Student Name

Capella University

NURS-FPX6112 Technology Integration for Nursing Education

Professor Name

Submission Date

Implementation Plan for a New Simulation Product

Slide 1:

Hello I’m __________. This presentation will explore the introduction of the Sentinel U online nursing simulation scenario platform to improve competency in large clinical reasoning and decision-making skills deficits identified in the nursing field. The assessment will include the following: integration plan, staff training needs, evaluation metrics, and the economic impact of a successful implementation. This study proposes that Sentinel U is a viable, scalable solution to improving nurse education and improving the preparation of students for clinical practice through the consideration of these factors.

Slide 2:

• Overview of the Technology: Sentinel U Online Simulation Platform 

Sentinel U is a web-based simulation learning system that is an online simulation-based learning platform to improve nursing education through interactive, scenario-based virtual patient simulation (Kool, 2021). It is an interactive collection of modules on key topics including physical assessment, pharmacology, and pathophysiology, which provide students with an opportunity to practice in realistic clinical scenarios in a flexible and scalable learning system. Crucial parts of this platform include branching decision paths, dynamic patient avatars, immediate multi-modal feedback, and rich de-briefing tools which promote clinical thinking and reasoning. The platform is self-paced and can be accessed remotely; thus, it can be easily applied to hybrid and fully online nursing programs. Virtual patient case studies such as those described by Smith et al. (2020) around the control of elevated blood pressure, nerve damage, respiratory issues, and side effects of medicines also form part of the content. This type of case can be incorporated into the basic-level nursing education courses such as Fundamentals, Pharmacology, and Pathophysiology.

Slide 3:

• Addressing Educational Gaps with Sentinel U 

The important gap in nursing education currently is the limited opportunities students have to apply knowledge to practice in real-world situations prior to practice and in an environment where actual risk is eliminated. Most of the students find it difficult to set theory and practice into perspective, especially to make clinical decisions based on data from physical assessment and pathophysiological and pharmacological concepts. Sentinel U explicitly fills this need by offering evidence-based, structured simulations which involve students in gathering patient data, interpreting symptoms, and timely intervention (Ropponen et al., 2025). For instance in the case of hypertension, the students have to take the virtual vital signs of a patient, review the medication time schedules, know the pathophysiologic effects of chronically elevated blood pressure on the organ systems of the human body and choose the right pharmacologic intervention (Alreshidi et al., 2025). This combination enables synthesized clinical judgment and equips the students to better deal with complex clinical situations in real life.

Slide 4:

• Needs Assessment

The needs assessment indicated that nursing students’ opportunities to practice clinical decision-making and reasoning in a governed setting are limited before clinical rotations. Staff said that although the high fidelity manikin simulations facilitate learning of practical skills, these are costly, limited, and cannot be replicated. In addition, students studying in distributed/asynchronous learning settings lack the chance of having access to simulation laboratories (Fabriz et al., 2021). Most of the students who responded to questionnaires expressed a desire to be more autonomous in using clinical judgment, particularly with regard to pharmacology-physiology integration. Instructors also reported inconsistencies in students’ preparations for clinicals, especially noticing changes in a patient’s condition and responding appropriately and promptly.

Slide 5:

• Necessity and Potential Impact of Sentinel U 

A low-cost, scalable, and complementary solution to current simulation modalities provided by Sentinel U implementation into curricula helps address these problems within the context of curricula. It can provide standardized and reproducible clinical scenarios, allowing equal access to quality experiential learning for all students. The retention of knowledge and confidence in the clinical environment are enhanced, as Sentinel U can be built into core courses, all while providing a way for students to work through difficult cases at any time (Klenke et al., 2023). It is best used for NCLEX-style decision-making and practicing for clinical. Sentinel U also improves program outcomes and supports ongoing quality improvement in learning and teaching, since it facilitates AI in nursing education.

Slide 6:

• Integration Strategy

Sentinel U will be integrated into three key nursing courses: Pathophysiology, Pharmacology and Health Assessment, in the second semester of the sophomore year. Each course will include 2–3 weekly learning objectives that are mandated by the Two-To-Three Sentinel U modules per course framework. For example, the Pharmacology students will be completing a module on antihypertensive therapy, and they will be able to track a patient’s response to the medication and make any necessary changes based on the clinical findings, as per the Cowart and Updike (2020) study. Pre-briefs will be given in the learning management system (LMS), as will guided reflection questions and post simulation de-briefs to create seamless integration. The platform allows faculty to see an analytics dashboard to track students’ learning and gaps.

Slide 7:

• Staff Training and User Preparation 

A stepped training plan will be used to train the staff and faculty for implementation. Simulations will have core team of simulation educators that receive formal training through Sentinel U. They would in turn conduct workshops for course instructors on selecting the appropriate modules, facilitation and debriefing technique. Students will receive orientation sessions during their first semester, which include tutorials about how to use the platform and what should be done during the simulation. Technical support would be provided to the technical actors who were to be trained in addressing connectivity and access problems. Fidelity will be supported through professional learning, through monthly communities of practice.

Slide 8:

• Benefits and Enhancements

Sentinel U helps students master the skills needed to build physical, pharmacologic, and pathophysiologic skills into clinical decision-making. A simulated case of a diabetic patient with neuropathy must lead learners to an assessment of decreased pedal pulses, interpretation of labs, understanding of microvessel complications, and assessment of the appropriateness of medications prescribed (Solomon et al., 2021). Again, the multiple aspects of this process reinforce the interrelatedness of the domains of nursing knowledge. Sentinel U demands participatory work, as opposed to passive learning models, and therefore needs to be better known and utilized. Capsuled in this platform is the emphasis on clinical judgment, which is aligned to the QSEN competencies and AACN essentials and prepares graduates to be safe, patient-centered, and evidence-based practitioners.

Slide 9:

• Evidence-Based Support and Case Studies 

The quantitative and qualitative integration success measures will be the success of the Sentinel U integration. Near-term impacts will include students’ scores on simulation-based checklists and quiz scores based on clinical judgement and use levels (time spent, completeness, etc.). These will be evaluated by faculty as part of the debriefing process, and there are standardized rubrics for critical thinking and decision-making. Post-simulation surveys using a 5-point Likert scale will be used to measure student satisfaction. The long-term consequences will be improved pass rates for courses, clinical evaluation scores, and NCLEX pass rates (Cipher et al., 2020). Sentinel U’s built-in analytics will keep an eye on the long-term performance trends of individual and cohort performance.

Slide 10:

• Evaluation Metrics

The effectiveness of the integration of Sentinel U will be quantified and qualitatively assessed. In the short-term, indicators of performance will include student performance on simulation-specific checklists, quiz scores to assess clinical judgment and engagement measures (time in simulation, completion rates, etc.). Rubrics for faculty evaluation of critical thinking/decision making will be a part of the debriefings. Post-simulation student satisfaction will be measured via 5-point likert student survey. Results that will last in the long run will be an increase in course pass rate, an increase in Clinical Evaluation scores, and an increase in the NCLEX pass rate (Cipher et al., 2020). Individual and cohort-level performance will be tracked over time in Sentinel U’s built-in analytics.

Slide 11:

• Remediation and Continuous Improvement 

A remediation plan will be instituted for learners who will not do well in simulation. Low performers will be required to go through scenarios again with faculty-led debrief as well as extra support (video tutorials, peer mentoring, etc). The data from the platform will inform and direct targeted interventions and changes to curriculum. The review committee will review the evaluation data every year to make adjustments to the use of the modules and update the modules as necessary and when standards change. The ongoing feedback process helps to guarantee the quality and responsiveness of the education to learners’ needs.

Slide 12:

• Budget and Resources 

All implementation costs of Sentinel U, including institutional license ($12,000/year for 500 students), faculty training ($5,000 one time), technical support ($10,000/yr), and LMS integration ($3,000), are estimated to be $48,000 over 3 years. Funding will be sought as part of the instructional innovation program at the college, plus some reallocation from the simulation lab budget. Sentinel U is also a cost-effective, easily scalable solution, averaging $2,000-$5,000 less than the high-fidelity manikin maintenance per manikin. The money will be managed through the Department of Nursing Education, and financial accounting will be done quarterly for accountability.

Slide 13:

• Timeline 

The plan will be implemented over a period of six months or so and will be broken down into steps to ensure the process goes smoothly. The following steps involved – Approval, funding, setup, faculty training. Students will then be introduced in a pilot at Pharmacology following a roll out to all targeted courses. The complete implementation will be in place, and baseline data will be available to provide direction for future enhancements by the end of the last month. Barriers may be resistance to change and access to faculty for the off-campus students, which will be addressed by engaging from the start, constant support, and, if needed, providing the student with a loaner device.

Slide 14:

• Conclusion 

Incorporating Sentinel U into nursing education is a smart strategy in preparing for real-world clinical issues. This technology connects theory and practice, enhancing critical thinking, clinical judgement, and the application of concepts to physical assessment, pharmacology, and pathophysiology. Evidence-based and aligned with accreditation standards, Sentinel U is a flexible, scalable, and cost-effective solution that positively impacts learners and educators. The end result is to provide every nursing student with a valuable learning opportunity, and when he or she enters the healthcare environment, he or she is confident, prepared, and ready to ensure patients’ safety.

Slide 15:

• Q&A 

Q: How will you ensure faculty buy-in for this new technology? 

A: Faculty will be involved early through pilot testing, professional development incentives, and recognition in curriculum redesign efforts. Their feedback will shape implementation.

Q: What happens if students don’t have reliable internet access? 

A: The university will provide access through computer labs, Wi-Fi hotspots, and downloadable content options where available.

Q: Can Sentinel U replace high-fidelity simulation? 

A: No, it complements it. Sentinel U builds cognitive skills; manikins build psychomotor skills. A hybrid model is optimal.

Q: How will you measure long-term impact on patient care? 

A: Through tracking graduate performance in clinical residencies, employer feedback, and eventual patient outcome data in practice settings.

Offer to follow up: I welcome the opportunity to share pilot data, sample scenarios, or detailed training plans upon request.