NURS 8544 Week 11 Teaching Design Reflection Example

Course	NURS 8544 Strategies for Teaching Innovations in Nursing Education
Week	Week 11
Paper type	Reflection paper
Length	About 1,010 words, 6 pages
Format	APA 7 student paper
School	Walden University
Program	Doctor of Nursing Practice (DNP)
Updated	October 2026

Free sample paper for NURS 8544 Week 11

Three Revisions and One Lucky Decision: A Closing Reflection on a Term of Teaching Design in Medical-Surgical Nursing

Student Name

College of Nursing, Walden University

NURS 8544: Strategies for Teaching Innovations in Nursing Education

Instructor Name

Month Day, Year

What this page is doingThe title promises a ranked set of revisions and an admission, which tells the reader this reflection judges the design rather than thanking the course.

Three Revisions and One Lucky Decision: A Closing Reflection on a Term of Teaching Design in Medical-Surgical Nursing

What This Reflection Does

This reflection looks back at the designs I produced this term for an adult health course in a two-year nursing program: a diagnosis of why learners misread blood gases, a learner analysis, a theory application, an active learning session, a simulation, an alignment memo and a proposal. I do not summarize them. I name three revisions I would make, in order of how much they matter, and one decision that turned out to be right for a reason I did not give at the time. Brookfield (2017) describes reflection as the work of checking the assumptions behind our teaching against evidence from learners and colleagues, and that is the standard I try to hold here.

Revision 1: The Diagnosis Was Two Problems, Not One

In week 2 I concluded that learners misread blood gases because they treat the pH as the answer. The item results supported that, and I was pleased with how neatly the evidence ruled out two other explanations. But the diagnosis was incomplete. When a classmate critiqued my week 5 session in the discussion, she pointed out that two of the predicted wrong answers in my own design came from a different error: learners assumed that any abnormal carbon dioxide value means a respiratory disorder, without checking whether it moved with the pH or against it. Looking back at the five interview transcripts from week 2, I found the same error in two of them. I had read past it because I was looking for the pH misconception.

This matters because the two errors need different teaching. A strategy that makes learners compare all three values addresses the first, but a learner who compares them and still believes carbon dioxide always signals a respiratory cause will reach the wrong answer by a more careful route. If I were redoing the diagnosis, I would code every wrong answer before forming a hypothesis, rather than coding them against a hypothesis I already held. Ambrose et al. (2010) note that learners' inaccurate prior knowledge often comes in clusters, and my diagnosis treated a cluster as a single item.

What this page is doingNaming the exact moment the error became visible, and the evidence that had been there all along, shows self-critique with something attached to it.

Revision 2: The Prompts Spoke to the Confident

My week 5 design relied on pairs comparing predictions and on prompts asking groups to explain their reasoning. When a colleague ran a version of the session in her section, she reported that the prompts drew rich reasoning from the confident learners in each group and near silence from everyone else. Groups agreed quickly on the answer of whoever spoke first. The design assumed that discussion would surface everyone's reasoning, but it gave quieter learners no point at which they had to commit.

I would add an individual written prediction before every group discussion, as I later did in the week 10 proposal. That change came from this failure, although I did not connect the two at the time.

Revision 3: A Measure That Could Not See the Change

The third revision is small and technical. My week 9 alignment memo found that no exam item measured the trend reasoning the active learning session was built to produce. I recommended adding items, but I had already written the session's evaluation in week 5 around the exit question, which was read but not scored. Until the exam items exist, I have no evidence that the session works. A design whose effect cannot be measured is a hope, and I should have written the measure before the activity.

The Decision That Worked for the Wrong Reason

In week 4 I argued, using cognitive load theory, that interleaved dosage calculation practice would improve learning by forcing learners to choose which calculation each problem required. The delayed mixed test this term showed interleaved learners scoring higher, as predicted. But when I looked at which items improved, the gain was concentrated in problems requiring unit conversion before calculation. Learners in the blocked condition had practiced conversions only in the conversion set, so they did not expect to need them elsewhere. Interleaving helped mainly because it spread conversion steps through all the practice, not because learners became better at choosing among calculation types. The discrimination mechanism I described may still operate, but the evidence I have does not show it. Rohrer and Taylor (2007) found a similar benefit from shuffled practice in mathematics, and their account fits my results better than my own did.

This matters for what I do next. If spacing conversion practice is what helped, I could get much of the benefit by adding conversions to every block, which is simpler to explain to colleagues than full interleaving.

What I Take Into Teaching

Across all three revisions, my errors share a pattern: I formed an explanation early and then read the evidence for that explanation. In the next course I teach, I intend to write the measure before the activity, code learner errors before naming the misconception and ask a colleague to observe one session specifically for who is silent. None of these takes much time. Each would have caught one of the problems this reflection describes.

I also want to keep one thing I did well. Each design this term ended with a statement of what result would show it had failed, and those statements made this reflection possible. Without them, I could have described every design as a partial success. Because I had written down in advance what the alignment memo, the active learning session and the interleaving trial were supposed to produce, I could see where each fell short and say so plainly. That habit cost a paragraph per assignment. Of everything from this term, it is the habit I am most confident will survive into my teaching, because it changes what I am able to learn from my own courses rather than what I teach in them. The next step is to share the falsifying statements with colleagues before a term begins, so that someone other than me can hold the designs to them.

References

Ambrose, S. A., Bridges, M. W., DiPietro, M., Lovett, M. C., & Norman, M. K. (2010). How learning works: Seven research-based principles for smart teaching. Jossey-Bass.

Brookfield, S. D. (2017). Becoming a critically reflective teacher (2nd ed.). Jossey-Bass.

Rohrer, D., & Taylor, K. (2007). The shuffling of mathematics problems improves learning. Instructional Science, 35(6), 481-498. https://doi.org/10.1007/s11251-007-9015-8

What the NURS 8544 Week 11 instructions ask for

The final reflection here normally centers on looking back at the designs you produced, not on summarizing the term or thanking the instructor. A few pages in the first person are usual. Identify the changes you would make, rank them by consequence and support each with the evidence that revealed the problem. Look for a decision that turned out well and test whether your original reasoning explains why. Connect each revision to a habit you will carry into future teaching. Use a small number of sources where they support claims about how people learn, and keep the focus on designs rather than feelings.

Inside the NURS 8544 Week 11 example

An opening section lists the term's designs and cites Brookfield on checking assumptions against evidence. The first revision section explains how a classmate's critique revealed a second misconception about carbon dioxide, how the writer found it in two transcripts and why the two errors need different teaching, citing Ambrose and colleagues. The second section reports a colleague's observation that quieter learners never committed to a prediction. The third concerns an exit question that was never scored. A section on interleaving shows that gains concentrated in conversion problems and draws on Rohrer and Taylor. The close names three habits and one practice worth keeping, writing failure criteria in advance. Each section opens with the claim and then the evidence that changed it.

NURS 8544 Week 11 rubric: what earns full marks

Faculty typically grade this reflection on depth of self-critique, evidence for each claim, insight into the design process and links to future practice. Reflections earn more when they name specific errors and the evidence that exposed them than when they describe general growth. Credit goes to writers who test their own explanations, as in the decision that worked for a different reason. Ranking revisions by consequence shows judgment. Sources are expected where the writer makes claims about learning. Clear first-person writing, appropriate length and APA style supply the remaining marks. Writers who say what they will do differently, and how they will check it, tend to score higher than those who promise to be more reflective.

NURS 8544 Week 11 help: mistakes that cost marks

Reflections often walk through each week in order, describing what was done instead of what should change. Others list lessons learned without evidence, so they could apply to anyone. Some avoid admitting any error, which misses the purpose. Reread your own submissions alongside any peer feedback and look for a claim that the evidence no longer supports. Then ask whether something that went well happened for the reason you expected. Our writers can draft a closing reflection on the designs you produced this term, written in the first person with evidence behind each revision. Keep the sources to a few, each attached to a claim about learning rather than about yourself, and make each closing habit concrete enough for a colleague to check whether you kept it.

Get a NURS 8544 Week 11 example written to your instructions

Send the prompt, the rubric and the strategy the reflection looks back on, and a Week 11 example returns with revisions ordered and each one tied to something in the record. First custom sample free, back inside 24 to 48 hours. What actually happened in the sections you have taught is your own account to give, and this example does not supply it.

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NURS 8544 Week 11 questions, answered

Can a reflection say the design failed?

It can, and doing so tends to score well when the failure is specific and evidenced. What loses points is a confession without analysis, since the rubric pays for what the writer now knows rather than for candor by itself. The example rejects part of its own diagnosis and still reads as competent, because each admission arrives with the evidence producing it and a stated replacement.

Is first person acceptable here?

In reflective work almost always, and the example uses it without apology. What draws comment is never the pronoun but the register, where a piece slides into the language of a thank you note or an essay about personal growth. First person attached to design decisions reads as professional, while first person attached to feelings about the term reads as filler at this level.

How many sources belong in a reflection?

Fewer than in the proposal and rarely zero. Rubrics mentioning scholarly support in a reflective week usually want the claims about learning anchored, not the claims about the writer. Two or three entries placed where a revision asserts something about how people learn will satisfy that reading, and a long list tends to signal a reflection padding itself.

Where can I find a free NURS 8544 Week 11 sample paper?

The finished reflection, three revisions and the lucky decision included, is open to read above at no cost.

What decision worked for the wrong reason in the NURS 8544 Week 11 reflection?

Interleaved dosage practice raised delayed test scores, but the gains came mainly from unit conversion problems, so spreading conversions through practice, not choosing calculation types, seems to explain it.