| Course | GB500 Business Perspectives |
|---|---|
| Unit | Unit 7 |
| Paper type | Operations mini-analysis |
| Length | About 460 words, 4 pages double-spaced |
| Format | APA 7 student paper |
| School | Purdue University Global |
| Program | MBA |
| Updated | October 2026 |
Free sample paper for GB500 Unit 7
The Labeler Sets the Pace: A Unit 7 Operations Mini-Analysis of a Lotion Bottling Line
[Student Name]
Purdue University Global
GB500: Business Perspectives
Unit 7 Operations Mini-Analysis
[Instructor Name]
[Date]
The co-packer, its line and every figure are composite and illustrative; the sources cited are real.
The Gap
Brightfield Packaging fills and packs hand and body lotion for three brand owners. Orders now average 2,100 cases a shift, but the line ships about 1,800. The shortfall is covered with Saturday overtime, about $9,600 a week in premium pay, and the largest customer has issued two late-shipment notices in the past quarter.
The Process
The line has five stations in sequence, each with a measured capacity in cases per hour, taken from the line's production counters over four weeks.
Station 1, filler: 310 cases an hour.
Station 2, capper: 290 cases an hour.
Station 3, labeler: 225 cases an hour.
Station 4, case packer: 270 cases an hour.
Station 5, palletizer: 300 cases an hour.
Over an eight-hour shift, the labeler's 225 cases an hour limits the line to 1,800 cases, exactly what it ships.
Why the labeler is slow matters too. Operators report that it jams when bottle shapes change between brands, and changeovers take about 25 minutes, several times a shift. A shorter changeover would help, but even with no jams the labeler's rated speed is below the other stations'.
Finding the Constraint
Eliyahu Goldratt's theory of constraints holds that a process's output is set by its slowest step, and that improving any other step adds nothing to output (Goldratt & Cox, 2004). Every other station here runs faster than the labeler, and supervisors confirm that bottles queue on the conveyor in front of it while the case packer often waits. The labeler is the constraint.
The filler is the station managers wanted to upgrade, but the filler already runs 85 cases an hour faster than the labeler can use.
The Recommendation
Brightfield should add a second labeler, run in parallel, during the peak weeks when orders exceed 1,800 cases a shift. A refurbished labeler costs about $68,000, and running it needs one additional operator per shift. With two labelers, labeling capacity rises well above the next slowest station, the case packer at 270 cases an hour, so the line could ship about 2,160 cases a shift. Jay Heizer, Barry Render and Chuck Munson note that once a bottleneck is relieved, the next slowest step becomes the new constraint (Heizer et al., 2020), so the case packer should be watched next. At $9,600 a week in avoided overtime, the added labeler recovers its cost in roughly seven weeks of peak running, and it would end the late shipments to the largest customer.
References
Goldratt, E. M., & Cox, J. (2004). The goal: A process of ongoing improvement (3rd rev. ed.). North River Press.
Heizer, J., Render, B., & Munson, C. (2020). Operations management: Sustainability and supply chain management (13th ed.). Pearson.
Reading the GB 500 Unit 7 instructions
GB500 Unit 7 asks for a short analysis of one process. State the gap between what the process produces and what is needed, and why it matters in cost or service. Map the steps in order, giving each a measured capacity in the same unit, such as cases per hour, and say where the figures came from. Identify the constraint from the numbers, explain the concept with one operations source, and say why improving other steps would not help. Propose one change aimed at the constraint, estimate its gain and cost, and name the next likely constraint. Keep it to two or three pages plus a simple process figure, citing operations sources in APA 7. If your section frames the unit around global business, apply the same logic to a supplier's lead time.
Inside the GB500 Unit 7 example
The gap section gives 2,100 cases ordered against 1,800 shipped, Saturday overtime and two late-shipment notices. Five stations follow with capacities from four weeks of production counters: filler 310, capper 290, labeler 225, case packer 270 and palletizer 300 cases an hour. A paragraph notes the labeler jams on bottle changeovers of about 25 minutes. Goldratt and Cox's theory of constraints identifies the labeler, confirmed by queues in front of it and an idle case packer, and the highlighted sentence explains why the filler upgrade managers wanted would add nothing. The recommendation adds a refurbished labeler at about $68,000 for peak weeks, raising output to about 2,160 cases a shift and recovering its cost in about seven weeks of avoided overtime, with Heizer, Render and Munson on the case packer becoming the next constraint.
Where the points sit in the GB500 Unit 7 rubric
GB500 instructors look for a constraint found from measurements, not hunches. A gap stated in units and cost earns early credit. Each step should have a measured capacity in a common unit, with its source. Identifying the slowest step and confirming it with observation, such as queues and idle stations downstream, shows understanding. Explaining why other improvements would not raise output demonstrates the theory of constraints. A recommendation aimed squarely at the constraint, with gain, cost and payback, shows managerial judgment. Naming the next constraint shows foresight. Goldratt and Cox's The Goal and Heizer, Render and Munson's Operations Management supply the citations in APA 7.
GB500 Unit 7 help: mistakes that cost points
Many GB500 Unit 7 papers describe the process at length and recommend improving whichever step seems most visible. Others give capacities in different units, which makes the constraint impossible to find. A common gap is the payback: a recommendation without a cost and a gain cannot be weighed. Some writers stop once the constraint is relieved, without asking what limits the line next. State the gap, map steps with measured capacities in one unit, find the slowest, confirm it, explain why other fixes fail, aim one change at the constraint, cost it and name the next limit.
Get a GB500 Unit 7 example written to your instructions
The operations prompt, or the global business version if that is what your GB500 section runs, is the starting point for Unit 7, along with the rubric and any case data. Within 24 to 48 hours a mini-analysis sized for that framing is ready, the process figure drawn to your numbers. The first one costs nothing. The paper above is an original model document written by our desk, not a submitted student paper and not an official Purdue University Global document.
More GB500 papers and MBA samples
- GB500 Unit 1: Professional Goals Statement
- GB500 Unit 2: Management Concepts Analysis
- GB500 Unit 3: Marketing Mix Application
- GB500 Unit 4: Financial Statement Reading
- GB500 Unit 5: Market Structure Case
- GB500 Unit 6: SWOT and TOWS Analysis
- GB500 Unit 8: Business Ethics Discussion
- GB500 Unit 9: Professional Development Plan
- GB500 Unit 10: Integrative Capstone Paper
- GB513 Unit 4:
GB500 Unit 7 questions, answered
My section's Unit 7 is about global business, not operations. Does this example still apply?
The reasoning carries over. A global framing usually asks about sourcing, market entry, or supply risk, and the finished example for that version maps a cross-border supply chain instead of a factory line, finds the stage with the longest or least reliable lead time, and aims the recommendation there. Your prompt decides which framing the sample follows.
Where do I get process data if the case does not give it?
Many sections supply case figures. Where the prompt lets you use your own workplace, rough estimates are acceptable if labeled as estimates and explained, such as timing ten cycles at each station. What matters is that each station has a comparable rate, so the constraint can be identified from numbers rather than impressions.
How short is a mini-analysis in GB500?
Often two to three pages of body text, though your instructions set the actual length. The brevity is deliberate: one process, one concept, one change. Longer papers tend to spend the surplus on background or theory; the capacities and the targeted recommendation, which carry the marks, need only a few paragraphs.
Where can I find a free GB500 Unit 7 sample paper?
This page carries a full GB500 Unit 7 operations mini-analysis finding the constraint on a lotion bottling line, with station capacities, a targeted fix, payback and APA 7 references.
What becomes the constraint after the second labeler?
The case packer, at 270 cases an hour, becomes the slowest station, limiting the line to about 2,160 cases a shift. It should be watched next if orders keep growing.