PM 310 Week 1 Stakeholders and Engagement Example

Reviewed by Davina Cresswell, MBA · University of Phoenix · Updated

This PM 310 Week 1 example identifies the stakeholders of a real-world style project, analyzes their interests and influence and plans how to engage each group from start to finish. University of Phoenix PM 310, Project Planning and Performance, begins with the stakeholder performance domain, and PM/310 asks BS in Business students to go beyond a roster of names to a plan that changes how people are treated. The project is a composite irrigation district near Twin Falls, Idaho, that will automate 46 canal headgates and let growers order water online. The paper sets out the district's stakeholders, maps them by power, legitimacy and urgency, compares their current and desired engagement, plans methods and timing for each and names the signs that will show engagement is working.

CoursePM 310 Project Planning and Performance (PM/310)
Week1
Paper typeStakeholder analysis and engagement plan
Lengthabout 1,073 words, 4 double-spaced pages plus title page and references
FormatAPA 7 student paper
SchoolUniversity of Phoenix
ProgramBS in Business
UpdatedOctober 2026

Free sample paper for PM 310 Week 1

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Ditch Riders, Growers and a State Watermaster: Stakeholder Analysis and Engagement for Canal Automation in Southern Idaho

[Student Name]

University of Phoenix

PM/310: Project Planning and Performance

Week 1 Assignment

[Instructor Name]

[Date]

Basalt Bench Irrigation District, its people, budget and figures are composites written for a model paper.

What this part is doingThe title names three stakeholder groups at once to show the paper's breadth.
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Basalt Bench Irrigation District, a composite district near Twin Falls, Idaho, delivers water from the Snake River system to about 620 farms on 38,000 acres through 140 miles of canals and laterals. Growers order water by calling one of nine ditch riders, who drive the canals and turn gates by hand. The district's board has approved a $7.2 million project, half funded by a federal water efficiency grant, to automate 46 headgates with solar-powered actuators and flow meters and to launch an online water-ordering portal. The project should save water lost to overdelivery and spills and let riders spend more time on maintenance. This paper identifies the project's stakeholders, analyzes them and plans how to engage each group.

Why Engagement Matters Here

The current standard treats stakeholders as a performance domain, emphasizing that teams should identify, understand and engage stakeholders throughout the project, not only at the start (Project Management Institute [PMI], 2021). In an irrigation district this is a practical necessity. A gate that delivers the wrong flow can stress a potato crop in a hot week, and growers who distrust the new system can call the board, request manual operation or refuse to use the portal. Aaltonen (2011) described stakeholder analysis as an interpretive process in which project managers make sense of a changing environment rather than complete a one-time list, which suits a project that will play out over two irrigation seasons.

What this part is doingLinking engagement to crop risk shows the grader why this project in particular depends on it.
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Identifying the Stakeholders

The team brainstormed with the district manager and two senior riders and reviewed the grant agreement and board minutes. Eleven groups emerged:

Large growers (about 60 farms over 500 acres) who order water often and want precision.

Small and part-time growers (about 400 farms) with less technology access and simpler needs.

Ditch riders (nine employees), whose daily work will change most.

The elected board of directors, which approves budgets and answers to growers at the annual meeting.

The district manager, who sponsors the project.

The state watermaster for the water district, who oversees delivery under water rights.

The federal grant office, which requires progress and water-savings reports.

A downstream canal company that receives some of the district's return flows.

Anglers and a local conservation group concerned about flows to a spring-fed creek.

The equipment vendor and installation contractor.

The district's bookkeeper, who will reconcile portal orders with billing.

Analyzing Power, Legitimacy and Urgency

Mitchell et al. (1997) argued that whom managers notice depends on three traits. Does the group have the means to force an outcome? Is its stake widely seen as rightful? Does it need action soon? Groups answering yes three times were labeled definitive, and the project should watch them most closely. The team applied the model as follows.

Large growers, the board and the watermaster are definitive: each can influence the project, each has a legitimate claim and each will press urgently if deliveries go wrong. Ditch riders have legitimacy and urgency and, because they know the canals, real practical power: if they doubt the gates, they can quietly return to manual operation. Small growers have legitimacy and, collectively, power at the annual election, but less urgency. The grant office has power and legitimacy and becomes urgent at reporting deadlines. The downstream company and conservation group have legitimacy, with urgency rising if return flows fall. The vendor and contractor are contractual parties with legitimate but narrow claims.

The riders hold little formal power but a great deal of practical power; the gates work only if they trust them.

Current and Desired Engagement

The team rated each group on a five-level scale from unaware to leading, comparing where the group stands now with where the project needs it.

Large growers: currently neutral; desired supportive.

Small growers: currently unaware; desired neutral to supportive.

Ditch riders: currently resistant, worried about job loss; desired leading.

Board: currently supportive; desired supportive.

Watermaster: currently neutral; desired supportive.

Downstream canal company: currently unaware; desired neutral.

Conservation group: currently resistant after rumors of reduced creek flows; desired neutral.

The largest gaps are with riders and the conservation group, and both carry risk. Bourne and Walker (2005) argued that visual tools showing stakeholders' influence help project teams focus attention where relationships most affect outcomes; the table makes these gaps visible to the board.

What this part is doingStating a desired level for every group keeps the plan from aiming for universal enthusiasm it does not need.
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Engagement Strategies

Ditch riders: the manager will state in writing that no rider positions will be cut, and riders will move from gate turning to maintenance and grower support. Two senior riders will join the design team, and all nine will help choose the first ten gates to automate. A rider advisory group will meet every two weeks during installation.

Large growers: field demonstrations at three automated gates before the season, a pilot group of 15 growers testing the portal and a direct line to the project manager during the first season.

Small growers: printed guides, phone ordering kept as an option through the riders, help sessions at the district office and the county extension office and a simple text-message confirmation of each order.

Board: monthly status reports with a one-page summary and a dashboard of water saved and complaints.

Watermaster: a meeting before design approval to review metering accuracy and reporting, followed by quarterly data sharing.

Downstream company and conservation group: a briefing with flow data showing expected return flows, an invitation to tour a gate and a commitment to share monthly flow records at the creek outfall.

Grant office: reports on schedule, with water-savings calculations reviewed by an independent engineer.

Monitoring Engagement

Engagement will be reviewed monthly using five indicators: the share of orders placed through the portal, the number of manual overrides by riders, grower complaints logged, attendance at help sessions and the watermaster's acceptance of metered data. A rise in manual overrides would signal that rider trust is slipping and would trigger a meeting with the advisory group. The register will be updated after each review so that changes in attitudes are recorded rather than remembered.

Conclusion

Canal automation at Basalt Bench touches growers' crops, riders' jobs, state oversight and the flows of a local creek. Identifying eleven stakeholder groups, analyzing their power, legitimacy and urgency and comparing current with desired engagement shows the team where to spend its effort: on the riders and on the conservation group, while keeping definitive stakeholders informed and supportive. Engagement will continue through both seasons and will be measured, not assumed.

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References

Aaltonen, K. (2011). Project stakeholder analysis as an environmental interpretation process. International Journal of Project Management, 29(2), 165-183. https://doi.org/10.1016/j.ijproman.2010.02.001

Bourne, L., & Walker, D. H. T. (2005). Visualising and mapping stakeholder influence. Management Decision, 43(5), 649-660. https://doi.org/10.1108/00251740510597680

Mitchell, R. K., Agle, B. R., & Wood, D. J. (1997). Toward a theory of stakeholder identification and salience: Defining the principle of who and what really counts. Academy of Management Review, 22(4), 853-886. https://doi.org/10.5465/amr.1997.9711022105

Project Management Institute. (2021). A guide to the project management body of knowledge (PMBOK guide) (7th ed.). Project Management Institute.

What the PM 310 Week 1 instructions ask

The first PM 310 assignment typically asks students to identify the stakeholders of a project, analyze them and create an engagement approach. Prompts often call for a stakeholder register or table, a classification method such as a power and interest grid, a comparison of current and desired engagement levels and communication or engagement strategies for key groups. Some instructors provide a scenario; others ask you to use a project you know. Expect to explain why engagement continues through the whole project rather than ending at kickoff. Support your analysis with the standard's stakeholder domain and at least two scholarly sources in APA format, and make sure every strategy matches what you learned about the group it targets.

How this PM 310 Week 1 example is built

In the example, an irrigation district is replacing hand-turned canal gates with solar-powered automated gates and an online ordering portal, funded partly by a federal water grant. The paper opens with why water projects are stakeholder-heavy: every gate change touches someone's crop. It identifies eleven groups, including growers of different sizes, ditch riders whose jobs will change, the elected board, the state watermaster, a canal company downstream and anglers worried about return flows. A salience analysis sorts them, and an engagement table compares where each stands with where the project needs them. The plan names methods such as field demonstrations, a rider advisory group and a grower hotline, and closes with five indicators the team will review monthly.

PM 310 Week 1 grading rubric: where the points go

Grading for this paper usually centers on the quality of the analysis. Top work identifies stakeholders specific to the project, including those affected indirectly, and analyzes them with a recognized method instead of labels like important. Assessors look for a current versus desired engagement comparison, strategies that fit each group's interests and influence and a clear explanation that engagement is continuous. Papers earn more when they acknowledge conflict between stakeholders and say how the team will handle it. Evidence from scholarly work on stakeholder theory or project stakeholder management strengthens the reasoning. Expect the grader to check that the register or table is readable, that headings follow the prompt and that APA style is consistent throughout.

PM 310 Week 1 help: mistakes to avoid

Lists that stop at sponsor, team and customer show up often and miss the people a project can hurt. Ask who loses something, who must approve something and who can delay the work. A second common gap is analysis without consequences: a grid that places groups in quadrants but never says what the team will do differently for each. Some students write one communication plan for everyone, such as a monthly newsletter, which ignores the analysis entirely. Another frequent problem is forgetting that stakeholders move; a neutral group can turn resistant after one bad experience, so plan to review the register. Keep strategies concrete: who, what method, how often. If your register feels thin, our tutors can help you find the stakeholders your scenario implies.

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PM 310 Week 1 questions, answered

What does PM 310 Week 1 usually cover?

It usually covers the stakeholder performance domain: identifying stakeholders, analyzing their interests, power and influence, comparing current and desired engagement and planning how to engage each group through the project.

Where can I find a free PM 310 Week 1 sample paper?

A full Week 1 stakeholder analysis and engagement plan for canal automation in southern Idaho is posted above, free to read with margin notes.

What is a stakeholder engagement assessment matrix?

A table that shows, for each stakeholder, the current level of engagement, such as unaware, resistant, neutral, supportive or leading, next to the level the project needs.

What is the salience model of stakeholders?

It sorts stakeholders by whether they hold power, a legitimate claim and an urgent claim; the more of the three a group holds, the more attention managers give it.

Why should stakeholder engagement continue throughout a project?

Because interests, influence and attitudes change as the project unfolds, and early support can turn into resistance if people are surprised or ignored later.

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