BUSI 611 Week 3 Discussion Board Forum 3 Example

Discussion Board Forum 3: Lean Thinking and Process Improvement

BUSI 611 Operations Management for Health Organizations, Discussion Board Forum 3

Thread by [Student Name]

The hospital, its timing data and the classmates are composites; the textbook, Scripture and the peer-reviewed sources cited are real.

Our 32-bed surgical unit had a problem that showed up somewhere else: admitted patients waited in the emergency department and the recovery room for beds that our unit reported as unavailable. When our manager and I timed 40 discharges over two weeks, standing at the nurses' station with a stopwatch and a clipboard, we found that a bed sat empty for an average of 94 minutes between the moment the patient left the room and the moment it was clean, inspected and assigned. The environmental services staff were not slow. The actual cleaning took about 35 minutes. The rest of the time was spent waiting: for someone to notice the room was empty, for the housekeeper to be called, for the housekeeper to arrive from another floor and for the charge nurse to inspect and release the bed.

Langabeer and Helton (2016) describe Lean as a management approach that defines value from the patient's point of view and removes the waste that does not create it, using tools such as value stream mapping to make each step and each delay visible. Our map showed six steps and five handoffs. Only one step, cleaning, added value for the next patient. The others were forms of waste the textbook names: waiting, unnecessary transportation as housekeepers crossed the building and overprocessing when two people inspected the same room. Most of the delay lived in the handoffs, where no one owned the next step and information traveled by phone calls that went unanswered.

Other hospitals have attacked the same handoffs. Tortorella et al. (2013) describe how an interdisciplinary team at a large tertiary cancer center brought in electronic bed tracking so that nursing, housekeeping and admitting staff saw a room's status change at once instead of chasing one another by phone, attacking the turnover stage of throughput directly. The broader evidence suggests our problem is well suited to Lean. Deblois and Lepanto (2016) reviewed seven literature reviews of Lean and Six Sigma in acute care and found that the methods were most often applied in operating suites, intensive care units and emergency departments, that outcomes were mostly measured in process and quality terms and that the methods appeared better adapted to processes with a linear sequence of events. They also rated the overall quality of the evidence as poor to fair, which means we should measure our own results carefully rather than assume success.

Bed turnover is exactly the kind of linear process the review describes. I recommended three changes: an automatic page to the assigned housekeeper when a nurse marks the discharge complete in the electronic record, a dedicated turnover housekeeper on our floor from 11 a.m. to 4 p.m., when most discharges occur, and a single inspection by the housekeeping lead instead of a second check by the charge nurse. Our target is 50 minutes from empty to ready, measured weekly. We will also track two balancing measures, the share of rooms that fail inspection and the number of hospital-acquired infections on the unit, so that speed does not come at the cost of cleanliness. If rooms start failing inspection, the problem is the redesign, not the housekeepers, and the team will adjust it.

When Nehemiah's workers rebuilt Jerusalem's wall, the record lists family after family repairing the section beside or opposite their own homes, so every stretch had someone responsible for it (English Standard Version Bible, 2001/2016, Nehemiah 3:23, 28-29). Waste hides in the gaps between people, and it disappears when every step of the work has a name attached to it. Our redesign gives every step of bed turnover an owner, so no room waits for someone to notice it.

Reply to Mariah

Mariah, your thread proposed a Lean redesign of your primary care clinic's workflow, pairing each physician with a dedicated medical assistant and moving prescription refills, forms and some patient outreach from physicians to the assistants. Your proposal follows the textbook's logic closely. Langabeer and Helton (2016) describe Lean as matching each task to the person who can do it with the least waste, and physicians completing forms that a trained assistant could prepare is a clear case of overprocessing. Research suggests the change can work, but it also suggests a cost that leaders should anticipate.

Hung et al. (2018) studied a Lean workflow redesign rolled out in three phases across 46 primary care departments in a large ambulatory system, with physician and medical assistant pairs, delegation of significant tasks to nonphysician staff and more required coordination. Surveys of more than 1,100 staff at baseline and more than 1,300 at follow-up showed that both physicians and other staff reported higher engagement and better teamwork after the redesign. They also reported higher burnout and saw the workplace as more stressful. The change shifted work rather than removing it, and the assistants who took on new responsibilities felt the pressure.

Evidence from other settings shows Lean can deliver real operational gains when the redesign is focused. Yang et al. (2026) compared 150 first-scheduled surgeries before and 150 after Lean management was introduced in an operating room and found shorter preparation times, higher on-time start rates for first and later cases, more surgeries per room and higher nursing quality and patient satisfaction scores. That study measured efficiency and quality but not staff strain, which is the gap Hung's study fills.

For your clinic, I would suggest building staff well-being into the redesign from the start: measure burnout before and after, give medical assistants protected time and training for their new tasks and review their workload at every improvement meeting. Writing to the Romans, Paul said believers are many members of one body, each given a different role to carry out (English Standard Version Bible, 2001/2016, Romans 12:4-5), and a Lean team works the same way only if every member's load is sustainable. Pay and career paths also deserve attention. Medical assistants who take on outreach, refill management and form preparation are doing more skilled work than before, and if their pay and titles do not change, the most capable ones may leave for clinics that recognize the work. Turnover among assistants would undo the redesign, since each physician-assistant pair depends on trust and practiced routines that take months to build. Budgeting for a modest raise or a senior assistant role as part of the Lean project would protect the investment. Has your clinic asked the medical assistants what support they would need before taking on the new tasks?

Reply to Dev

Dev, your thread described nurses on your medical unit answering call lights for extra blankets, water and television remotes, and you proposed a system that routes those requests to the right department instead of to the nurse. In Lean terms, as Langabeer and Helton (2016) frame it, those calls are motion and interruption waste for the nurse, because the nurse is not the person best suited to meet the request, and every interruption pulls attention from medication passes and assessments where errors cost the most.

A recent study tested exactly this idea. Gentil et al. (2025) evaluated an AI-driven platform on a 16-bed surgical unit for 30 days, in which patients made requests through an in-room system that sorted them and sent each to the appropriate team. Of 2,113 requests, the system sent 35.4% to nursing because they needed clinical attention, such as checking intravenous fluids or help to the restroom, while the rest went to housekeeping, maintenance and other teams. Nearly three of every five requests never reached the nurses' station. The platform also measured response times by department and showed the pattern of requests over the day, with nursing responding fastest and cleaning staff slowest.

That last finding matters for your proposal. Routing requests away from nurses helps only if the receiving departments respond promptly; otherwise patients wait longer and press the nurse call button anyway. The same lesson appeared in the bed management work Tortorella et al. (2013) describe, where electronic notification improved turnover only because housekeeping and admitting staff were organized to act on it. Before buying technology, your unit could test the concept by giving patients a simple card listing whom to call for nonclinical needs and timing the responses.

In the early church, when the apostles were stretched between teaching and the daily distribution of food, they asked the community to choose seven trusted people to serve tables so the apostles could devote themselves to prayer and the word (English Standard Version Bible, 2001/2016, Acts 6:2-4). Delegation freed each group to do its own work well, and the work of serving tables was honored rather than dismissed. It is also worth deciding in advance which requests should always reach a nurse, even when they sound simple. A patient asking for water may be on fluid restrictions, and a patient asking for help to the bathroom may be at high risk of falling, so the routing rules need clinical input and periodic review. The study found nurses still received the requests that needed clinical judgment, which suggests the rules can be written well, but each unit's patient population is different. Would your hospital's housekeeping and food service departments agree to response time targets if your unit sent them patients' requests directly?

References

Deblois, S., & Lepanto, L. (2016). Lean and Six Sigma in acute care: A systematic review of reviews. International Journal of Health Care Quality Assurance, 29(2), 192-208. https://doi.org/10.1108/IJHCQA-05-2014-0058

English Standard Version Bible. (2016). Crossway. (Original work published 2001)

Gentil, L. L. S., Pires, V. A. L., Andrade-Silva, J., Almeida, Y. E., Pinheiro, P. G., Pinheiro, C. G., & Laselva, C. R. (2025). Using an AI-powered solution to transform nursing workflow and improve inpatient care: A retrospective observational study. American Journal of Nursing, 125(5), 38-43. https://doi.org/10.1097/AJN.0000000000000070

Hung, D. Y., Harrison, M. I., Truong, Q., & Du, X. (2018). Experiences of primary care physicians and staff following lean workflow redesign. BMC Health Services Research, 18(1), 274. https://doi.org/10.1186/s12913-018-3062-5

Langabeer, J. R., II, & Helton, J. (2016). Health care operations management: A systems perspective (2nd ed.). Jones & Bartlett Learning.

Tortorella, F., Ukanowicz, D., Douglas-Ntagha, P., Ray, R., & Triller, M. (2013). Improving bed turnover time with a bed management system. Journal of Nursing Administration, 43(1), 37-43. https://doi.org/10.1097/NNA.0b013e3182785fe7

Yang, S., Zhou, R., Zhang, S., & Xu, W. (2026). Application of lean management in operating room nursing and its impact on improving the on-time start rate of the first scheduled surgery: A pre-post study. Journal of Minimal Access Surgery. Advance online publication. https://doi.org/10.4103/jmas.jmas_87_26