MGMT 8515M · Week 7

MGMT 8515M Week 7 build or buy case example

Strategic IT Leadership and System Architecture Walden University Free custom sample in 24 to 48h

Buying software ties an organization to a vendor's roadmap; building it ties the organization to its own staff for as long as the system lives. The Week 7 case in MGMT 8515M argues one of those commitments against the other for a single capability, naming the obligations each creates year after year and the cost of leaving either choice once it is made.

What this page holds

For one capability, this case argues building against buying as competing long-term commitments, weighing asset specificity, differentiation, recurring obligations and the cost of exit. Searches like "mgmt 8515m week 7 assignment example", "mgmt8515m week 7 sample" and "mgmt 8515m week 7 example" land here.

What a finished MGMT 8515M Week 7 build or buy case looks like

Six to eight pages focused on one capability, for instance claims adjudication at a mid-size health insurer. The capability is described by what it does for the strategy and how much it differs from the industry norm, since differentiation drives the argument. Two cases are then built, one for building and one for buying, each describing what the organization would own, whom it would depend on, and what it would need to keep doing every year. Transaction cost economics and the resource-based view supply the frame, with asset specificity and strategic uniqueness assessed explicitly. An exit section estimates what leaving each choice would cost after five years: data extraction, retraining, rewriting integrations. The decision follows, with its conditions of failure.

How a MGMT 8515M Week 7 example is structured

An introduction states the capability and the decision. A capability analysis follows, assessing how specific the capability is to this organization and whether it creates competitive advantage, drawing on the resource-based view. The theoretical frame is set out briefly, explaining how transaction cost reasoning and resource-based reasoning point in different directions for this case. The build case and the buy case follow in parallel sections of matched depth, each covering ownership, dependencies, recurring obligations, and the skills required. The exit analysis compares the cost of leaving each choice. A decision section commits to one and states what it forecloses. A final section lists the events that should reopen the decision, such as a vendor acquisition or the loss of key engineering staff. References close the case.

The capability described by difference

How much this organization's claims process departs from the industry standard determines whether a packaged product fits. The case establishes that difference with evidence before either option appears.

Two theories pulling apart

Transaction cost reasoning may favor building a highly specific asset; resource-based reasoning asks whether it yields advantage worth the cost. The case locates the points of agreement and the point of conflict.

Recurring obligations named

Building means engineers, security patching and documentation indefinitely. Buying means license renewals, upgrade cycles on the vendor's schedule, and configuration that must survive each release.

Exit priced for both

What would leaving cost in year five? Data portability, integration rewrites and retraining give each option a price of reversal, which the decision has to face.

Revisit conditions

A vendor acquired by a competitor, a key team departing, a regulation changing the capability. Naming the triggers makes the decision conditional in the right way.

Where marks go in MGMT 8515M Week 7

Criteria reward a case that treats both options as commitments. A paper comparing license fees against development cost with no recurring obligations or exit analysis collects little analytic credit, because that comparison is the purchase decision this course moves beyond. The capability analysis is weighted substantially, and markers look for evidence of how specific the capability actually is. Theory is scored on application: transaction cost and resource-based reasoning applied to this capability earn credit, while summaries of either do not. The exit analysis is where strong work usually pulls away from adequate work. The decision is judged on commitment, on stated foreclosure, and on revisit conditions. Williamson and Barney in the original, plus peer-reviewed studies of IT sourcing, are what markers look for in the references.

Get a MGMT 8515M Week 7 example written to your instructions

Name the capability your case centers on, then send the Week 7 guidelines and rubric; a finished build or buy case arrives within 24-48h, with nothing charged for the first. Vendor quotes and staffing figures can stay with their owners, as the sample reasons from published sourcing research and stated assumptions.

MGMT 8515M Week 7 questions, answered

Does the build or buy case need financial figures?

Some, but they are not the center. Recurring obligations and exit costs need estimates with stated assumptions, because a commitment without a rough size cannot be compared. What the week does not reward is a detailed cost model standing in for the strategic argument. Figures support the reasoning about specificity, advantage and reversal; they do not replace it.

Can the answer be a hybrid, such as buying a platform and building on it?

Often it is the realistic answer, and it is acceptable when argued. A hybrid creates commitments in both directions, dependence on the vendor's platform and ownership of the custom layer, and the case must analyze both. A hybrid chosen to avoid the decision reads as hedging, while one chosen because the capability splits cleanly reads as judgment.

Which theory should the Week 7 case use?

Transaction cost economics and the resource-based view are the standard pair, and using both is common because they can disagree. Williamson's work on asset specificity and Barney's on sustained advantage are the usual primary sources. Apply each to the specific capability. A theory section that summarizes both without applying either costs more than it earns.