This NUR 502 Module 5 page gives a complete graduate paper evaluating an education program with Kirkpatrick's four levels, including an evaluation matrix, measurement tools, the rare-event problem and references. Searches like "nur 502 module 5 assignment", "nur502 module 5 evaluation of learning paper" and "nur 502 module 5 example" land here.
The NUR 502 Module 5 example, in full
Ready for the Case They May Never See: Evaluating a Malignant Hyperthermia Simulation Program With Kirkpatrick's Four Levels
[Student Name]
Southern New Hampshire University
NUR 502: Teaching and Learning in Nursing
Module Five Evaluation of Learning Paper
[Instructor Name]
[Date]
The organization, setting and figures below are a composite written as a model document. No real employer, client, colleague or patient is described.
Ready for the Case They May Never See: Evaluating a Malignant Hyperthermia Simulation Program With Kirkpatrick's Four Levels
The Program and the Evaluation Problem
Malignant hyperthermia is a rare, life-threatening reaction to certain anesthetic gases and succinylcholine in genetically susceptible people. It causes a hypermetabolic crisis with rising end-tidal carbon dioxide, muscle rigidity, rapid heart rate and, later, high temperature. Survival depends on rapid recognition, stopping the triggering agent, and giving dantrolene quickly, which requires a coordinated team response (Rosenberg et al., 2015). Most operating room and recovery nurses will encounter it rarely, if ever.
A composite ambulatory surgery center with six operating rooms and a recovery unit has created a simulation program for its 34 perioperative nurses: a 20-minute review, followed by a 30-minute high-fidelity scenario in which the team recognizes and treats a simulated crisis, then a structured debriefing. Simulation is well suited to this kind of preparation; a meta-analysis found that technology-enhanced simulation, compared with no intervention, was associated with large improvements in knowledge, skills and behaviors (Cook et al., 2011). The challenge is evaluation. If the event the program prepares for almost never happens, how will the educator know whether the program works?
Kirkpatrick's Model
Kirkpatrick's model evaluates training at four levels: reaction, learning, behavior and results (Kirkpatrick & Kirkpatrick, 2016). The levels form a chain. Positive reactions make learning more likely, learning makes changed behavior possible, and changed behavior is what produces results. The model is widely used in health care education because it pushes educators beyond satisfaction surveys toward evidence that practice and outcomes changed. The matrix below applies the model to the program.
Table 1
Evaluation Matrix Using Kirkpatrick's Four Levels
| Level | Question | Measure | Timing | Target |
|---|---|---|---|---|
| 1 Reaction | Did nurses find the training relevant and realistic? | Post-session survey | Immediately | 90 percent rate as relevant |
| 2 Learning | Can nurses recognize and treat the crisis? | Knowledge test; team performance checklist in the scenario | Before and after | All critical actions completed |
| 3 Behavior | Do teams act correctly in the real work setting? | Unannounced in situ drills; cart and dantrolene checks | Quarterly | Dantrolene started within 10 minutes in drills |
| 4 Results | Is patient safety improved? | Review of any real events; readiness indicators | Annually | No preventable delay in any real event |
Levels One and Two: Reaction and Learning
Reaction will be measured with a short survey after each session, asking whether the scenario felt realistic, whether the debriefing was useful and whether participants feel more confident. Reaction data are easy to collect and useful for improving the program, but positive reactions do not prove learning.
Learning will be measured in two ways. A ten-item knowledge test, given before and immediately after the session, will check recognition of early signs, the triggering agents and dantrolene preparation. More important, a performance checklist completed by two observers during the scenario will record whether the team recognized the crisis, called for help, stopped the triggering agent, hyperventilated with high-flow oxygen, prepared and gave dantrolene, and began cooling, and how long each step took. The target is that every team completes all critical actions.
Level Three: Behavior
Level three asks whether learning transfers to practice. Because real crises are rare, the center will use unannounced in situ simulations: brief drills in an actual operating room, during a normal day, with the real malignant hyperthermia cart. These drills test what matters in practice, such as whether the cart is where it should be, whether staff can mix dantrolene quickly and whether the team calls for help promptly. The educator will also audit the cart monthly for complete, unexpired supplies. Improvements in drill performance over time, compared with baseline drills held before the program, will be the strongest evidence that behavior changed.
Level Four: Results
Level four is the hardest. The goal of the program is better patient outcomes in real malignant hyperthermia events, but the center may not see a single case for years, so outcome rates cannot be measured. Instead, the evaluation will use two approaches. Every real event, or suspected event, will be reviewed in detail, comparing actual times to key actions with the program's targets. In addition, the center will track readiness indicators linked to outcomes in the literature, such as time to dantrolene in drills and cart completeness, as reasonable proxies. The educator will report honestly that these are indicators of preparedness rather than proof of improved survival.
Threats to a Fair Evaluation
Several factors could distort the results, and the plan addresses each. The first is test familiarity: nurses who take the same knowledge test before and after may improve simply from seeing the questions twice, so the post-test will use different questions of equal difficulty. The second is observer bias: observers who know which teams have completed training may score them more generously, so drill observers will use a timed checklist with objective actions, such as when dantrolene enters the intravenous line, rather than global impressions. The third is decay over time: performance immediately after training overstates what nurses will do six months later, which is why drills continue quarterly. The fourth is team composition, since a drill led by an experienced anesthesiologist may go well regardless of nursing preparation; the educator will record who was present and compare performance across different team mixes. Naming these threats in advance makes the final conclusions more trustworthy.
Using the Results
Evaluation is useful only if it changes the program. Reaction and learning data will be reviewed after each quarter's sessions to adjust the scenario and debriefing. If drill times remain long, the educator will look for the cause, such as difficulty mixing dantrolene, and add focused skills practice. Results will be shared with the perioperative team and the center's safety committee, and the program will be repeated at least annually because skills for rare events decline without practice.
Conclusion
Evaluating education for a rare emergency requires creativity and honesty. Kirkpatrick's model provides a structure: reaction and learning can be measured directly in the simulation, behavior can be tested through unannounced drills in the real environment, and results must be approached through careful review of any real events and through readiness indicators. This evaluation will show whether the program is preparing nurses for a crisis they hope never to face.
References
Cook, D. A., Hatala, R., Brydges, R., Zendejas, B., Szostek, J. H., Wang, A. T., Erwin, P. J., & Hamstra, S. J. (2011). Technology-enhanced simulation for health professions education: A systematic review and meta-analysis. JAMA, 306(9), 978-988. https://doi.org/10.1001/jama.2011.1234
Kirkpatrick, J. D., & Kirkpatrick, W. K. (2016). Kirkpatrick's four levels of training evaluation. ATD Press.
Rosenberg, H., Pollock, N., Schiemann, A., Bulger, T., & Stowell, K. (2015). Malignant hyperthermia: A review. Orphanet Journal of Rare Diseases, 10, Article 93. https://doi.org/10.1186/s13023-015-0310-1
How this NUR 502 Module 5 example is structured
An evaluation paper must show how an educator will know whether teaching worked, so this one moves level by level through a recognized model. It opens with the program and why malignant hyperthermia makes evaluation difficult. The Kirkpatrick model is introduced briefly, and a matrix sets out each level's question, measure, timing and target. Each level is then discussed in turn, with particular attention to level three, whether nurses behave differently in real practice, and level four, whether patient outcomes change. The paper closes with how results will be used to improve the program.
Get NUR 502 Module 5 written to your instructions
Upload your NUR 502 Module 5 evaluation assignment, the rubric and the education program you are evaluating. An evaluation paper to that brief comes back within 24 to 48 hours; the first sample is free. The paper above is an original model document written by our desk, not a submitted student paper and not an official Southern New Hampshire University document.
NUR 502 Module 5 questions, answered
What might NUR 502 Module 5 ask me to do?
Around this point, teaching and learning courses usually turn to evaluation: how to measure whether learners met objectives and whether teaching changed practice. An assignment may ask you to design an evaluation for a teaching program using a model such as Kirkpatrick's. Check your prompt for the program and required elements.
What are Kirkpatrick's four levels?
Level one is reaction, how learners felt about the training. Level two is learning, what knowledge or skill they gained. Level three is behavior, whether they apply it in practice. Level four is results, the effect on outcomes the organization cares about, such as patient safety. Each higher level is more meaningful and harder to measure.
How can an educator evaluate training for a rare emergency?
When real events are too rare to measure outcomes, educators use proxies: performance in unannounced in situ simulations, time to key actions, correct location of emergency supplies, and reviews of any real events that do occur. These measures show whether the team is ready even if an actual emergency has not happened.