| Course | HLTH 4110 Healthcare Quality and Safety |
|---|---|
| Week | Week 9 |
| Paper type | Improvement plan paper |
| Length | About 1,040 words, 6 pages |
| Format | APA 7 student paper |
| School | Walden University |
| Program | BS in Healthcare Administration |
| Updated | October 2026 |
Free sample paper for HLTH 4110 Week 9
Insulin With the Tray: A Twelve-Week Improvement Plan for Mealtime Insulin Timing on 5 West
Student Name
Walden University
HLTH 4110: Healthcare Quality and Safety
Instructor Name
Month Day, Year
Insulin With the Tray: A Twelve-Week Improvement Plan for Mealtime Insulin Timing on 5 West
The Problem in One Paragraph
Earlier papers this term traced low blood sugar on 5 West to several conditions, and one of them recurs on every breakfast pass: mealtime insulin is given on the 0800 medication round rather than when the tray arrives. An audit of 50 breakfast doses found that 19, or 38%, were given within 15 minutes of the tray, as policy requires; the rest were given up to 50 minutes before the tray or, in three cases, to patients who received no tray at all. Over the last quarter, 7.0% of monitored patient-days on the unit had at least one glucose reading under 70 mg/dL. These numbers describe a composite unit drawn for the course. Current standards for hospital diabetes care call for mealtime insulin to be matched to actual food intake (American Diabetes Association Professional Practice Committee, 2024), and the unit's routine makes that match a matter of chance.
The Aim
Within twelve weeks, on 5 West, raise the share of breakfast mealtime insulin doses given within 15 minutes of tray arrival from 38% to 80%, and cut the share of insulin-treated patient-days that include a glucose under 70 mg/dL from the current baseline to 4.5%. Breakfast is chosen first because the 0800 round and the tray window overlap most at that meal. Lunch and dinner will follow only if breakfast works.
The One Change
The change is to tie mealtime insulin to the tray. Pharmacy will change the default schedule for mealtime insulin on 5 West from 0800 to a with-breakfast time with a 45-minute window, so the electronic record no longer shows the dose as late at 0815. The dietary aide delivering trays will mark each delivered tray on the hallway whiteboard with the time, and the nurse will give mealtime insulin when the tray is in the room and the patient is ready to eat. A patient with no tray, because of a test, nausea or a hold, will have no mark, and the missing mark becomes the signal to check before giving insulin. The change costs a schedule edit, a whiteboard column and fifteen minutes of explanation at two huddles.
Why This Change
The Model for Improvement pairs an aim, a way of knowing whether things got better and a specific change to try with rapid cycles of testing (Langley et al., 2009). The theory behind this change is that insulin given on the clock will sometimes reach a patient who does not eat on time, and insulin given with the tray carries its own check. If the theory is right, the process measure should rise quickly and the outcome measure should fall more slowly, because low blood sugar has other causes this change does not touch. If the process measure rises and the outcome does not move, the theory is incomplete and the next cycle should look elsewhere.
Measures
Table 1 sets out the three kinds of measure the plan will track.
Table 1
Measures for the Insulin With the Tray Plan, 5 West
| Type | Measure | Source and frequency |
|---|---|---|
| Outcome | Insulin-treated patient-days with a low glucose: under 70 mg/dL, and separately under 54 | Glucose meter and laboratory data, weekly |
| Process | Breakfast mealtime doses given within 15 minutes of tray arrival | Audit of 10 doses per weekday, medication record against whiteboard times |
| Process | Mealtime doses given to patients with no tray | Same audit, daily |
| Balancing | Patient-days with any glucose above 300 mg/dL | Glucose meter data, weekly |
| Balancing | Nurse-reported delay in finishing the morning medication round | Two-question survey at huddle, every two weeks |
The balancing measures matter because a change that moves insulin later could raise high blood sugar if doses are missed, and could slow the morning round if nurses must return to rooms.
Cycles of Testing
Cycle 1, week 1. One nurse on one hallway uses the tray mark for two breakfasts. Questions: does the dietary aide mark trays reliably, and does the nurse find the new timing workable? Adjust the board column or the aide's route as needed.
Cycle 2, weeks 2 and 3. All nurses on that hallway, with the pharmacy schedule change in place for those rooms. Begin the daily audit.
Cycle 3, weeks 4 to 8. Whole unit at breakfast. Continue the audit and weekly outcome data.
Cycle 4, weeks 9 to 12. If breakfast results hold, test the same change at lunch on one hallway.
Each cycle ends with a short huddle discussion: what was predicted, what happened and what will change next.
How the Data Will Be Read
Results will be charted weekly over time, with the baseline median drawn across each chart. A run chart lets a small team see whether a shift is a signal or ordinary variation using a handful of plain rules, for example a shift, when six or more straight weekly points land together on one side of the center (Perla et al., 2011). With about 200 insulin-treated patient-days a quarter, weekly outcome data will be noisy, and the plan will not claim success on the outcome measure until a shift appears on the chart. The process measure, with ten audited doses a day, should show a signal much sooner, and it will be the first test of whether the change is happening at all.
What the Plan Does Not Need
The plan does not need a committee, new software or a budget line. It needs a pharmacy schedule edit for one unit, a whiteboard column, a dietary aide willing to mark trays and a charge nurse willing to run a daily audit of ten doses for twelve weeks. If it works on 5 West, the evidence from the run charts will be the argument for spreading it, and the pharmacy change could be made for the other medical units in an afternoon. If it fails, the unit will have lost little and learned which part of the theory was wrong.
The plan also leaves room for the people doing the work to change it. Dietary aides and night nurses know things about the breakfast hour that no audit will show, and each huddle will ask them what got in the way that week.
References
American Diabetes Association Professional Practice Committee. (2024). 16. Diabetes care in the hospital: Standards of Care in Diabetes 2024. Diabetes Care, 47(Suppl. 1), S295-S306. https://doi.org/10.2337/dc24-S016
Langley, G. J., Moen, R. D., Nolan, K. M., Nolan, T. W., Norman, C. L., & Provost, L. P. (2009). The improvement guide: A practical approach to enhancing organizational performance (2nd ed.). Jossey-Bass.
Perla, R. J., Provost, L. P., & Murray, S. K. (2011). The run chart: A simple analytical tool for learning from variation in healthcare processes. BMJ Quality and Safety, 20(1), 46-51. https://doi.org/10.1136/bmjqs.2009.037895
HLTH 4110 Week 9 instructions, in plain terms
Improvement plans at this stage typically ask you to design a small, testable change rather than a program. State the problem in one paragraph with a baseline measure. Write an aim that names the unit, the measure, the size of the change and the date. Choose one change and explain the theory behind it, meaning why you expect it to improve the outcome. List the outcome, process and balancing measures you will use, where each comes from and how often each will be collected. Plan several small cycles of testing that start with one person or one hallway and grow only if results hold. Explain in advance how you will read the data, so that ordinary variation is not mistaken for success. Close by showing that the plan needs little beyond what the unit already has.
Inside the HLTH 4110 Week 9 example
The problem section reports a 50-dose audit with 38% timely doses and three doses given without a tray, and cites the American Diabetes Association standards. The aim section sets 80% timely doses and a lower rate of low glucose in twelve weeks, starting with breakfast. The change section describes the pharmacy window, the tray mark on the whiteboard and the missing mark as a signal. The theory section uses Langley and colleagues and predicts the process measure will move first. A table lists outcome, process and balancing measures with sources. Four testing cycles are laid out week by week. The data section explains run chart rules, citing Perla and colleagues. The closing lists what the plan needs and invites staff input at each huddle.
Reading the HLTH 4110 Week 9 rubric
The grade rests largely on specificity. Instructors look for one clearly described change, a measurable aim with a deadline and a baseline, and a stated theory that links the change to the outcome. Measures should include outcome, process and at least one balancing measure, each with a data source and frequency. Testing should begin small and grow, with a plan for what happens at the end of each cycle. Explaining in advance how data will be read, using run chart rules or similar, shows understanding of variation. A plan that depends on new software, a committee or a budget usually scores lower than one the unit could start next week. Accurate references to improvement methods complete what is marked.
Common HLTH 4110 Week 9 mistakes, and how to avoid them
Improvement plans often propose several changes at once, education, a new policy and a committee, which makes it impossible to tell what worked. Others set an aim with no baseline or deadline, or measure only the outcome and miss whether the change was carried out. Some declare success after one good week. Pick the one condition you can change most cheaply that sits closest to the harm, and write a sentence explaining why changing it should help. Then decide how you would know the change is happening, and how you would know it helped. If your unit's problem differs, we will write an improvement plan around one change with a testable aim, three kinds of measure and staged cycles.
Get a HLTH 4110 Week 9 example written to your instructions
Paste the Week 9 assignment and its rubric into a message, along with the problem the section settled on and any scope limits set for it, and a model improvement plan is written around a testable aim, one narrow change, three defined measures and a stated prediction. The first custom sample is free, and 24 to 48 hours is what it takes.
More HLTH 4110 papers and BS in Healthcare Administration samples
- HLTH 4110 Week 1: Defining Safe Discussion Post
- HLTH 4110 Week 2: Error Taxonomy Note
- HLTH 4110 Week 3: Hypoglycemia Cause Analysis
- HLTH 4110 Week 4: Hypoglycemia Measure Critique
- HLTH 4110 Week 5: Care Compare Data Read
- HLTH 4110 Week 6: Underreporting Discussion Post
- HLTH 4110 Week 7: Human Factors Workaround Note
- HLTH 4110 Week 8: Shift Handoff Analysis
- HLTH 4110 Week 10: HCAHPS Medicines Score Read
- HLTH 4110 Week 11: Hypoglycemia Quality Report
- HLTH 4100 Week 9: Stalled Change Analysis Paper
- HLTH 4000 Week 9: Management Decision Paper
- HLTH 3510 Week 9: Billing Compliance Memo
- HLTH 3110 Week 9: Policy Implementation Analysis
HLTH 4110 Week 9 questions, answered
Where can I find a free HLTH 4110 Week 9 sample paper?
Read the full insulin timing plan, measures table included, on this page with no fee.
What change does the HLTH 4110 Week 9 plan test?
Giving mealtime insulin with the breakfast tray instead of on the 0800 medication round, signaled by a tray mark on the hallway whiteboard.
What is the aim?
To raise breakfast doses given within 15 minutes of the tray from 38% to 80% within twelve weeks and reduce low glucose days among insulin-treated patients.
What balancing measures does the plan track?
Patient-days with a glucose above 300 mg/dL and nurses' reports of delay in finishing the morning medication round.
How will the plan avoid declaring success too early?
By plotting weekly results on run charts and claiming improvement only when a shift appears, rather than after one good week.