| Course | MT451 Managing Technological Innovation |
|---|---|
| Unit | Unit 8 |
| Paper type | Stage-gate review |
| Length | About 1,110 words, 7 pages double-spaced |
| Format | APA 7 student paper |
| School | Purdue University Global |
| Program | BS in Business Administration |
| Updated | October 2026 |
Free sample paper for MT451 Unit 8
Go for One, Recycle the Other: An MT451 Unit 8 Stage-Gate Review of a Robotic Mower
[Student Name]
Purdue University Global
MT451: Managing Technological Innovation
Unit 8 Stage-Gate Review
[Instructor Name]
[Date]
Harlan Turf Equipment, its robotic mower project, the trials and the interviews are composite; the sources cited are real.
The Question Before the Gate
Harlan Turf Equipment's robotic mower team is asking to move its project from Stage 2, building the business case, into Stage 3, development, with a budget of $2.4 million. Cooper (1990) designed gates as decision points where management decides whether what a team has learned justifies a larger commitment. This review is built around that question. Every section reports what was learned since Gate 2, not what was done.
The robot is an autonomous battery mower with a 60-inch deck, guided by satellite positioning with a correction service. The team proposed two markets: utility-scale solar farms, where grass must be kept below the panels across large open sites, and university and corporate campuses.
Deliverables Checklist
Stage 2 promised four deliverables. All four arrived. A business case with segment forecasts was delivered in January. Field trials ran on six sites, three solar farms and three campuses, from April through September 2025. Interviews were held with 22 operators: 14 solar-farm operations managers and 8 campus grounds directors. A development budget and plan for Stage 3 was delivered in October. The review scores criteria only after confirming each deliverable exists.
Must-Meet Criteria
Must-meet criteria are knockout questions, answered yes or no. Strategic fit: yes for both segments; the robot extends Harlan's commercial mowing business. Feasible technical path: yes for solar farms; for campuses, yes only narrowly, as the uncertainty log explains. Absence of an unresolved safety barrier: yes; the robot passed obstacle and person detection tests at all six sites, with no contact incidents in 1,840 operating hours. Legal and regulatory: yes; no permit is required to operate on private land in the target states. Both versions pass, but the campus pass on technical path is flagged.
Should-Meet Criteria by Segment
Should-meet criteria are scored out of 10 by a panel of five managers, and averaged. The review scores each segment separately, because combining them would allow a strong case to carry a weak one.
For solar farms: strategic importance 8, competitive advantage 8, market attractiveness 8, technical feasibility 8, fit with Harlan's core competencies 7 and reward against risk 8, for an average of 7.8. For campuses: strategic importance 7, competitive advantage 5, market attractiveness 6.4, technical feasibility 5, core competencies 7 and reward against risk 5, for an average of 5.9.
Combined, the project averages about 6.9, above Harlan's pass mark of 6.5. Split, the solar-farm version passes comfortably and the campus version falls short. The review declines to combine them.
The Uncertainty Log
The uncertainty log is the analytical core of the review. It carries each major unknown from Gate 2 with its evidence and status.
Positioning accuracy: resolved for open sites, open for canopy. On open solar sites the robot held its path to within about 2 centimeters. On campuses, under tree canopy, it lost its correction fix in 3 of 10 trials, once leaving a cut strip unmowed and twice stopping until an operator reset it.
Willingness to pay: resolved for solar farms. Fourteen of the 22 operators interviewed, all from solar farms, said they would pay per acre for robotic mowing at $28 to $35 an acre a visit, against about $41 an acre for current crews. Campus directors were interested but would not name a price before seeing the robot work under trees.
Panel clearance: resolved. The robot's 24-inch height clears the lowest panel edge at all three solar sites.
The robot works where the sky is open and fails where trees cover it, and the two markets divide along exactly that line.
The Decision
The review chooses among go, kill, hold and recycle for each segment. In Cooper's model, a project stopped or sent back at a gate counts as the process working, since the money it would have used goes to stronger work.
Solar farms: go. The solar-farm version enters development with the full $2.4 million, with its scope limited to canopy-free sites. Conditions: a pre-production unit must complete a full season at one solar farm without an operator reset, and the business case must be updated with signed letters of intent from at least three operators before Gate 4.
Campuses: recycle. The campus version returns to Stage 2 for positioning work under canopy, with no development funds released. The team should test alternatives such as visual or inertial navigation to supplement satellite positioning, and the review will revisit the campus case in nine months, at the December 2026 gate meeting.
Why Not Combine Them
A combined go would have released development funds for a product that does not yet work on half its proposed market. Cooper et al. (2002) found that gate reviews in many firms fail because projects are rarely killed or recycled once started, leaving too many weak projects consuming resources. Splitting the decision lets Harlan move quickly where the evidence is strong and wait where it is not, without abandoning the campus market.
What the Team Should Bring to Gate 4
The team should bring field results from the pre-production season, the operator letters of intent, an updated cost per acre for Harlan to operate the robot as a service and a plan for dealer support at solar sites, many of which are remote from Harlan's dealers. Schilling (2020) notes that each stage of a development process should reduce the largest remaining uncertainty, and for the solar-farm version that uncertainty is now service and support rather than technology.
What the Recycled Team Should Do
The campus team should not read the decision as a rejection. Its task for the next nine months is narrow: show that the robot can hold its path under canopy in at least 9 of 10 trials, using visual or inertial methods alongside satellite positioning, and return with a price that at least four campus directors will commit to in writing. The team keeps two engineers and a trial budget of about $140,000, drawn from the Stage 2 allocation rather than from development funds. If it meets both conditions, the campus version can rejoin development with the solar-farm platform already proven, which may make its Stage 3 shorter and cheaper than the combined project would have been. If it cannot meet them by December, the review will consider a kill decision, and the team's findings will pass to the university partnership described in Unit 9.
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., Edgett, S. J., & Kleinschmidt, E. J. (2002). Optimizing the stage-gate process: What best-practice companies do. Research-Technology Management, 45(5), 21-27. https://doi.org/10.1080/08956308.2002.11671518
Schilling, M. A. (2020). Strategic management of technological innovation (6th ed.). McGraw-Hill Education.
What the MT451 Unit 8 assignment asks for
Unit 8 of MT451 asks for a gate review of a development project in Cooper's stage-gate format. Frame it around one question: does what the team learned since the last gate justify a larger commitment? Confirm the promised deliverables before scoring anything. Answer must-meet criteria as yes or no knockout questions, and score should-meet criteria with a stated scale. Where a project serves more than one market, score each separately so an average cannot hide a weak case. An uncertainty log carrying each unknown from the last gate, with its evidence and status, is the analytical core. Choose among go, kill, hold and recycle, and attach conditions to any go. A recycled or killed project should leave with a clear task or a clear reason. About six pages laid out as a gate review, with a checklist, criteria tables and a decision, is common.
Inside the MT451 Unit 8 example
Harlan's review opens with the question before the gate and describes the robot and its two markets. The deliverables checklist confirms the business case, six field trials, 22 operator interviews and a budget. Must-meet criteria are answered yes or no, with the campus technical path flagged. Should-meet scores follow by segment, and the review refuses to combine them. The uncertainty log covers positioning, willingness to pay and panel clearance, under a highlighted line noting that the markets divide where the sky is open. The decision section, citing Cooper on stopping weak work, gives solar farms a go with two conditions and campuses a recycle with a nine-month revisit. A section on why not combine them cites Cooper and colleagues' 2002 study. The last sections list what to bring to Gate 4 and give the recycled team a narrow task and budget.
Reading the MT451 Unit 8 grading rubric
Gate reviews in MT451 earn most credit for evidence-based decisions. Instructors look for the review to report what was learned, not what was done; an activity list reads as a progress report. Must-meet criteria answered strictly and should-meet criteria scored with a visible scale show method. Scoring segments separately when they differ is credited as unusually careful. The uncertainty log is often the most heavily weighted section, since it shows whether the team reduced risk. A decision with conditions earns more than an unconditional go, and a reasoned recycle or kill is rewarded rather than penalized. Clear next steps for each outcome show the review would work in practice. Tables for criteria and a short decision box let the grader see the logic at once. Cooper's own work is the expected source for the structure.
MT451 Unit 8 help from the desk
Many Unit 8 reviews read as cheerleading for the project, recommending go because work was completed. Another frequent error averages scores across markets, letting a strong case carry a weak one. Must-meet criteria are sometimes scored instead of answered yes or no, which defeats their purpose. Uncertainty logs are often missing or list risks without evidence. Students tend to avoid kill and recycle decisions even when the evidence supports them. Conditions on a go are rarely stated. Before submitting, check whether any should-meet score would fall below your pass mark if split by segment or product version. If one would, the review should consider splitting the decision. Then make sure every unknown from the previous gate appears in your log with what was learned.
Get an MT451 Unit 8 example written to your instructions
Describe the project and the gate your Unit 8 review addresses, with whatever evidence the prompt supplies, and attach the rubric. A review built on stated criteria, an uncertainty log and a go, kill, hold or recycle decision with conditions and a date for the next gate returns within 24-48h. Your first custom sample is free. 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.
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MT451 Unit 8 questions, answered
What are the stages and gates in Cooper's Stage-Gate model?
In its common form, a discovery phase feeds scoping, building the business case, development, testing and validation, and launch, with a gate before each stage. At every gate, decision makers review deliverables against criteria and choose to go, kill, hold or recycle. Your course text may use slightly different names, so match its terminology.
What is the difference between must-meet and should-meet criteria?
Must-meet criteria are knockout questions answered yes or no, such as strategic fit or legal feasibility; failing one stops the project regardless of its other merits. Should-meet criteria are scored, often from 0 to 10, and combined to rank projects or judge attractiveness. Keeping the two types separate is what gives a gate its discipline.
Is recommending kill or recycle acceptable in the assignment?
Yes, when the evidence supports it. Cooper's model treats killing weak projects early as a success, since it frees resources for stronger ones. A review that recommends go despite unresolved risks is usually weaker than one that recycles with clear conditions. Explain what evidence would change the decision at the next gate.
Where can I find a free MT451 Unit 8 sample paper?
This page carries the complete MT451 Unit 8 gate review of a composite robotic mower, with a go for solar farms and a recycle for campuses.
Why does the MT451 Unit 8 sample refuse to average the two segments?
Combined, the project scores about 6.9 and passes; split, campuses score 5.9 and fall short, so an average would release money for a version that does not yet work under trees.