Payback, net present value and volume sensitivity for three vertical lift modules appear in a composite automation business case for MT437, Unit 9, with the lease assumption stated up front. Searches like "mt 437 unit 9 assignment example", "mt437 unit 9 sample" and "mt437 unit 9 example" land here.
What a finished MT437 Unit 9 automation business case looks like
Nine pages hold the case: a scope page, a cost table, a benefit table, a cash flow and two sensitivity grids. Scope covers 4,200 slow-moving small parts, sensors, gaskets, bulbs and clips, now spread over fourteen shelving aisles and generating about 1,020 lines a night. Capital is $516,000 for three units, $58,000 for software and the warehouse system interface and $46,000 for installation. Picking those lines manually runs at 41 an hour, or 24.9 hours a night; delivered to an operator by the machines, at 130 an hour, it takes 7.8. Across 300 nights that saves 5,110 hours, worth $123,141. Refilling the units adds $15,906 of labor. Fewer picking errors save $30,294. Maintenance, energy and a downtime allowance cost $29,100 a year.
How a MT437 Unit 9 example is structured
Scope and baseline lead, since every saving is measured against the current manual process. Costs follow, split into one-time and recurring so that the maintenance contract cannot disappear into the purchase price. Benefits are listed one per line with their drivers: hours saved scale with lines picked, error savings with the error rate and cost per error, and the lease saving depends on a decision outside the project. Two cases run in parallel from there, with and without ending the 15,000-square-foot lease at $6.40 a foot. Each gets a payback and a ten-year net present value at 8 percent. Sensitivity follows, holding everything else fixed while volume moves to 80 and 115 percent of today. A short section tests daytime use for rush orders. Risks close the case, including a failed unit locking its parts away.
450 square feet each
A single unit occupies about 450 square feet against the 16,000 now taken by fourteen shelving aisles. Freed floor is the benefit most likely to be overstated, so it gets a case of its own.
Seventeen hours a night
Manual picking at 41 lines an hour becomes goods-to-operator picking at 130. The gap, 17.0 hours a night, drives most of the operating benefit.
Costs that recur
Maintenance at $7,800 per unit, energy at $2,700 and a $3,000 downtime allowance are subtracted every year. Leaving them out would shorten the no-lease payback by about 1.2 years.
With the lease, without it
Ending the overflow lease adds $96,000 a year, taking payback from 5.72 years to 3.03 and ten-year value from about $108,000 to $752,000 at 8 percent.
Volume at 80 and 115 percent
At 80 percent of today's lines, the no-lease payback stretches to nearly eight years. At 115 percent it shortens to 4.72, which is why the forecast behind the volume matters.
Daytime rush orders
Using the units for rush orders, about 220 lines a day, adds $26,560 of savings and brings the no-lease payback to 4.59 years.
Where marks go in MT437 Unit 9
Automation cases in MT437 are graded on what the payback assumes. A figure built only on labor savings, with maintenance, software and downtime left out, is where these papers most often slip, and the omission is easy to spot. Benefits tied to decisions outside the project, such as ending a lease, should be separated rather than blended into one total. Volume sensitivity matters because equipment savings scale with activity; a case showing only today's volume hides how quickly payback lengthens if lines fall. Instructors reward a net present value with a stated rate and horizon alongside payback, since payback ignores everything after the break-even year. Risks specific to the equipment, like parts locked inside a failed unit, belong in the paper with a mitigation such as a manual retrieval procedure.
Get a MT437 Unit 9 example written to your instructions
Pass along the equipment quote or cost figures the Unit 9 case contains, with the labor and volume data and the assignment rubric. We draft a composite business case that separates one-time from recurring costs, isolates any benefit depending on another decision, and tests payback against volume. The first custom sample is on us, finished in 24-48h.
MT437 Unit 9 questions, answered
Is payback enough, or do I need net present value?
Payback is easy to read but ignores money after the break-even point and the timing of cash. Net present value at a stated discount rate over the equipment's useful life captures both. Many cases expect both figures, payback for a quick sense and NPV for the decision. If your course has not covered discounting, say so and explain why payback alone is limited.
Which costs do automation cases most often leave out?
Maintenance contracts, software licenses or subscriptions, integration with the warehouse management system, training, and the labor to refill or tend the equipment. Downtime is another: when a machine stops, work reverts to a slower process. Listing recurring costs separately from the purchase price makes omissions harder and gives the grader a clear table to check.
How do I test sensitivity without complex software?
Change one assumption at a time in a spreadsheet and record the payback each time. Volume matters most, typically at 80 percent and 120 percent of the base case, followed by labor rate and any uncertain benefit. A small table of results shows the reader which assumptions the recommendation depends on, and that is usually what earns credit.