A finished MGT-805 Topic 5 structural blind spot DQ post example, showing how three functions' healthy measures conceal one customer's eleven-day breakdown and arguing that the blindness is built in. Searches like "mgt 805 topic 5 assignment example", "mgt805 topic 5 sample" and "mgt-805 topic 5 example" land here.
What a finished MGT-805 Topic 5 structural blind spot dq post looks like
Its claim comes first in the post: the manufacturer cannot see harvest downtime, because the problem belongs to no function. One composite case supplies the evidence. A dryer fails on day zero, a dealer technician diagnoses it on day two, the warranty claim is approved on day eight, and the part, backordered, arrives on day eleven. Each function reports success: field service met its two-day response target, warranty decided within its six-day standard, and parts kept a 94 percent fill rate, every figure illustrative. The farmer lost eleven days of harvest. The post cites Lawrence and Lorsch for the finding that differentiated departments develop their own goals and time horizons, which explains why each measure is locally sensible. It rejects the reply that better data would fix this and asks classmates what a downtime owner would need authority over.
How an MGT-805 Topic 5 example is structured
A claim, a case, a source and a rebuttal fill the post's four compact paragraphs, and a question closes it. The opening paragraph states the blind spot and its reason in two sentences. The case follows as a day-by-day sequence, with each function's own measure placed beside its step to show every step passing. The third paragraph brings in Lawrence and Lorsch for one point only: departments organized around different tasks come to hold different goals and time horizons, so none of them is built to watch the gaps between steps. The fourth answers the likeliest objection, that an integrated dashboard would reveal the downtime, by arguing that a number nobody is accountable for is visible and still ignored. The closing question asks what a downtime owner would need authority over, parts allocation, warranty rules or dealer scheduling, to act on what the measure showed.
The blind spot stated first
Harvest downtime belongs to no function at the manufacturer, the post claims at once, so the structure has no place where that problem can register.
Eleven days, every step passing
Service answered in two days, warranty decided in six and parts shipped when stock arrived, and each function met its own standard while the farmer waited.
Lawrence and Lorsch for one point
Departments shaped by different tasks develop different goals and time horizons, which is why each measure makes sense locally and none of them watches the handoffs.
Visible is not the same as owned
An integrated dashboard would display the eleven days, the post argues, but a figure nobody answers for tends to be seen and then left alone.
A question about the owner's reach
Classmates are asked which authority a downtime owner would need, over parts allocation, warranty rules or dealer scheduling, to change what the measure reveals.
Where marks go in MGT-805 Topic 5
A blind spot named in vague terms, such as communication or silos, gives no reader anything to check against a case. A strong answer shows the problem passing through the structure undetected, and a post without a sequence of steps asserts the blindness rather than demonstrating it. Blaming individual functions for poor performance misreads a case in which every function met its standard. Using Lawrence and Lorsch to say merely that departments disagree wastes the source, whose finding ties differences in goal and time orientation to each department's task. Posts that treat the blind spot as a reporting gap, closed by a dashboard, miss that visibility without ownership rarely changes what anyone does. A closing question that asks only whether classmates agree invites assent instead of argument, and a doctoral thread expects the harder question.
Get an MGT-805 Topic 5 example written to your instructions
Send the MGT-805 Topic 5 discussion question, the participation rubric for your section and any organization or case the prompt names. A custom example is written to those requirements, with the blind spot stated first, a case traced step by step, one source used precisely, the dashboard objection answered and a question left for classmates, in 24 to 48 hours. The first one is free.
MGT-805 Topic 5 questions, answered
What is a structural blind spot?
A problem the organization's design gives no one reason or means to notice. It usually lies between units, where each unit's measures and goals stop, rather than inside any of them. Blind spots differ from failures of effort: every unit can perform well while the problem grows. The example shows one by setting each function's healthy measure beside a customer outcome none of them tracks.
Why not solve the problem with an integrated dashboard?
A dashboard makes a problem visible, which helps, but visibility is not the same as responsibility. If nobody's goals, budget or authority depend on the downtime figure, it tends to be noted and passed over, since each function still has its own targets to meet. The post argues that the blind spot closes only when someone owns the outcome and has the authority to act on it.
How is a blind spot different from a known problem nobody fixes?
A known problem has been noticed and set aside, often because fixing it seems to cost more than it is worth. A blind spot has not been noticed at the level where it could be acted on, because no unit's measures or goals capture it. The distinction matters for the remedy: a known problem needs a decision, while a blind spot first needs a place in the structure where it can be seen and owned.