Charted from admit decision to arrival on the unit, this MMHA 6700 Week 2 admission process map example times each wait and marks one rework loop. Searches like "mmha 6700 week 2 assignment example", "mmha6700 week 2 sample" and "mmha 6700 week 2 example" land here.
What a finished MMHA 6700 Week 2 admission process map looks like
A single page of diagram with a short narrative behind it. Nine steps run left to right: the admitting decision, the hospitalist's acceptance, the bed request, bed assignment, room cleaning, the nurse-to-nurse report, transport, arrival and the first inpatient assessment. Between each pair sits a gap labeled with a median wait in minutes, drawn from a sample of forty admissions in an illustrative week. One decision diamond marks the point where an isolation need, found late, sends the request back to assignment, and that loop is shaded. A summary strip under the map totals working time against waiting time for the whole path. The narrative names the two longest gaps, the wait for a clean bed and the wait for the receiving nurse to take report, and states which data would confirm each.
How a MMHA 6700 Week 2 example is structured
Steps are defined by a change of owner rather than by a change of task, so every gap on the map is also a handoff, and whose queue the patient sits in is visible at a glance. The admitting decision is the start point instead of emergency arrival, which keeps the map on the part of the stay the inpatient side controls. Waits are labeled with medians rather than averages because a handful of overnight admissions would drag an average toward hours nobody experiences on a normal afternoon. The rework loop gets shading because it is the one place the process runs backward, and backward flow is costlier than slow flow. The summary strip exists so the working-versus-waiting proportion can be read without adding up the map. Evidence needs are named at the end, keeping the map honest about what it assumes.
Steps split at each change of owner
Every step ends where responsibility passes to someone else. That rule turns each gap into a handoff with a name on both sides.
Starting at the admitting decision
Emergency triage and treatment stay off the page. The map covers only the stretch the inpatient side can change.
Medians on the gaps
Each wait is a median from forty illustrative admissions. A few overnight cases would inflate an average past anything typical.
One loop, shaded
An isolation need recognized after assignment sends the request backward. The map marks it because rework costs more than delay.
Working time against waiting time
A strip under the diagram totals both. On the illustrative week, waiting outweighs working by a wide margin.
Where marks go in MMHA 6700 Week 2
Mapping weeks reward the gaps more than the boxes. A diagram listing nine steps correctly but saying nothing about the time between them has documented a procedure, which most rubrics credit only under accuracy. Analysis follows the waits: the two longest are named, sized and tied to an owner, and a map that locates delay without assigning it to a handoff tends to stall mid-range. Notation is read for consistency, so symbols changing meaning partway across the page cost presentation points. The rework loop is where stronger maps separate, since noticing backward flow shows the author looked at how the process fails and not only how it is meant to run. Narrative that simply repeats the diagram in sentences earns little and uses space the evidence section needed.
Get a MMHA 6700 Week 2 example written to your instructions
Share the process your prompt names and the notation or template the section requires, along with the rubric, and a map drawn to those rules is prepared for you. First one free, back within 24-48h. Bed board screenshots and real admission timestamps stay out of it; the illustrative week is built fresh.
MMHA 6700 Week 2 questions, answered
Why do the steps break at handoffs rather than at tasks?
Because waiting in a hospital collects where responsibility changes hands. A step defined by task can hide a handoff inside it, and the delay disappears into the box. Splitting at each change of owner means every gap on the map is a queue somebody controls. The example uses that rule consistently, which is why its two longest waits each come with a role attached.
Is a swimlane format required for this map?
Rarely. Many sections accept a linear flowchart like the example, and some specify swimlanes or a particular symbol set in the prompt. Whichever format your template names governs. What carries marks in any format is the same: gaps timed, the longest waits located, and any backward flow made visible rather than folded quietly into a single step.
Where do the wait times on the map come from?
In the example they come from forty admissions in an illustrative week, invented and labeled as such. Sections vary: some supply a data set, some accept observation, and some expect reasoned estimates. The narrative states which data would confirm each long gap, so a reader knows exactly what a real measurement would need to capture before the finding could be trusted.