HCS 412 Week 4 Project Cost, Risk and Quality Management Example

A $1.24 Million Budget, Twelve Risks and One Quality Standard: Controlling Cost, Risk and Quality for a Hospital Sleep Center Project

[Student Name]

University of Phoenix

HCS/412: Project Management for Health Care Professionals

Week 4 Assignment

[Instructor Name]

[Date]

The hospital, the budget, risks and quality measures are composites written for a model paper; research findings and guidelines come from the sources listed.

Halfway through planning, the chief financial officer of a composite 180-bed community hospital asked the sleep center project manager a direct question: how confident are you in $1.24 million? The honest answer required a budget built from the work, reserves sized for risk and a quality plan that shows what the money buys. This paper presents all three.

Building the Budget

The budget was built bottom up from the work breakdown structure. Facility: design $85,000; construction $520,000, based on a contractor's estimate for 2,400 square feet at $215 per square foot; permits and inspection $15,000. Equipment: six polysomnography systems at $38,000 each, $228,000; 20 home testing devices at $2,500 each, $50,000; furniture and fixtures $45,000. Information systems: interface and build $70,000. Project management staff time charged to the project: $57,000. The base estimate is $1,070,000.

Assumptions

The construction estimate assumes no asbestos in the wing's ceilings, confirmed by a survey. Equipment prices come from two written vendor quotes received in March. The information system estimate assumes the vendor's standard sleep module.

Reserves

The budget includes a contingency reserve of $110,000, about 10% of the base, sized to the top risks in the register below and controlled by the project manager. A management reserve of $60,000 is held by the sponsor for unforeseen work, a distinction the project management standard draws between known and unknown risks (Project Management Institute, 2021). Base plus contingency is $1.18 million; with management reserve, $1.24 million.

Why Reserves Matter

Flyvbjerg (2014) documented that large projects overrun their budgets far more often than they finish under, and argued that the pattern reflects systematic optimism in estimates rather than bad luck. The hospital's own last renovation ran 14% over budget. Reserves are not padding; they are an honest estimate of the cost of the risks the team already knows it faces.

Cost Control

Actual spending is compared with planned spending monthly by work package. Any package more than 10% over its estimate triggers a review, and contingency can be released only against a named risk.

Identifying Risks

The team identified twelve risks in a workshop with facilities, clinical, finance and information technology staff.

The Top Five

Permit delay: probability medium, impact high; owner facilities manager; response, pre-application meeting with the city and complete drawings. Hidden conditions behind walls: medium, high; owner facilities manager; response, exploratory openings during design and contingency funds. Technologist recruitment failure: high, high; owner medical director; response, sign-on bonus, relocation assistance and training a respiratory therapist as a backup. Slow payer credentialing: medium, high; owner revenue cycle director; response, submit applications as soon as staff are hired and track weekly. Equipment delivery delay: low, medium; owner project manager; response, order by week 20 with a delivery date in the contract.

Other Risks

Lower-rated risks include noise complaints from neighboring clinics, interface defects, referral volume below forecast, a key physician leaving, cost increases on materials, patient safety during overnight studies and data security of home testing devices. Each has an owner and a planned response or acceptance.

Risk Responses in Practice

For recruitment, the team chose mitigation. For hidden conditions, it accepted the risk with contingency. For equipment, it transferred part of the risk through contract penalties for late delivery.

Defining Quality

Quality for this project means a center that performs and interprets studies to national standards and keeps overnight patients safe. The national sleep medicine guideline by Kapur et al. (2017) set out when laboratory polysomnography and home sleep apnea testing are appropriate and recommended that a negative, inconclusive or technically inadequate home test be followed by laboratory polysomnography. The center's protocols follow these recommendations.

Acceptance Criteria

Facility: rooms meet sound and light specifications and pass inspection. Equipment: each system records a complete test study. Staff: each technologist passes competency validation. Processes: a mock patient night runs without critical errors.

Quality Measures After Opening

Percentage of studies meeting technical adequacy standards, target 95%. Time from study to scored report, target within five business days. Percentage of inconclusive home tests followed by laboratory study within 30 days, target 90%. Patient safety events during studies, target zero.

Quality Assurance and Control

Assurance: written protocols, training and a weekly review of study quality by the medical director. Control: scoring agreement checks, in which a second technologist rescores a sample of studies each month.

How the Three Connect

A cheaper equipment option would save $40,000 but lacked an integrated video system, raising the risk of poorer quality studies. The team rejected it, recording the decision and its reasoning so the choice would not be reopened later without new facts. Opening early to save lease costs at the distant center would compress competency training, raising quality risk. The schedule held.

Operating Costs Outside the Capital Budget

The capital budget does not include start-up operating costs: technologists hired six weeks before opening, training, supplies for the mock patient night and marketing to referring physicians, about $260,000 charged to the operating budget. Keeping the two budgets separate prevents operating costs from quietly eating the capital contingency.

Risk Reviews

The risk register is reviewed at every biweekly team meeting. Owners report whether their risk's probability or impact has changed and whether the response is working. New risks are added as they appear; closed risks, such as recruitment once both technologists are hired, are marked closed with the date. A risk whose response has failed moves to the sponsor's agenda.

Monitoring Together

The biweekly status report shows cost against plan, the top five risks with their current status and progress toward quality acceptance criteria on one page.

Conclusion

The project manager's answer to the chief financial officer was a budget built from the work, reserves sized to known risks, a register with owners and responses and a quality plan grounded in a national guideline. Managing cost, risk and quality together gives the hospital confidence that $1.24 million will buy a center that works.

References

Flyvbjerg, B. (2014). What you should know about megaprojects and why: An overview. Project Management Journal, 45(2), 6-19. https://doi.org/10.1002/pmj.21409

Kapur, V. K., Auckley, D. H., Chowdhuri, S., Kuhlmann, D. C., Mehra, R., Ramar, K., & Harrod, C. G. (2017). Clinical practice guideline for diagnostic testing for adult obstructive sleep apnea: An American Academy of Sleep Medicine clinical practice guideline. Journal of Clinical Sleep Medicine, 13(3), 479-504. https://doi.org/10.5664/jcsm.6506

Project Management Institute. (2021). A guide to the project management body of knowledge (PMBOK guide) (7th ed.). Project Management Institute.