HLTH 5693 Module 6 Capstone Final Synthesis Example

One Argument From Five Drafts: Assembling and Reconciling the Operating Room Start-Time Capstone for Its Final Presentation

Student Name

American College of Education

HLTH5693: Capstone Experience for Healthcare Administration

Module 6 Assignment

Instructor Name

March 19, 2029

The Argument in Brief

At a composite 196-bed community hospital, 59 percent of weekday first cases in the eight operating rooms started after their scheduled 7:30 a.m. time over six months, with a median delay of 14 minutes among late cases and a wide spread of start times. The evidence on first-case delays points to surgeon arrival and preoperative readiness as the usual leading causes and to multi-part programs with measurement as the most effective responses (Halim et al., 2018). Here, the capstone's own timing data showed that what nurses logged as surgeon lateness and what they logged as missing paperwork were mostly the same event seen from two sides: patients sat waiting for the surgeon to arrive, update the admission history and confirm consent, jobs no one else was allowed to do.

The capstone therefore recommends moving those tasks rather than moving the start time: consent obtained in the surgeon's office, day-of updates by credentialed physician assistants and nurse practitioners, a day-before readiness check and better measurement. The program costs about $65,000 a year. Direct payroll savings come to roughly $17,000 a year, since just three of the eight rooms work days long enough for recovered minutes to shorten paid shifts (Dexter & Epstein, 2009), so the justification is reliability, patient experience and the retention of surgeons' elective cases. It will be piloted in three rooms and evaluated against the other five before hospital-wide adoption. A capstone is finished when its first page and its last page make the same argument.

The Reconciliation Log

Reading the five module papers in sequence revealed six places where earlier drafts no longer matched later findings. First, the problem statement cited $412,000 in perioperative overtime as a consequence of late starts. The analysis later showed that overtime is not recorded by cause and that direct savings from better starts would be small. The final version keeps the overtime figure only as context and states plainly that the capstone cannot attribute it to late starts. Second, the evidence review organized causes into surgeon and preoperative categories, following the literature; the analysis showed that at this hospital the two overlap. The final version keeps the literature's categories in the evidence section but adds a sentence pointing forward to the finding that they overlap here.

Third, an early draft of the savings estimate used a per-minute cost that included the contracted anesthesia team, whose payment does not change with minutes; the final version counts only hospital-employed room staff, which lowered the estimate from about $50,000 to about $17,000. Fourth, the problem statement's fifth question promised to address compliance, but compliance appeared only in the recommendations; the final version adds a short compliance summary to the conclusion so the question is visibly answered. Fifth, the evidence review described the Phieffer et al. (2017) program's peak result without its later decline; the final version reports both, as the evaluation module does. Sixth, terminology drifted between on-time start, first-case on-time start and patient-in-room time; the final version defines on time once, as the patient entering the room at or before the scheduled start, and uses only that phrase.

What Was Cut

The five module papers total about 6,000 words; the final capstone paper is limited to 4,500 words plus appendices. Cutting was guided by one question: does this passage help the operating room committee decide? The detailed description of the search strategy moved to an appendix. Two of the six evidence sources are now summarized in a sentence each, since their findings are carried by the others. The section on checking the missing delay codes was shortened to its conclusion, with the analysis moved to an appendix. The implementation section's preparation plan for each staff group was condensed into a table. Nothing was cut from the limitations, the reconciliation of the savings estimate or the success and failure criteria, because those are the parts a skeptical reader most needs to see.

The Final Structure

The final paper has seven sections: problem and setting; evidence; analysis; recommendations with cost, staffing and compliance; implementation and evaluation; limitations; and conclusion. The analysis section now opens with the finding that surgeon-late and paperwork-incomplete codes describe one cause, because that finding drives every recommendation, and the start-time distribution follows it. Tiwari et al. (2018) moved from the evidence section to the analysis and evaluation sections, where their finding about process consistency is used, which also removed a repeated summary. The conclusion restates the argument, the recommendations and the success criteria in one page, so that a committee member who reads only that page has the essentials.

The Presentation

The capstone will be presented to the operating room committee in twenty minutes with ten minutes for questions. The presentation leads with the finding, not the method: a single chart showing that 29 of 41 late-ready patients in the observation were waiting on a task only the surgeon could do. It then shows the four recommendations with their costs, the honest savings figure and the pilot plan. Surgeon-level data will not appear in the presentation; each surgeon has already seen their own figures privately.

Three questions are likely, and answers are prepared. Surgeons may ask why they should do office consent when the hospital benefits; the answer is that the change also frees their mornings and that four of six large groups already have practitioners who can do updates. Finance may ask why the hospital should spend $65,000 to save $17,000; the answer is that the case rests on reliability and retaining elective cases, with a twelve-month review against defined tests. Anesthesia may ask whether they are being blamed; the answer is that the data show anesthesia was a minor cause, and the measurement changes will make that visible to everyone.

Checking the Whole for Consistency

After the reconciliation, the assembled paper was checked in three passes. The first pass followed every number from where it first appears to every later use: the 1,008 first cases, the 41 percent on-time rate, the 14-minute median delay, the $2.10 per-minute staff cost, the $65,000 annual program cost and the three long-running rooms. Two numbers had drifted. The number of late cases coded had been rounded differently in two places, and the program's one-time cost appeared once as $12,000 and once as $13,000; both were corrected to the figures in the analysis and costing tables. The second pass followed each recommendation back to the finding that justifies it and forward to the measure that will test it, confirming that every recommendation has both. The third pass read only the first sentence of each paragraph, a quick test of whether the argument can be followed by a reader who skims, which is how most committee members will read it. Three paragraphs failed that test and were rewritten so their first sentence states their point.

The capstone's faculty reviewer and the perioperative services director each read the assembled draft before the final revision. The director's main comment was that the conclusion should name who decides next, and the final version now ends with the specific decision requested of the committee and the date by which it is needed to start the pilot in July.

References

Dexter, F., & Epstein, R. H. (2009). Typical savings from each minute reduction in tardy first case of the day starts. Anesthesia & Analgesia, 108(4), 1262-1267. https://doi.org/10.1213/ane.0b013e31819775cd

Halim, U. A., Khan, M. A., & Ali, A. M. (2018). Strategies to improve start time in the operating theatre: A systematic review. Journal of Medical Systems, 42(9), Article 160. https://doi.org/10.1007/s10916-018-1015-5

Phieffer, L., Hefner, J. L., Rahmanian, A., Swartz, J., Ellison, C. E., Harter, R., Lumbley, J., & Moffatt-Bruce, S. D. (2017). Improving operating room efficiency: First case on-time start project. Journal for Healthcare Quality, 39(5), e70-e78. https://doi.org/10.1097/JHQ.0000000000000018

Tiwari, V., Ehrenfeld, J. M., & Sandberg, W. S. (2018). Does a first-case on-time-start initiative achieve its goal by starting the entire process earlier or by tightening the distribution of start times? British Journal of Anaesthesia, 121(5), 1148-1155. https://doi.org/10.1016/j.bja.2018.05.043