Two zero-float chains, found by script across 84 activities, control the wave 1 go-live date in HI540's Unit 5 schedule, and a hand check shows the script calculates correctly. Searches like "hi 540 unit 5 assignment example", "hi540 unit 5 sample" and "hi540 unit 5 example" land here.
What a finished HI540 Unit 5 schedule and critical path looks like
The schedule document runs seven pages, with an appendix. An activity table lists 84 activities with ID, WBS code, duration in working days, basis of estimate, predecessors and link type. A second table reproduces the script's output: both early dates, both late dates and total float for each activity. Wave 1 go-live lands on working day 196 at the flagship hospital, wave 2 thirty working days later at the other two. Both critical chains are traced in full: extraction, cleansing, specialty validation and load for the cards; supply item mapping and charge build for the interface; the two meet at the second round of integrated testing. Activities with under five days of float are listed separately. A network diagram of critical and near-critical work follows. The appendix holds the script, its input layout and a six-activity hand calculation.
How a HI540 Unit 5 example is structured
Logic comes first and computation second. The activity table fixes every dependency before any date appears, and each duration names its basis so the script's inputs can be questioned on their own. The script then does the arithmetic people do badly at scale: a topological sort, a forward pass for early dates, a backward pass for late ones, and float as the difference between them. Trusting code without testing it would be its own error, so a six-activity fragment is worked by hand and matched line by line against the output. Interpretation begins only after that. The tie between two critical chains matters most, because shortening one alone moves nothing and both must be compressed together. Near-critical activities are named next, since four days of float on the sterile processing link can disappear with one late vendor delivery. The diagram closes the body.
Every link typed and sourced
Predecessors, relationship types and a basis for each duration, set down before any date so the inputs themselves can be challenged.
Both passes, run by script
Topological sort, forward and backward passes and float for all 84 activities, with the code printed in the appendix rather than described.
A hand check on six activities
One small fragment worked on paper and matched to the output, the evidence that the script computes what it claims to compute.
Two chains tied at zero
Card validation and the charge interface both controlling go-live, so compressing either one without the other buys no time at all.
Near-critical work, named
Activities under five days of float, the sterile processing link among them, listed because one bad delivery makes them critical.
Where marks go in HI540 Unit 5
Graduate schedules are graded on whether the critical path was derived rather than declared. Choosing the longest-looking bar, or naming one path when the float column shows two, costs heavily. Scripts and software earn nothing merely by being present: output never checked, or activities missing predecessors that the code silently starts on day one, undermines every figure downstream. Durations without a basis, and links typed finish-to-start throughout where overlap is obvious, draw regular comments. Dangling activities break the backward pass. Near-critical work left unmentioned suggests float was computed but never read. Wave 2's dependence on wave 1 stabilization is a common omission in multi-site rollouts. A network diagram too crowded to read and calendar assumptions never stated round out the recurring notes.
Get a HI540 Unit 5 example written to your instructions
The script travels well; the activities do not. Send the activity list or scenario your section supplied with the Unit 5 instructions and the rubric, and within 24-48h a first sample comes back free, both passes computed and checked, the critical and near-critical chains named for that project.
HI540 Unit 5 questions, answered
Is writing code required to find the critical path?
Rarely. Most sections accept a spreadsheet or a hand calculation, and the criteria look at logic rather than method. The example uses a short script because 84 activities make hand passes error-prone. Whatever the method, show the passes or the formulas and check at least a fragment independently, since unexplained output earns little credit on its own.
What does it mean when two paths are both critical?
Both chains finish with zero total float, so a slip on either one delays the end date, and shortening only one gains nothing. The example compresses both: an added validation session per specialty for the cards, and an earlier supply mapping extract for the interface. Reporting one of two tied paths is an error graders catch quickly through the float column.
Should the schedule use working days or calendar dates?
Working days for the calculation and calendar dates for presentation, with the conversion stated once. The example counts a five-day working calendar with the health system's holidays removed, then maps working day 196 to a calendar date in a single note. Mixing the two inside one table is where most date errors in these schedules begin.