A Fetal Monitoring System at the End of Its Support Life: A $486,000 Capital Request Justified on Safety, Risk and Cost Rather Than Revenue
[Student Name]
University of Phoenix
NSG/567: Financial Resources Management in Health Care
Week 3 Assignment
[Instructor Name]
[Date]
The hospital, its service line and all figures are a composite written for a model paper.
In Week 2, I prepared the maternity service line's operating budget. Equipment that lasts several years and costs above the hospital's threshold goes through a separate capital budget process, in which every department's requests compete for limited cash. This paper prepares the service line's most important request for next year: replacement of the central fetal monitoring surveillance and archiving system.
The Need
The labor unit's system displays fetal heart rate and contraction tracings from every bedside monitor at the nurses' station and on physicians' remote devices, alerts staff to certain patterns and archives every tracing as part of the medical record. The current system was installed eleven years ago. The vendor has announced that it will end software support and security updates in fourteen months. After that date, the hospital's information security office will not permit the system on the network, because unsupported software is a security risk. Without the network, central surveillance and remote viewing would stop.
Why Surveillance Matters
Continuous central surveillance allows the charge nurse and physicians to see every laboring patient's tracing, which matters most when a bedside nurse is occupied with another patient or a delivery. Fetal heart rate patterns can change quickly, and recognizing concerning patterns promptly is central to intrapartum safety. The archive also preserves tracings, which are part of the legal record and are reviewed in quality investigations and litigation years after a birth.
Options
Option 1: replace with the current vendor's new system. Purchase and installation, $486,000; interfaces with the electronic health record, $38,000; training, $22,000; annual maintenance, $54,000 starting in year 2. Seven-year life-cycle cost: $870,000.
Option 2: replace with a competing vendor. Purchase and installation, $441,000; interfaces, $64,000; training, $41,000 because of a new interface; annual maintenance, $58,000 from year 2; and migration of eleven years of archived tracings, $36,000. Seven-year life-cycle cost: $930,000.
Option 3: do nothing and run bedside monitors only, archiving paper strips. Capital cost: zero. Costs: loss of central surveillance and remote viewing, additional nursing time to watch tracings at the bedside, paper storage and retrieval and legal risk from incomplete records.
Why Option 1
Option 1 has the lowest life-cycle cost, avoids archive migration and requires less retraining. Option 2's lower purchase price is offset by higher interface, training and migration costs. A decision based on purchase price alone would have chosen the more expensive option. Option 1 also preserves the integration with the record's labor documentation, which nurses rely on.
Justification Without New Revenue
The system will not increase births or revenue. Its justification rests on avoided costs and risks. First, patient safety: central surveillance supports rapid recognition of concerning patterns, and losing it would weaken the unit's safety net. Second, liability: obstetric claims are among the most costly in health care, and incomplete or missing tracings weaken a hospital's ability to defend care that was appropriate. Third, nursing time: without central surveillance, nurses would need to be physically present at each monitor more often; the unit estimates this would require an additional nurse on busy shifts, about $210,000 a year, a significant sum given that nursing labor is the largest single category of hospital expense (Welton, 2011). Fourth, regulatory and accreditation expectations for complete medical records.
Financial Analysis
Because the request does not produce revenue, a return on investment in the usual sense does not apply. An avoided-cost comparison shows that Option 3's nursing cost alone, $210,000 a year, would exceed Option 1's maintenance within the first year and its full life-cycle cost within about four years, before considering liability. The request therefore compares favorably with doing nothing even on narrow financial terms. Finkler et al. (2013) describe evaluating capital requests by the costs they avoid as well as the revenue they generate, which is how safety equipment must usually be judged.
Fit With Strategy and Mission
The hospital's strategic plan includes being "the safest place in the region to give birth," and its mission includes care close to home. Maternity services contribute positively to the hospital's finances on a contribution basis, as shown in Week 1, and national evidence shows that when rural communities lose hospital obstetric services, out-of-hospital births and births in hospitals without obstetric units increase (Kozhimannil et al., 2018). Maintaining safe infrastructure is part of sustaining the service.
Alternatives Considered and Rejected
Two other ideas were considered. Leasing a system instead of buying would lower the first-year outlay but would cost about 18% more over seven years and is not offered by the current vendor for this product. Extending the old system with third-party security support is not permitted under the hospital's security policy for clinical devices. Documenting rejected alternatives shows the committee that the request is not the first idea but the best of several.
Who Supports the Request
The request is supported by the obstetric department chair, the anesthesia group, the risk manager, the chief information security officer and the unit's staff nurses, several of whom described in writing how they use central surveillance when caring for two laboring patients. Support from risk management and information security matters because the justification rests partly on liability and security.
How Success Will Be Measured
After go-live, the project will be judged by uptime of central surveillance, completeness of the tracing archive, nurse satisfaction with the new system and the absence of security incidents.
Timing and Implementation
The system must be live before the vendor's support ends. The plan is purchase in the first quarter, installation and interface testing in the second, training and go-live in the third, leaving a two-month buffer. The old system will run in parallel for two weeks.
Risks of the Project
Implementation risks include interface delays and staff unfamiliarity. The vendor's implementation team, a clinical informatics nurse and super-users on each shift will mitigate them.
Presenting the Request
The request will be presented to the capital committee in a one-page summary with the deadline, the three options and their life-cycle costs, the avoided-cost comparison and the safety and liability case, followed by supporting letters and vendor quotes. The committee scores requests on patient safety, regulatory need, strategic fit and financial return, and this request is strongest on the first three.
After Approval
If approved, the project will be managed by a team including a clinical informatics nurse, the vendor and biomedical engineering, with monthly reports to the capital committee on schedule and cost.
Conclusion
The fetal monitoring system's loss of vendor support leaves the hospital with a real deadline. Replacing it with the current vendor's new system has the lowest life-cycle cost, and the request is justified by the safety, liability and nursing costs it avoids rather than by revenue. Presented with its costs, alternatives and risks, the request gives the capital committee what it needs to compare it with other departments' needs.
References
Finkler, S. A., Jones, C. B., & Kovner, C. T. (2013). Financial management for nurse managers and executives (4th ed.). Elsevier Saunders.
Kozhimannil, K. B., Hung, P., Henning-Smith, C., Casey, M. M., & Prasad, S. (2018). Association between loss of hospital-based obstetric services and birth outcomes in rural counties in the United States. JAMA, 319(12), 1239-1247. https://doi.org/10.1001/jama.2018.1830
Welton, J. M. (2011). Hospital nursing workforce costs, wages, occupational mix, and resource utilization. Journal of Nursing Administration, 41(7/8), 309-314. https://doi.org/10.1097/NNA.0b013e3182250a2b
How this NSG 567 Week 3 example is structured
The NSG/567 description includes budget preparation and using resources to support mission and strategy. This paper prepares a capital request the way hospitals review them: the need, the options with life-cycle costs, the justification, the risks of doing nothing and the fit with strategy, with the arithmetic shown so the committee can compare it with other requests. Students search this week as NSG 567 Week 3, NSG567 Wk 3 or NSG/567 Wk 3; all three are the same assignment.
NSG/567 Week 3 questions, answered
What does NSG/567 Week 3 usually ask for?
Many sections ask students to prepare a capital budget request that justifies a purchase of equipment or facilities with costs, alternatives and benefits.
What is a life-cycle cost?
The total cost of an asset over its useful life, including purchase, installation, training, maintenance, upgrades and disposal, not only the purchase price.
How can a request be justified if it does not bring in revenue?
By showing the costs and risks it avoids, such as patient harm, liability, downtime or regulatory findings, and its fit with the organization's mission and strategy.
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