MHA 505 Week 6 A Creative, Systems-Based Solution Example

Putting the Pieces Together Without Losing the Spark: A Systems-Based Heart Failure Transitions Solution and the Creative Conditions That Produced It

[Student Name]

University of Phoenix

MHA/505: Systems Thinking in Health Care Environments

Week 6 Assignment

[Instructor Name]

[Date]

The hospital, its team, program and results are composites written for a model paper; research findings come from the sources listed.

Six weeks after the assignment to reduce heart failure readmissions landed on the new director's desk, the team's whiteboard held a system map, four simple rules, three prototypes and the terms of a three-party partnership. This paper assembles those pieces into one solution, tests each against evidence, reflects on the creative conditions that produced them and reports early results.

The Problem, Restated

At the start, nearly one heart failure patient in four came back within a month. The system map showed a reinforcing loop of crowding and rushed discharges, delays in recognizing fluid gain at home and gaps between the hospital and the next clinician, especially on Fridays.

From Concepts to Components

Each course concept produced part of the solution. Systems thinking produced the map and the insight that no department alone owned the problem. The Triple Aim framed a defined population, baseline measures for experience, health and cost and an integrator role. Complexity science produced four simple rules instead of mandates and a weekend cardiology line built from an informal workaround. Design thinking, done with patients and families, gave the team its discharge tools: the traffic-light going-home page, the refrigerator chart for daily weights and the evening phone check. Negotiation produced a written partnership with the nursing facility and the cardiology group.

Testing the Components Against Evidence

The team checked each component against research. Feltner et al. (2014) pooled 47 randomized trials of heart failure transitional care. Nurse home visits and specialized multidisciplinary heart failure clinics cut readmissions for any cause over the following three to six months; scripted telephone follow-up cut heart failure readmissions specifically; and all three lowered deaths. Remote telemonitoring and programs built mainly on patient education showed no effect on either outcome.

Changing the Plan

The evidence changed one component. The Triple Aim proposal had included a standalone home telemonitoring program with cellular scales for 300 high-risk patients. Given the meta-analysis, the team redirected those funds to structured telephone support: nurses call high-risk patients weekly for eight weeks using a script covering weight, symptoms and medications, with scales provided so patients can report weights during calls. The team also added two home visits by the partner home health agency for the highest-risk patients, a choice consistent with evidence that stronger ties between a hospital and its post-acute partners reduce rehospitalization (Rahman et al., 2013), and reserved slots in the cardiology clinic's multidisciplinary heart failure clinic. The component the team liked best was the one the evidence supported least, and changing it was the most important decision of the project.

The Integrated Solution

The final program for the 1,900-patient population includes a registry with risk levels; discharge planning from admission day; the one-page plan, weight chart and first-night call for every patient; structured telephone support and home visits for high-risk patients; a cardiology clinic visit within seven days; the weekend cardiology line; and the nursing facility partnership with phone handoffs and a shared care plan.

Why the Evidence Mattered to Staff

Some team members were disappointed to drop telemonitoring, which had been the most exciting idea in early sessions and had a vendor eager to supply it. The director shared the meta-analysis with the team and asked them to find a trial showing telemonitoring reduced readmissions for patients like theirs; none could. The discussion, uncomfortable at first, became a lesson the team repeated later: enthusiasm starts ideas, but evidence decides which ones patients receive.

How Creativity Happened

Creativity was not a single brainstorming session. It emerged from a sequence: seeing the problem through patients' eyes, generating many ideas without judging them, testing rough prototypes quickly and letting disagreements surface. A review of research on leadership, creativity and innovation found that leadership shapes creativity through many routes, including supportive and empowering behaviors and the climate leaders create, while cautioning that much research is limited by design and measurement problems (Hughes et al., 2018).

What the Leader Did

The director protected two hours every week for the team to work without other duties, asked the most junior members to speak first in idea sessions, treated failed prototypes as information rather than mistakes and invited the facility nurse who had first criticized the hospital's handoffs to join the design team. When a cardiologist dismissed the first-night call as busywork, she asked him to listen to three recorded calls; he became its advocate.

Conditions for Flow

Flow describes deep, focused engagement in a task that is challenging but matched to people's skills, with clear goals and immediate feedback. The team experienced it most during prototype testing weeks, when goals were concrete, results came within days and each member's skills were stretched but not overwhelmed. It was hardest during the negotiation weeks, when progress depended on others and feedback was slow. The director learned to break slow work into short tasks with visible results.

Six-Month Results

Six months after full implementation, 30-day readmission for heart failure fell from 23% to 17%, seven-day follow-up rose from 59% to 84%, discharge information scores rose from the 58th to the 76th percentile and 30-day mortality was unchanged. Weekend cardiology calls averaged 12 per weekend. Staff on the care transitions team reported higher satisfaction on the work-life survey.

What Did Not Work

Not everything succeeded. The first version of the weekend cardiology line was underused because facility nurses did not trust that a cardiologist would answer; call volume rose only after the cardiology group's nurse practitioner visited the facility to introduce the service. The going-home plan's Spanish version initially used terms common in one country but unfamiliar to families from others, requiring a second revision with a broader group of readers. And the registry's risk levels misclassified some patients whose risk came from living alone rather than from clinical severity, so a social risk question was added to the admission assessment.

Costs in Practice

Actual first-year costs were $610,000, slightly below the approved $640,000, mainly because telemonitoring equipment was not purchased. Avoided readmissions, lower penalties and freed bed capacity are estimated to offset about 70% of the cost in the first year and more in the second, as the program's fixed costs spread across more patients.

Sustaining the Solution

The program is now part of the hospital's operating budget, the integrator role is permanent and results are reviewed monthly by the partners and quarterly by the executive team. The next population, chronic lung disease, will use the same methods.

Conclusion

No single fix could reduce readmissions produced by a system. Systems thinking, the Triple Aim, complexity science, design thinking and negotiation each contributed part of a solution, and evidence from 47 trials sharpened it by replacing the team's favorite component with one that works. Leadership that protected time, welcomed dissent and gave quick feedback created conditions for creative work and flow. Early results show the system beginning to produce fewer returns and better experiences.

References

Feltner, C., Jones, C. D., Cené, C. W., Zheng, Z.-J., Sueta, C. A., Coker-Schwimmer, E. J. L., Arvanitis, M., Lohr, K. N., Middleton, J. C., & Jonas, D. E. (2014). Transitional care interventions to prevent readmissions for persons with heart failure: A systematic review and meta-analysis. Annals of Internal Medicine, 160(11), 774-784. https://doi.org/10.7326/M14-0083

Hughes, D. J., Lee, A., Tian, A. W., Newman, A., & Legood, A. (2018). Leadership, creativity, and innovation: A critical review and practical recommendations. The Leadership Quarterly, 29(5), 549-569. https://doi.org/10.1016/j.leaqua.2018.03.001

Rahman, M., Foster, A. D., Grabowski, D. C., Zinn, J. S., & Mor, V. (2013). Effect of hospital-SNF referral linkages on rehospitalization. Health Services Research, 48(6 Pt 1), 1898-1919. https://doi.org/10.1111/1475-6773.12112