| Course | NU 600 Teaching/Learning Strategies |
|---|---|
| Unit | Unit 5 |
| Paper type | Active learning activity design |
| Length | About 760 words, 5 pages |
| Format | APA 7 student paper |
| School | Herzing University |
| Program | MSN Nurse Educator |
| Updated | October 2026 |
Free sample paper for NU 600 Unit 5
Room of Errors Before the First Insulin Pass: An Active Learning Activity Specified for Another Educator to Run
Student Name
Department of Nursing, Herzing University
NU 600: Teaching/Learning Strategies
Instructor Name
February 17, 2026
Room of Errors Before the First Insulin Pass: An Active Learning Activity Specified for Another Educator to Run
Purpose, Objective, and Group
Objective served: before their first supervised insulin administration, students will identify at least 9 of 12 safety hazards staged in a simulated patient room within 8 minutes, and state for each hazard found the harm it could cause and the correction. Group: 11 second-semester BSN students, the week before they first give insulin on the unit. The activity addresses the gap identified in the learner profile, that students collect findings without connecting them, by asking them to scan an entire room for risk rather than complete a task. In a similar exercise with medical students and new residents, participants missed many of the hazards placed in a staged room, particularly those that required connecting information such as an order and the patient's condition (Farnan et al., 2016).
Materials and Setup
Location: one bed space in the skills lab, set up as a medical-surgical patient room, with a low-fidelity manikin labeled as a 72-year-old woman with type 2 diabetes, day 2 after a hip fracture repair, on basal and prandial insulin. Setup time: 30 minutes. The educator places the 12 hazards listed below, a printed medication administration record, a patient chart summary, and a meal tray card. A second lab table outside the room holds the waiting task for groups not in the room: a paired medication administration record check with three embedded errors.
The 12 staged hazards, each on the setup checklist the educator ticks off before each group enters:
| No. | Hazard | Connects to |
|---|---|---|
| 1 | Identification band name misspelled compared with the chart | Patient identification |
| 2 | Premixed 70/30 insulin vial at the bedside; the order is for rapid-acting insulin | Insulin type |
| 3 | Insulin pen with no patient label | Insulin safety |
| 4 | Prandial insulin charted as due now; meal tray card shows the patient is being held from eating for a procedure | Insulin timing |
| 5 | Glucose meter quality control log last completed 3 days ago | Equipment |
| 6 | Bed at highest position with side rails down; fall risk sign on door | Falls |
| 7 | Call light on the floor behind the bed | Falls |
| 8 | IV fluid bag expired yesterday | Infusion safety |
| 9 | Culture result in chart positive for MRSA; no isolation sign or gown cart | Infection prevention |
| 10 | Allergy to sulfa in chart; no allergy band | Allergies |
| 11 | Heel resting directly on mattress; chart shows heel redness on admission | Pressure injury |
| 12 | Oxygen tubing disconnected at the wall; order for 2 L nasal cannula | Oxygenation |
Grouping and Timing
Groups: three groups of three and one group of two, assigned by the educator so that each group includes one student who scored well on the dosage examination and so that the five students who work as assistants are spread across groups. Timing: 60 minutes in total. Briefing, 5 minutes. Room rotations, 38 minutes: four groups of 8 minutes each in the room, with 2 minutes between groups for the educator to reset any hazard a group corrected. While one group is in the room, the other groups complete the medication record check at the outside table, which keeps everyone working. Debriefing, 17 minutes, all groups together.
What Each Group Produces
A hazard list on a numbered form: for each hazard found, what it is, the harm it could cause, and what the student would do. Groups may not touch or correct anything in the room; they write it down. This keeps the room consistent for later groups and makes the task one of noticing rather than fixing.
What the Educator Does While the Room Is Working
The educator stands at the door, does not answer questions about the room, and records on an observation sheet the order in which the group looks at things: did they check the patient first, the orders first, or the equipment? This observation is used in the debriefing, since the order of scanning often explains which hazards were missed. At the 6-minute mark, the educator says "two minutes." At 8 minutes, the group leaves, hands in its form, and the educator resets the room.
Structure of the Debriefing
The debriefing follows three phases consistent with current simulation standards for debriefing: reactions, analysis, and application (Decker et al., 2021). Reactions, 3 minutes: how did it feel to be in the room with the clock running? Analysis, 10 minutes: the educator reveals the 12 hazards one by one and asks which groups found each. For the most-missed hazards, typically the held meal and the insulin charted as due, the discussion asks why they were missed. Usually the answer is that students checked each item separately and did not connect the order with the patient's situation. The educator shares the scanning order observed for each group, without naming groups, and asks what a systematic scan would look like. Application, 4 minutes: each student writes the three things they will check in the first two minutes of entering every patient room on the unit next week.
Low-fidelity rooms of this kind have been evaluated as a method for training situational awareness in health care workers (Zimmermann et al., 2021), and their low cost makes them repeatable later in the semester with new hazards.
Assessment and Follow-Up
Each group's form is scored against the 12 hazards; the target is 9 of 12. Groups below target are not penalized, since this is formative practice, but the students' three-item scanning plans are collected, and the educator observes whether each student uses the plan during the first clinical day.
References
Decker, S., Alinier, G., Crawford, S. B., Gordon, R. M., Jenkins, D., & Wilson, C. (2021). Healthcare Simulation Standards of Best Practice: The debriefing process. Clinical Simulation in Nursing, 58, 27-32. https://doi.org/10.1016/j.ecns.2021.08.011
Farnan, J. M., Gaffney, S., Poston, J. T., Slawinski, K., Cappaert, M., Kamin, B., & Arora, V. M. (2016). Patient safety room of horrors: A novel method to assess medical students and entering residents' ability to identify hazards of hospitalisation. BMJ Quality & Safety, 25(3), 153-158. https://doi.org/10.1136/bmjqs-2015-004621
Zimmermann, C., Fridrich, A., & Schwappach, D. L. B. (2021). Training situational awareness for patient safety in a room of horrors: An evaluation of a low-fidelity simulation method. Journal of Patient Safety, 17(8), e1026-e1033. https://doi.org/10.1097/PTS.0000000000000806
The Herzing NU 600 Unit 5 instructions
Unit 5 asks you to design an active learning activity in enough detail for another educator to run it. Expect to state the objective, describe materials and setup, plan grouping and timing, define what learners produce, describe the educator's role during the activity, structure the debrief and explain assessment. Many versions ask you to cite evidence for the activity type and follow debriefing standards. Check whether your section requires an activity you have actually run. A specific product, such as a completed form, makes learning visible. Plan how groups are formed rather than leaving it to chance. If learners may resist group work, say how you will set it up so that every member has a task and the activity feels worth the time.
How the NU 600 Unit 5 example is put together
The design opens with purpose, objective and group in a single short section. Materials and setup list each staged hazard, which lets another educator build the room without guessing. Grouping is deliberate, mixing calculation strengths across groups. The product section describes the numbered form and its three columns: hazard, harm and action. The educator role section is specific, telling the educator not to answer questions and to note which hazards groups miss. The debrief follows a three-phase structure and lists questions for each phase. Assessment scores each form against the twelve hazards, with no penalty because the activity is formative, and missed hazards become teaching points before the first insulin pass on the unit.
Reading the NU 600 Unit 5 rubric
Herzing's rubric for an activity design generally covers the objective and alignment, materials and setup, grouping and timing, the learner product, the educator's role, debriefing, assessment and clarity. Setup points reward detail sufficient for replication. Learner product criteria look for a concrete output tied to the objective. The debriefing row is often heavily weighted, giving full marks for a structured debrief consistent with published standards. Assessment points go to criteria that match the objective. Clarity covers whether another educator could run the activity from the document alone. References in APA 7 include the INACSL debriefing standard by Decker and colleagues and Farnan's room of horrors study.
NU 600 Unit 5 help before you submit
Activity designs in Unit 5 commonly lose points when the setup is too vague for anyone else to reproduce. Another frequent problem is no learner product, so it is unclear what students did. Students often leave out the educator's role during the activity. Debriefs are reduced to a discussion afterward with no structure. Grouping is left to chance. Assessment criteria that do not match the objective are common. Timing is missing or unrealistic. Finally, write the document for another educator, because graders read it as if they had to run the activity tomorrow, and missing details such as which hazards to stage will cost points.
Get a NU 600 Unit 5 example written to your instructions
Send the Unit 5 instructions and the rubric from your NU 600 classroom, plus the objective the activity has to serve and the size of the class. We write a custom example specified to materials, grouping, staged timings, the educator's role during the activity and a full debriefing, returned in 24 to 48 hours. The first custom sample is free.
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NU 600 Unit 5 questions, answered
Does the activity have to be one I have run?
No, and many sections accept a design you have never delivered. What has to be real is the specification: materials somebody could assemble, timings that survive a room with twenty-eight people in it, and a debriefing whose questions follow from what the groups actually produced. An activity described in outline, with the awkward parts left vague, earns very little.
How long should an active learning activity run?
Long enough for a product and a debriefing, which usually means fifteen to thirty minutes inside a class period rather than the whole hour. Short activities that end cleanly beat ambitious ones that get cut off, and the debriefing is the part most likely to be lost when a design overruns. Where instructions set a length, build backward from it.
What if my learners resist working in groups?
That belongs in the design rather than in a complaint about the group. Resistance usually has causes a document can address: unclear instructions, uneven workload, no visible product, or a suspicion that the activity is filling time. Naming the likely objection and answering it inside the design, with roles assigned and a product that has to be handed in, is what an experienced educator does on paper first.
Where can I find a free NU 600 Unit 5 sample paper?
You can read the whole NU 600 Unit 5 room of errors design here for free, from setup and grouping to the debrief and scoring. A custom activity can be designed for your own objective and learners.
What is a room of errors activity in nursing education?
Educators stage safety hazards in a patient room, such as a wrong wristband or an expired insulin pen, and students find and explain them. This sample stages twelve hazards before students' first supervised insulin pass and debriefs what each group missed.