An MBA 580 Module 7 deck of six slides, notes included, explaining a stage-gate process for a software platform, a flow table of stages, deliverables and gate criteria, and adaptations for iterative software development. Searches like "mba 580 module 7 assignment", "mba580 module 7 stage-gate process presentation" and "mba 580 module 7 example" land here.
The MBA 580 Module 7 example, in full
From Idea to Update: A Stage-Gate Process for a Composite Automaker's Over-the-Air Software Platform
[Student Name]
Southern New Hampshire University
MBA 580: Innovation and Strategy for High-Performance Organizations
Module Seven Presentation
[Instructor Name]
[Date]
The organization, setting and figures below are a composite written as a model document. No real employer, client, colleague or patient is described.
Slide 1: Why a Staged Process
Over-the-air platform: up to 150 million dollars, highly uncertain returns.
Commit money as evidence arrives, not all at once.
Gates give the committee clear go, hold or kill decisions.
Speaker notes: Good morning. The over-the-air software platform is Crestline's largest and most uncertain innovation investment, up to 150 million dollars, with returns that depend on whether customers will pay for software features we cannot yet test. Committing the whole amount now would be reckless; refusing to invest would leave us behind rivals whose cars improve after sale. A stage-gate process resolves that dilemma. It breaks development into stages separated by decision points, or gates, where this committee reviews evidence and decides whether to continue, change course or stop (Cooper, 1990). Investment grows only as uncertainty falls.
Slide 2: The Flow
Five stages, five gates, one decision group.
| Stage | Main work | Gate that follows | Go criteria |
|---|---|---|---|
| 0. Discovery | Customer and dealer research on desired updatable features | Gate 1: Idea screen | Clear customer need; fits connected-vehicle strategy |
| 1. Scoping | Technical feasibility of centralized architecture; cost estimate | Gate 2: Business case | Architecture feasible; preliminary NPV and option value positive |
| 2. Build the case and foundation | Architecture design; security framework; partner selection | Gate 3: Go to development | Design review passed; cybersecurity plan approved; funding committed |
| 3. Development and testing | Software built in two-week cycles; 2,000-vehicle test fleet | Gate 4: Go to pilot | 99.5% successful updates; no critical security findings |
| 4. Market pilot | Feature subscriptions offered in two markets | Gate 5: Go to launch | Subscription uptake at or above 12%; dealer and customer satisfaction targets met |
| 5. Launch | Rollout across product line | Post-launch review | Adoption, reliability and financial results vs plan |
Speaker notes: This slide shows the whole flow. There are five stages after an initial discovery stage, each followed by a gate. The work in each stage produces the evidence the next gate needs. The go criteria are written in advance so that decisions rest on agreed standards rather than on enthusiasm or sunk costs. The same decision group, this steering committee, holds every gate, so accountability is clear. Notice that the criteria become more demanding and more market-focused as the platform moves forward: early gates test whether the idea makes sense, while later gates test whether it works reliably and whether customers will pay.
Slide 3: Gates 2 and 3, Where Money Grows
Gate 2: is the business case strong enough to fund design?
Gate 3: is the foundation sound enough to fund development?
Kill criteria are as important as go criteria.
Speaker notes: Gates 2 and 3 are where commitments grow from millions to tens of millions of dollars, so they deserve the most attention. At Gate 2, we will ask whether the architecture is technically feasible and whether the business case, including the option value of future features, is positive. At Gate 3, we will ask whether the design has passed an independent review and whether a cybersecurity framework meets the requirements of the markets where we sell. Equally important are the kill criteria. If the architecture cannot be made to work with our supplier base, or if its cost per vehicle exceeds our limit, the right decision is to stop, and the process makes stopping a legitimate outcome rather than a failure.
Slide 4: Adapting Stage-Gate for Software
Classic stage-gate assumed long sequential stages.
Inside each stage, software is built in two-week cycles.
Gates decide funding; sprints decide features.
Speaker notes: A common criticism is that stage-gate is too rigid for software, which changes quickly and improves through rapid iteration. Cooper (2008) described newer versions of the process that are more flexible and adaptive, and many companies now run agile development inside the stages. That is what we propose. Within Stage 3, our software teams will work in two-week cycles, releasing to the test fleet frequently and learning from each release. The gates do not manage that work day to day. The gates decide how much we invest; the development cycles decide what we build with it. This hybrid keeps the speed software needs and the discipline a 150 million dollar investment requires.
Slide 5: The Pilot Gate
Gate 5 tests the riskiest assumption: will customers pay?
Target: at least 12% of pilot owners buy a feature subscription.
If not: redesign offers or launch with free updates only.
Speaker notes: The financial analysis showed that the platform's value depends most on customers' willingness to pay for software features. Gate 5 is designed around that single assumption. In the market pilot, we will offer two or three optional features, such as enhanced driver assistance or extended connected services, and measure uptake. If at least 12 percent of pilot owners subscribe, the business case holds and we launch broadly. If uptake is lower, we have options short of stopping: redesign the offers, or launch the platform for free updates and recall savings alone, which still justify part of the investment. Staging the decision this way treats the platform as an option we can exercise as we learn (McGrath & MacMillan, 2000).
Slide 6: Decisions for This Committee
Approve the stage-gate flow and criteria today.
Appoint the gatekeepers and hold Gate 2 in month 6.
Commit Stage 2 funding only at Gate 3.
Speaker notes: I am asking the committee for three decisions today: approval of the flow and the gate criteria you have seen, confirmation that this committee will serve as the gatekeeper group for every gate, and agreement to hold Gate 2 in month six. Funding for development will not be requested until Gate 3. Thank you, and I welcome your questions, especially on the criteria, since they will guide every decision that follows.
References
Cooper, R. G. (1990). Stage-gate systems: A new tool for managing new products. Business Horizons, 33(3), 44-54. https://doi.org/10.1016/0007-6813(90)90040-I
Cooper, R. G. (2008). Perspective: The Stage-Gate idea-to-launch process, update, what's new, and NexGen systems. Journal of Product Innovation Management, 25(3), 213-232. https://doi.org/10.1111/j.1540-5885.2008.00296.x
McGrath, R. G., & MacMillan, I. C. (2000). The entrepreneurial mindset: Strategies for continuously creating opportunity in an age of uncertainty. Harvard Business School Press.
How this MBA 580 Module 7 example is structured
The presentation starts with why a staged process is needed, then shows the whole flow on one slide before stepping through the gates that matter most. It addresses the common criticism that stage-gate is too rigid for software and closes with the decisions the committee must make at the next gate.
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Send your MBA 580 Module 7 presentation instructions and rubric. A stage-gate flowchart presentation with speaker notes for your scenario comes back within 24 to 48 hours; the first is free. The paper above is an original model document written by our desk, not a submitted student paper and not an official Southern New Hampshire University document.
MBA 580 Module 7 questions, answered
What does the MBA 580 Module 7 assignment ask for?
Module 7 often asks students to present the stage-gate process as it would apply to the course's innovation, usually as a flowchart presentation showing stages, gates, the criteria for moving forward and who makes the decisions.
What happens at a gate in a stage-gate process?
At each gate, a decision group reviews the deliverables from the previous stage against defined criteria and decides to go forward, kill the project, hold it or send it back for more work. Gates are also where resources for the next stage are committed.
Is stage-gate compatible with agile software development?
Many organizations combine them. Stage-gate provides the investment decision points, while agile methods run the development work inside each stage in short cycles. The result is often called a hybrid, allowing fast iteration while keeping disciplined funding decisions.