Comparison of a Simulation Product or Process
Student name
Capella University
NURS FPX 6112
Professor Name
Submission Date
Comparison of a Simulation Product or Process
The comparison will focus on two categories of simulation technologies in nursing education, which are Sentinel U online simulation and high-fidelity manikin simulation. Such a comparison would serve the purpose of determining the effectiveness of the two simulations in developing a number of educational outcomes, such as critical thinking, clinical skills, and pharmacological knowledge. Such an assessment will enable the researcher to make inferences on which simulation technology offers the most effective preparation of nursing students about actual patient care, with the following factors being taken into consideration: cost, availability, the learners’ participation in the simulation, and the practicability of the taught pathophysiological facets.
Environment for Simulation Technology
The simulation technology will be applied in a nursing learning program designed to develop critical clinical decision-making, assessment, and pharmacological skills. The student nurses would form the target group as they would be rotating to their clinical or first year of preclinical. This group of people needs not only a theoretical background but a wider experience than rendering safe and qualified care to the patients (Salacinska et al., 2025). It will be complemented by adding the online simulation Sentinel U that will introduce the virtual patients, the scenario of which will concentrate on physical assessment, pharmacology, and pathophysiology to the theoretical knowledge.
Rationale for Comparing Simulation Products
The Sentinel U online simulation is juxtaposed against other technologies of simulations to determine which tool can best assist in achieving the learning objectives in nursing education. The simulator will include a high-fidelity manikin in which there will be the physical interaction of some sort with a physical model, hence providing a physical response (Lucas et al., 2024). The rationale of the comparable comparison is that it is important to adopt the best and most efficient strategy in the combination of theory and practice. The Sentinel U simulation is highly adaptable, convenient, and low-cost, as opposed to the high-fidelity manikin, which enables practical learning necessary to develop realistic clinical practice. The comparison of the two products results in optimal and balanced education amongst the students.
Comparison of Simulation Technologies
The two compared include Sentinel U online simulation and high-fidelity manikin simulation. The comparison will also include a high-fidelity manikin simulation in which the user is able to physically interact with a physical model that has the capability of providing some kind of tactile feedback, among others. The reason behind this comparison is the necessity to discover the most effective and productive way of merging theory and practice (Cant and Ryan, 2022). The simulation of Sentinel U is convenient, practical, and affordable, and a manikin that is high fidelity will provide the practical learning of the skills that are essential in clinical practice.
Features, Capabilities, and Benefits
The online gaming simulation: Sentinel U presents virtual patient scenarios, in which students glean data, undertake physical symptom assessment, and come to a decision using clinical reasoning. It is highly convenient, cost-effective, and can be practiced (Sans et al., 2022). Students take initiative in learning, and in most instances, critical thinking is involved in such a simulation, where the resultant decisions are provided immediately, hence enhancing clinical judgment. The advantages of high-fidelity manikin simulation are that it is more hands-on and enveloping. It replicates the real reactions that patients have to the interventions, i.e., alterations in vitals, breathing, or heart sounds. It is a hands-on simulation, which builds practical evaluation competencies, such as blood pressure measurement, auscultation, and medication (Burnett and Fiebert, 2024). It is largely beneficial since it allows the students to touch and feel the workings of clinical equipment and the patients, thus, they are more competent regarding the process and treatment of the patients.
Rationale for Effectiveness and Efficiency
Sentinel U simulation is as well more effective in promoting theoretical knowledge and decision making skill, particularly when space or resources to use physical manikins are limited. It is also efficient to facilitate distance learning, and opportunities are scalable to the students. Contrarily, the high-fidelity manikin can be utilized more efficiently in the training of hands-on and multifaceted procedures that need to be directly practiced on a patient, particularly in situations where the student needs to train fine-tuning of the physical assessment skills (Aebersold & Gonzalez, 2023). Despite the discrepancy in the utilization of the two simulations, the high-fidelity manikin is more effective in developing the clinical skills that entail touching and feeling, and hence beneficial to the student who requires developing physical examination and intervention.
Impact of Simulation Technologies on Educational Outcomes
The Sentinel U online simulation is mostly effective for knowledge retention and critical thinking. It improves the theoretical knowledge level by engaging the students in virtual environments since the learners are able to apply their knowledge of physical assessment, pharmacology, and pathophysiology into virtual reality worlds (Chakal, 2024). The immediate feedback provided in the simulation will encourage the students to investigate and analyze the decisions of the students to improve their clinical justifications. It is also possible to repeat the situations and ensure that the clinical knowledge is retained. The online simulations are effective in improving cognitive learning, decision-making, and contemplation in nursing education.
The manikin simulation that is high-fidelity is more concerned with the growth of clinical skills. It enables students to perform some physical assessment of patients and administer medicine, among other practical activities, in a learning institution with a lower risk and health hazard. The high-fidelity body models provide feedback concerning the physical intervention during learning, which helps in the technique of the learner (Salacinska et al., 2025). The specified technology will improve learning through touch and allow students to make no mistakes when performing complex clinical exercises.
Rationale for the Comparison
The comparison between Sentinel U online simulation and high-fidelity manikin simulation demonstrates the difference between the educational outcomes that both technologies have. In conditions when essential thinking and theoretical knowledge have to be solidified, Sentinel U simulation can be rather effective. On the other hand, the high-fidelity manikin is more developed in the development of practical clinical skills, yet where the depositions of the learning environment are significant, such as stress within the simulated environment and real-time observation of the physiology (Aebersold and Gonzalez, 2023). The functions of the two technologies are quite different and complementary, and both of them bring some benefits to nursing education. It must offer the most balanced training through the combination of the two.
Comparison of Educational Outcomes
The Sentinel U online simulation and high-fidelity manikin simulation both have an effect on knowledge retention, clinical skills, and critical thinking, albeit differently. Sentinel U contributes to the enhancement of the process of thinking and memorizing, as it means that undergraduate students get virtual patients to evaluate the symptoms and make decisions based on the purely theoretical part of knowledge (Burnett and Fiebert, 2024). It encourages thinking, critical thinking, and revisiting of the situations, and helps in the support of the theoretical knowledge acquired in the classes. However, the high-fidelity manikin is sensitive to clinical skills since it allows the students to practice real-life procedures involving physical assessment, administering medication, and emergency treatment. It responds immediately to the activity of students, which improves the development of the physical skills (Cant & Ryan, 2022). Both of the technologies are, however, also supportive in the area of critical thinking; the manikin offers greater first-hand instruction of clinical judgment in real-life communication.
Metrics for Assessing Outcomes
Different measures are used to determine the effectiveness of the two types of simulations. Within the Sentinel U case, the assessment metrics will be the scores and checklists of exams and quizzes that will be focused on evaluating clinical judgment and critical thinking (Palaganas et al., 2024). The level of engagement through assessment and the scores are also significant, at which level the satisfaction rates and the perception of the perceived value of the simulation by learners are also measured. With the help of the checklists, in the high-fidelity manikin, the instructor provides a direct assessment in situations where the students have succeeded in performing the physical tests required. Examples of performance evaluation can also be measured by the scores of examinations when the students have undergone any physical activities.
Pre-Simulation Preparation and Post-Simulation Debriefing
The Sentinel U asks students to prepare pre-simulation readings and short briefings on the pertinent case scenarios of a patient. Post-simulation debriefings are usually done after the simulation and involve guidance discussions, feedback, and self-reflection on the concept of decision-making (Chakal, 2024). Practice before administering the simulation can be done through demonstration of the specific procedure or intervention, such as verbal explanations and videos with the high-fidelity manikin. Later debriefing has been associated with the technique and clinical reasoning feedback, good things, and what the students should improve.
Teaching Physical Assessment Skills
In Sentinel U, physical assessment is learned virtually, with students being shown symptoms and situations whereby they have to interpret data and make a decision. As an example, the students can check the blood pressure of a virtual patient, read about the symptoms of high blood pressure, and choose the appropriate interventions (Lucas et al., 2024). In addition, the high-fidelity manikins help students to perform practical examinations, such as measuring blood pressure, listening to lungs, or feeling pulses. To elaborate on this, when a student measures blood pressure with a manikin and possesses some knowledge on how the process is carried out or how to obtain the right reading, this enhances his/her tactile/procedural dexterity.
Teaching Physical Assessment
The Sentinel U online simulator imparts physical assessment skills through virtual patient scenarios that challenge students to analyze the symptoms, gather pertinent information, and make a clinical decision. Although it lacks practical experience, students can assess the history of a patient, conduct different virtual evaluations, and analyze clinical diagnosis (Sans et al., 2022). As an example, students may measure the blood pressure and hypertension symptoms of a virtual patient and make decisions about the proper actions regarding it. It improves cognitive knowledge and judgment, but not the physical side of the examination methods, like palpation or auscultation.
The manikin simulation of high fidelity directly imparts the skills of physical assessment because it provides a student with the opportunity to use a realistic manikin in practice (Salacinska et al., 2025). Students would be able to take vitals, conduct physical examination (e.g., pulses palpation, heart and lung sounds), and implement treatments such as medication or CPR. As an example, a student will be able to measure blood pressure, conduct a respiratory check, or check the extremities for signs of peripheral edema, and immediately have feedback about the correctness of the method.
Effectiveness of Simulations in Refining Assessment Techniques
Sentinel U simulation can be discussed as useful to perfect the methods of assessment since the students can practice their decisions about interpreting clinical data and making decisions, which has a positive effect on improving diagnostic reasoning (Cant & Ryan, 2022). Nevertheless, it is not physical which restrains the growth of the tactile skills. The high-fidelity manikin, in contrast, is very useful in letting the students practice and perfect physical assessment skills through providing real-time feedback and allowing repetition of the assessment, which reinforces muscle memory and improves the accuracy of the procedure.
Integration of Pharmacological Concepts
The Sentinel U online simulation incorporates pharmacological principles in that it presents the virtual patient cases in which medication management is involved. To determine the drug therapy decisions, students review the medical background of the patient, the medications that the patient is taking, and the symptoms. As an example, a case can involve students in cases in which antihypertensive medications are to be considered in a situation presenting with the symptoms of peripheral neuropathy (Burnett & Fiebert, 2024). The simulation focuses on the cognition of the mechanisms of drugs and the need to have proper pharmacologic intervention, but lacks the actual time medication and the physiological reactions of the drugs on a patient.
The Sentinel U simulation assists learners in comprehending the mechanisms of drugs and patient response in a virtual controlled environment. Nevertheless, it does not involve physical intervention and direct monitoring of patient responses (Aebersold and Gonzalez, 2023). The high-fidelity manikin proves better in assisting the learners to learn about drugs and their mechanism of action, administration, and the reaction of the patient as they are in direct contact with the patient model. The pharmacological concepts are incorporated in the Sentinel U online simulation with virtual patient cases. The students are required to interpret medication orders, drug mechanisms of action, and predict potential side effects or interactions depending on patient history and clinical presentation.
Students are provided with feedback on their decisions immediately, which solidifies pharmacokinetics, pharmacodynamics, and safe dosage calculations in a decision-making environment as they have to select and administer medications in the virtual environment. Contrary to that, the high-fidelity manikin simulation involves the pharmacology assumption where students can physically prepare, calculate, and administer medications (e.g., oral, IV, or IM), followed by realistic patient reactions (e.g., the changes in vital signs, consciousness, or adverse reactions) (Aebersold and Gonzalez, 2023). This practical model enables the learners to gain first-hand connections between the pharmacological theory and the tactile skills, the use of equipment, and direct real-time monitoring, which contributes to the attainment of both procedural and cognitive competence as well as enhances knowledge of the effects of medications on patient physiology.
Teaching Pathophysiological Concepts
The Sentinel U online simulation is used to learn the pathophysiological concepts by exposing the student to virtual patient scenarios in which the student has to analyze the symptoms, review the history of the patient, and the underlying disease processes. An example of this is a student who has to evaluate a virtual patient with hypertension and peripheral neuropathy, and in this case, a student should be able to identify how long-term high blood pressure may cause microvascular damage and neurological issues (Palaganas et al., 2024). The simulation presents the student with details concerning the mechanisms of the disease, and they are motivated to utilize this in formulating a treatment plan. Nevertheless, it lacks real-time physical alterations on the state of the patient and restrains practical knowledge of the pathophysiological processes.
The manikin simulation of high fidelity imparts pathophysiology by displaying the actual physiological response to the intervention in real-time. Students who give medication and do physical assessment will be able to see how illnesses such as hypertension or diabetes are reflected in vital signs, physical symptoms, and patient responses. As an example, by providing the manikin with an antihypertensive, the students are able to monitor the blood pressure and heart rate changes to learn how the processes of disease can change the body in real-time.
Understanding Disease Processes and Patient Care Implications
The Sentinel U simulation is designed to assist students in gaining theoretical knowledge of disease processes through case studies, where students are expected to interpret symptoms and make informed decisions relying on pathophysiological concepts. Nevertheless, it does not have the interactive aspect of monitoring patient response to interventions (Chakal, 2024). A high-fidelity manikin is more efficient in teaching students about disease processes and how these processes relate to patient care due to its high fidelity, which will enable the students to notice and react to the immediate consequences of their interventions. This improves their knowledge of the role of the progression of diseases in the treatment plans.
Challenges and Benefits of Each Simulation Technology
The online simulation of the Sentinel U has a number of advantages, including cost-efficiency, accessibility, and learner interaction. It can be availed at a distance, and students can do the learning in a flexible manner without the use of space and massive supplies. It also provides the capacity to replay the scenarios, which support clinical decision-making and improve the retention of theoretical knowledge. Nevertheless, they have a drawback of the inability to engage with each other physically, thereby limiting tactile learning, and the possibility of less immersive interaction than with hands-on technologies (Lucas et al., 2024). Moreover, the technology presupposes an uninterrupted internet connection and appropriate equipment for the students that is not accessible everywhere. Regular updates normally increase the useful life of the software, although storage is not a big issue since it is a cloud-based software.
The high-fidelity manikin simulation is a practical exercise that increases clinical skills and the direct study of the patient’s reaction. It is very interactive and useful in the instruction of physical assessment and pharmacology. Nevertheless, manikins are expensive, and they take up space, need repairs, and maintenance. Manikins may have a useful life of many years, but they must be updated in terms of software or functionality to meet educational requirements (Sans et al., 2022). Also, accommodations including voice prompts, a larger screen, or sensory aids can be required in case of visual, auditory, or mobility impairments in individuals with the Americans with Disabilities Act (ADA).
Recommendation
It is recommended to use Sentinel U online simulation together with high-fidelity manikin simulation as a way of nursing education based on the analysis. Although the online simulation is flexible, cost-effective, and accessible, which is essential in remote learning, the high-fidelity manikin can give the much-needed hands-on training to improve clinical skills (Salacinska et al., 2025). The mixed model will be able to support various learning styles and will provide an all-encompassing learning and readiness to work with the patient in the real world. Nevertheless, budget and resource limitations might determine the given prioritization of a simulation in a particular environment.
Conclusion
The Sentinel U online simulation and high-fidelity manikin simulation present different benefits in nursing education, both of which aid in the acquisition of the skills of critical thinking, clinical, and pharmacological knowledge. The online simulation is flexible, cost-effective, and accessible to theory learning, but the high-fidelity manikin simulation is better in providing practical, immersive learning that improves physical assessment and real-time clinical decision-making. An integration of the two technologies would offer a holistic learning experience that would accommodate the needs of all educational requirements and ensure that the nursing students are adequately prepared to survive the obstacles of patient care.
References
Aebersold, M., & González, L. M. (2023). Advances in technology-mediated nursing education. Online Journal of Issues in Nursing, 28(2). https://doi.org/10.3912/ojin.vol28no02man06
Burnett, G. W., & Fiebert, S. N. G. -. (2024). The role of simulation training in patients’ safety in anaesthesia and perioperative medicine. BJA Education, 24(1), 7–12. https://doi.org/10.1016/j.bjae.2023.10.002
Cant, R., & Ryan, C. (2022). An educator’s anthology of virtual simulation applications for nursing curricula: A mapping review. Clinical Simulation in Nursing. https://doi.org/10.1016/j.ecns.2022.08.007
Chakal, K. (2024). A virtual reality training application for administering basic life support in stressful scenarios. Oulu.fi. https://oulurepo.oulu.fi/handle/10024/50615
Lucas, Fabrícia Torres Gonçalves, Arantes, H. P., Garcia, R. A., Regina, M., Mariane, M., Adriano, Pereira, A. A., Milagre, S. T., & Santos, F. P. (2024). Research on Biomedical Engineering, 40(1), 253–264. https://doi.org/10.1007/s42600-024-00340-z
Palaganas, J. C., Mosher, C., Wawersik, D., Eller, S., Kirkpatrick, A. J., Lazarovici, M., Brown, K. M., Stapleton, S., Hughes, P. G., Tarbet, A., Morton, A., Duff, J. P., Gross, I. T., & Sanko, J. (2024). In-person healthcare simulation. Simulation in Healthcare the Journal of the Society for Simulation in Healthcare. https://doi.org/10.1097/sih.0000000000000822
Sałacińska, I., Trojnar, P., Gebriné, K. É., Törő, V., Sárváry, A., & Więch, P. (2025). A comparative study of traditional high-fidelity (manikin-based) simulation and virtual high-fidelity simulations concerning their effectiveness and perception. Frontiers in Medicine, 12. https://doi.org/10.3389/fmed.2025.1523768
Sans, J. A. M., Gonzalez, L., & La Rosa-Salas, V. (2022). Simulation-based learning from across the globe. Nursing and Informatics for the 21st Century – Embracing a Digital World, 3rd Edition, Book 2, 183–200. https://doi.org/10.4324/9781003281009-11
Related Assessments for this class: NURS FPX 6112 Assessment 2 and NURS FPX 6112 Assessment 4
