NUR 6033 Module 4 Gamified Learning Activity Design Example

The Locked Medication Room: A 35-Minute Escape Room on Psychotropic Drug Safety, Designed From the Gamification Evidence and Built to Avoid Its Three Common Pitfalls

Student Name

American College of Education

NUR6033: Innovation in Nursing Education

Module 4 Assignment

Instructor Name

July 29, 2030

The Learning Need

Psychotropic medication safety is a recurring weakness in our mental health course. On last year's final examination, students scored 88% on items identifying drug classes but 57% on items requiring them to recognize a dangerous adverse effect and act on it, such as a patient on lithium with vomiting and a coarse tremor, or a patient newly started on an antipsychotic who develops fever and rigidity. These are low-frequency, high-consequence situations that students rarely see in their shortened psychiatric placements. The content is taught in one lecture and reviewed in a handout. I want an activity that makes students apply the knowledge under mild pressure, in teams, in a way they will remember.

What the Evidence Says

Gamification means using game design elements, such as points, challenges, narratives and time limits, in a context that is not a game. A meta-analysis of gamification in education found significant small effects on cognitive (g = 0.49), motivational (g = 0.36) and behavioral (g = 0.25) learning outcomes, with the effect on cognitive outcomes the most stable across studies (Sailer & Homner, 2020). That supports using game elements to help learning, but the effects are modest and depend on design.

Escape rooms are a specific format in which a team solves a sequence of puzzles against a time limit to escape a room or open a final lock. A systematic review of 52 studies of educational escape rooms for healthcare students found that most were in nursing, used teams of an appropriate size, time limits and sequential puzzles, and relied on facilitators for prebriefing, facilitation and debriefing; students found them enjoyable and reported effects on cognitive, psychomotor, non-technical and affective outcomes, but comparisons with conventional teaching were inconclusive for lack of randomized trials (Quek et al., 2024). An integrative review of 18 nursing studies reached a similar view, finding that escape rooms improved knowledge and were well received but that cost and time were barriers for educators and long-term outcomes had not been assessed (Reinkemeyer et al., 2022). The evidence supports trying an escape room as an engaging way to apply knowledge, provided the design is sound and the learning is debriefed.

The Design

The narrative: the class is the day shift on an inpatient psychiatric unit, and the medication room has locked itself during a system update. To open it, the team must solve four patient problems, each unlocking a code for the next. Teams of five, the size most reviews suggest works, have 35 minutes. Each puzzle requires applying knowledge, not recalling it.

Puzzle one: a patient on lithium has vomiting, diarrhea and a coarse tremor after starting ibuprofen for back pain. The team must identify the likely problem and the two contributing factors from a set of cards, and the letters on the correct cards form a word that opens a padlocked box. Puzzle two: a patient on clozapine has a sore throat and fever, and the box contains three laboratory reports; the team must find the report showing a dangerously low absolute neutrophil count and read its value, which is the combination for the next lock. Puzzle three: two patients have fever, agitation and altered vital signs, one after starting haloperidol and one after sertraline was added to an existing antidepressant; the team must match each to neuroleptic malignant syndrome or serotonin syndrome using distinguishing features such as rigidity versus clonus, and the matched features spell a code. Puzzle four: a patient on a monoamine oxidase inhibitor asks what she can eat at a family barbecue; the team must choose the safe plate from four pictured options, and the number on the plate opens the medication room. Every lock opens only if the team reasons its way through a patient problem, so there is no route to escape that skips the learning.

Three Pitfalls and How the Design Avoids Them

Gamified activities fail in predictable ways, and the design addresses three. The first is play without learning: teams guess codes by trial and error or one fast student solves everything. Each lock requires a specific answer derived from reasoning, and guessing is limited by combination locks with enough digits to make trial and error impractical; each puzzle also requires a team member who has not yet spoken to explain the answer to the facilitator before the next box is released. The second pitfall is competition that punishes weaker students. Teams do not race each other and there is no leaderboard; the time limit creates urgency, but a team that does not finish still completes the puzzles in the debriefing. The third pitfall is anxiety that blocks thinking. A facilitator in each room can give up to two hints on request, and the prebriefing explains that the aim is learning, not winning, and that most teams need hints.

Making the Room Work for Everyone

A game that only some students can play fully teaches only some students. Three groups need attention in the design. Students with approved testing accommodations for extended time may find a strict time limit unfair, so the room's clock is a narrative device rather than a grade; no points depend on escaping, and a team that includes a student with accommodations can ask for a ten-minute extension without explanation. Students whose first language is not English, about one in six in our program, may lose time reading dense case cards, so every card is written in short sentences with the key clinical data set apart from the narrative, and a glossary card of common terms is in each room. And puzzles that depend on color, such as matching colored laboratory reports, would exclude students with color vision deficiency, so every visual cue uses shapes and labels as well as color. The four puzzles were also reviewed by the college's accessibility office before the pilot. These choices cost almost nothing, and they matter for the same reason as the anti-guessing rules: the aim is that every student reasons through all four patient problems.

Debriefing and Evaluation

A 20-minute debriefing follows the escape room, using the PEARLS structure from Module 3. The facilitator asks for reactions, then goes through each puzzle, asking the team to explain the reasoning and connecting each problem to practice: what the nurse would do next for the lithium patient, whom to call for the clozapine patient, how to tell the two syndromes apart at the bedside. The debriefing is where the game becomes learning, and it will not be shortened if the escape runs late.

Evaluation will use three measures. The six adverse-effect application items on the final examination will be compared with last year's 57% average. Students will complete a short survey on engagement and perceived learning. And facilitators will record how many hints each team needed and on which puzzles, which will show which content remains difficult. The materials cost about $150 for locks and boxes, reusable across terms; the main cost is faculty time, four facilitators for two hours each term, which the program has agreed to cover from the simulation budget.

References

Quek, L. H., Tan, A. J. Q., Sim, M. J. J., Ignacio, J., Harder, N., Lamb, A., Chua, W. L., Lau, S. T., & Liaw, S. Y. (2024). Educational escape rooms for healthcare students: A systematic review. Nurse Education Today, 132, Article 106004. https://doi.org/10.1016/j.nedt.2023.106004

Reinkemeyer, E. A., Chrisman, M., & Patel, S. E. (2022). Escape rooms in nursing education: An integrative review of their use, outcomes, and barriers to implementation. Nurse Education Today, 119, Article 105571. https://doi.org/10.1016/j.nedt.2022.105571

Sailer, M., & Homner, L. (2020). The gamification of learning: A meta-analysis. Educational Psychology Review, 32(1), 77-112. https://doi.org/10.1007/s10648-019-09498-w