are demonstrated in the simulation and urge students to make the correct clinical judgments. Consequently, patients are more inclined to use their pathophysiologic knowledge to make such choices as monitoring the level of blood glucose, conducting Doppler studies, or prescribing preventative care at an early stage (Fedorowski et al., 2022). When students have to answer all the intertwined factors, the simulation will teach them to seek problems in the future and be quick to react. It not only helps to achieve better patient outcomes but also enhances the ability to detect and manage difficult chronic illnesses outside of training.

In addition to this, the situation underscores the fact that diabetes is a systemic disease and how high blood sugar and the kidneys, heart and brain are affected by diabetes. It provides clinicians with a means to learn about such complications as kidney disease or cardiovascular problems, which helps to understand that full-fledged care is necessary.

Moreover, it is written in a gentle manner explaining why it is important to work with various healthcare specialists, which, in turn, makes students decide when it is essential to request, for example, the assistance of endocrinologists, podiatrists, or surgeons related to the vascular system (Kim & Southerland, 2023). A view of the entire picture can help students understand and enable them to take care of patients, work together as a team, as in the management of diabetes.

Integration of Key Components

Physical assessment, knowledge of drugs, and pathophysiology are well interconnected in the simulation of Evan Wright, and show how complex cases can be in reality. All elements are linked, and students have to juxtapose the information in different spheres in order to make a decision concerning clinical action. The information obtained in the physical examination (reduced feeling, skin changes, or blood circulation problems) is used to determine the medication shifts to manage the pain or diabetes (Hamdan et al., 2024). This is the reason why patient care and treatment ought to be structured in an all-encompassing manner.

The pharmacological decision-making is also based on the pathophysiological results and physical examination information. An example is when a patient suspected of having an infection reports redness, warmth, and swelling of his lower extremity. Students must also select the appropriate antibiotics, taking into account that the patient has diabetes and may have renal impairment. The choice of analgesics or neuropathic pain agents should be taken with caution, considering contraindications and observing side effects.

To be able to judge the symptoms of the disease and predict such problems as infection or ischemia, one needs a good understanding of how diseases impact the body. The simulation demonstrates the information sequentially, which means that students will be encouraged to correlate the symptoms, the disease at work in the body, and how the symptoms are treated in the appropriate way (Hamdan et al., 2024). Due to this structure, students will be motivated to see the whole patient, rather than focusing on the problems individually. Thus, the students learn how the aspects of care relate and can provide safe, appropriate, and patient-focused care when working in real clinics.

General Observations and Usability

Evan Wright also simplifies it so the students can easily follow through with the clinical scenario steps since there are intuitive instructions on each and every step of the clinical scenario. The objectives are well defined and are aligned to the primary nursing skills, and thus, learners are aware of what will be assessed during the evaluation. The task design is systematic, with the use of normal steps of a nursing routine so that students can switch between the evaluation of the patient and treatment of the issue (Zhang et al., 2022).

The organization enables the students to remain interested and helps them to learn to think in a clinical manner, step by step, thus learning becomes effective and can be easily followed. The simulation time taken is suitable in the academic environment and usually takes a period of between 45 minutes and an hour, depending on the experience of the learners.

Technically, the simulation platform is stable and reacts in time. It can be used with most laptops and desktops because it works without glitches and is compatible with most operating systems and web browsers. It can be used in a variety of academic institutions by having minimal hardware needs, a simple internet connection, speakers/headphones, and a keyboard (Zhang et al., 2022). The most useful aspect of the simulation is feedback that can provide instant, scenario-specific feedback that assists students in reflecting on their performance.

The manner in which it presents specific, timely, and instructive advice is an outstanding quality of the simulation. This way of learning is easier and helps them to reflect and work on the things they need to work on. It is not too long or short, as you are able to think over your options, but not so long that you know it is too long. Thanks to compatible and easy-to-use software, everyone can enjoy using the simulation without any problems (Zhang et al., 2022). Most importantly, it provides students with an opportunity to make decisions and learn in such a designed environment that can help to identify mistakes and keep patients safe. The simulation is highly useful in educating nursing students since it is technically reliable, easy to follow, and realistic.

Recommendation for Adoption

Evan Wright’s simulation needs to be implemented into the nursing training programs, with special emphasis put on chronic illness, adult nursing, and quick clinical decision-making. Simulation training offers a significant enhancement to student learning, particularly in medical decision-making, critical thinking, and learning how to safely evaluate patients. Its design is informed by the INACSL Standards of Best Practice in Simulation, so it is simple to get learners involved, provide them with helpful feedback, and expose them to real-life scenarios (Barlow et al., 2024). Further, the simulation is based on Simulation Theory, proposed by Jeffries, where the involvement of the students in the learning process is encouraged, the design of the learning process is more student-oriented, and the goal of the learning process is determined through the result of the learning process. The simulation is comparable to what is taught in competency-based education and prepares students for real-life situations with patients. Including this subject matter in classroom instruction would challenge students to be in charge of handling complex and long-term health-related issues such as diabetes.

Whilst these may be difficult to handle when starting, such as money, staff training, or use of technology can be well handled given that it is well supported and planned. Grant funds can be used to implement certain programs, introduce the element of simulation in the existing clinical environment, and arrange lessons on how to teach so that the teaching process will be identical.

In the long run, an implementation of a teaching simulation by Evan Wright will lead to an improved skill level among students, better safety of assignments in hospitals, and an increased level of knowledge (Barlow et al., 2024). The simulation could fit well in many types of programs, both in-person and online, or both/combined learning styles, as it can be easily scaled and adjusted. This implies that not only is the use of this tool a novel way of teaching something, but it is also a step towards bringing modernity to the education of nurses.

Conclusion

This simulation enables the students to understand assessment, drugs, and health processes in unity, as they would in real life. The application of this approach can especially contribute to a better approach to clinical thinking by healthcare professionals regarding chronic diabetes, including Type 2 Diabetes Mellitus, and related complications, such as leg issues. Similar simulation software emphasizes realism, straightforward and understandable goals, and applicable feedback. It would be handy to incorporate both a more diverse group of patient responses and a variety of complex settings.