GM592 Unit 10 Integrated Project Plan Example

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This GM592 Unit 10 integrated project plan for a hardwood sawmill's dry kiln opens with four contradictions found by reading its sections side by side. Purdue Global GM 592, Project Planning and the Project Plan, ends its MS in Management sequence with a plan whose parts agree. The promised eight-day cycle met the vendor's terms and a reference class of slower first seasons, so site acceptance now allows 11 days. Reporting hours of $6,600 were missing from cost and came from contingency, now $41,400. The custom drying agreement had no network activity, and a pad assumption was still open after its date. Baselines follow: day 190, a $689,300 cost baseline and a $35,000 reserve, with one requirement traced through every section.

CourseGM592 Project Planning and the Project Plan
UnitUnit 10
Paper typeIntegrated project plan
LengthAbout 1,150 words, 7 pages double-spaced
FormatAPA 7 student paper
SchoolPurdue University Global
ProgramMS in Management
UpdatedOctober 2026

Free sample paper for GM592 Unit 10

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Four Contradictions Found and Closed: A Unit 10 Integrated Project Plan for a Sawmill's Dry Kiln

[Student Name]

Purdue University Global

GM592: Project Planning and the Project Plan

Unit 10 Integrated Project Plan

[Instructor Name]

[Date]

The sawmill, its staff, its vendors and every figure are composite and illustrative; the standards and research cited are real.

What this part is doingLeading with contradictions tells the reader that integration means checking the parts against one another, not stapling them together.
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Summary

The Tygart Ridge Hardwoods kiln project will deliver its first saleable charge on working day 190 from the charter. The cost baseline is $689,300, including $41,400 of contingency held by the operations manager. A management reserve of $35,000 is held by the two owners above the baseline, for a total authorization of $724,300, within their capital ceiling of $725,000. The controlling path runs through the electric utility's service upgrade, and the largest single risk is a late transformer.

Contradictions Log

The Project Management Institute describes integration as the work of making a project's plans and processes consistent with one another, so that decisions in one area are reflected in the others (Project Management Institute, 2021). Reading the earlier sections side by side found four places where they disagreed.

Cycle time. The requirements and scope promised a nominal cycle of eight days for the mill's most common oak thickness, and the capacity figures in sales' customer letter assumed that cycle from the first saleable charge. The vendor's quotation states eight days of drying from about 20 percent moisture content, plus loading, equalizing, conditioning and cooling, and the reference class gathered in the Unit 6 reflection shows first-season cycles running 20 to 40 percent longer. Resolution: the site acceptance test now reads that a full charge of 4/4 red oak dries within 11 days and meets every quality standard. Supply planning uses 11 days for the first three saleable charges, 10 for the next five and 8 thereafter, and the sales manager has corrected the customer letter.

Reporting hours. The quality and reporting plan added a weekly status and a monthly owners' review, but the cost baseline had no hours for them. Resolution: about 110 hours of the operations manager's and bookkeeper's time, $6,600 at loaded rates, were added to internal labor and drawn from contingency, which falls from $48,000 to $41,400. The cost baseline total is unchanged.

The custom drying agreement. Work package 7.4, closing the custom drying agreement, was in the work breakdown structure but had no activity in the network, so nothing scheduled the notice, the return of lumber or the reconciliation. Resolution: two activities were added after the first saleable charge, notice given and lumber returned and reconciled, finishing within the 60 days that requirement R-02 allows. Neither is on the controlling path.

The pad assumption. The scope statement assumed the existing concrete pad could carry the loaded kiln, to be confirmed before the kiln order. The order date passed in the schedule before the assumption log was updated, even though the load check had been done. Resolution: the structural engineer's report confirms the pad with minor repairs already priced in pad work, and the assumption is closed in the log with the report attached.

Each contradiction lived in the gap between two sections that had been written well on their own and never read against each other.

What this part is doingThe highlighted sentence explains where integration problems come from, which justifies the log as the first section of the plan.
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The Baselines

Scope. The scope statement with six deliverables, seven exclusions and the work breakdown structure of 38 packages, now with two added activities under package 7.4.

Schedule. The network of 41 activities plus the four quality activities and the two activities for the custom drying agreement, 47 in all, with the first saleable charge on day 190. The kiln chain has 12 days of float and the boiler piping chain 15.

Cost. Nine work package lines totaling $647,900 after the reporting hours, contingency of $41,400 and a cost baseline of $689,300, time-phased by work performed, with a separate cash table for the line of credit.

Subsidiary Plans

The appendices hold the full subsidiary plans, each condensed here to its decisions. Requirements: 28 statements with sources, now traced to packages, activities and tests. Estimates: 41 documented bases, with a reference class column added after the seminar. Resources: nine roles with weekly hours, the headrig rebuild moved two weeks. Quality: five standards, factory and site acceptance tests and records kept three years. Reporting: a weekly one-page status, a monthly owners' review and four escalation thresholds. Risk: a register of 14 risks with owners, whose expected costs set the contingency. Change control: written change requests, with the owners deciding any change above $5,000 or three working days.

Harold Kerzner argues that a project plan is only as useful as its consistency, because a plan whose parts disagree gives each team member a different project to work on (Kerzner, 2022).

One Requirement Traced Through the Plan

R-01 in the requirements. A business requirement with must priority: dried oak and maple in the two thicknesses the customer buys, delivered from the opening week of its spring plan, sourced to the sales manager and the customer's supply letter.

In the scope. It sits under deliverable D6, whose acceptance needs both the grader's charge report and the customer's sign-off on a sample bundle.

In the work breakdown structure. It lands in two commissioning packages, 7.2 and 7.3, the accepted charge and the customer's approval.

In the estimates. The first saleable charge carries 10 working days, and the corrected supply plan carries 11-day cycles for the first three charges.

In the schedule. The first saleable charge finishes on day 190, which the sales manager has converted to a calendar date and confirmed with the cabinet maker as two weeks before its spring production plan begins.

In the cost baseline. Its work is carried in internal labor and in the kiln, boiler and testing station lines.

In the quality plan. It is tested by the oven-dry, prong and degrade checks and the cabinet maker's trial bundle approval.

In reporting. The weekly status reports the forecast date of the first saleable charge every Monday.

What the Owners Are Asked to Accept

Signing the plan means accepting three things in advance. First, the date depends on the utility, which the mill cannot hurry, so a transformer delay will move the first saleable charge day for day. Second, the kiln will dry more slowly in its first season than its nominal cycle, which the supply plan already reflects. Third, contingency belongs to the operations manager for listed risks, while the reserve stays with the owners.

Approval

The plan is approved when both owners sign the approval page, which states the first saleable charge date, the cost baseline, the management reserve and the escalation thresholds. Quentin Fleming and Joel Koppelman note that a baseline becomes a measurement tool only once it is formally approved and placed under change control (Fleming & Koppelman, 2010). From the date of signature, changes to any baseline go through the change control process.

What this part is doingClosing with formal approval shows the plan becomes the standard against which the project will be measured.
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References

Fleming, Q. W., & Koppelman, J. M. (2010). Earned value project management (4th ed.). Project Management Institute.

Kerzner, H. (2022). Project management: A systems approach to planning, scheduling, and controlling (13th ed.). Wiley.

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

GM592 Unit 10 instructions, in plain terms

GM592 closes by asking for one integrated plan built from everything drafted in earlier units. Start with a short summary of the date, budget and main risk. Then read every section against the others and log each contradiction you find, with its resolution and the sections that changed. Present the scope, schedule and cost baselines as they now stand. Condense each subsidiary plan, from requirements and estimates to quality, reporting, risk and change control, to its key decisions, pointing to appendices for detail. Trace one requirement through every section to show the plan is connected. State what the sponsor or owners are being asked to accept by approving it. Close with an approval page and the point at which change control begins. Expect about twenty pages with appendices, citing project management and earned value sources in APA 7.

How the GM 592 Unit 10 example is put together

The summary gives day 190, the $689,300 cost baseline with $41,400 of contingency, the $35,000 reserve and the transformer as the largest risk. The contradictions log, framed by the PMBOK guide on integration, resolves the cycle time with an 11-day site test and a ramped supply plan, moves $6,600 of reporting hours into labor, adds two activities for closing the custom drying agreement and closes the pad assumption with the engineer's report. The highlighted sentence explains where contradictions come from. Baselines report 47 activities and float of 12 and 15 days. Subsidiary plans are condensed, citing Kerzner on consistency. Requirement R-01 is traced through requirements, scope, the work breakdown structure, estimates, schedule, cost, quality and reporting. A section lists what the owners accept, and approval cites Fleming and Koppelman on baselines under change control.

GM592 Unit 10 rubric: what earns full points

GM592 rubric points for this plan go to genuine integration: contradictions found and resolved, baselines that agree and a requirement traced without a gap. Instructors look for a contradictions log that names the sections involved and how each was changed. Baselines should reflect every resolution, with figures that reconcile. Condensed subsidiary plans should state decisions rather than repeat earlier documents. Tracing one requirement through every section carries significant weight because it tests the whole plan. Stating what approvers are accepting shows honesty about risk. A formal approval and the start of change control complete the plan. The PMBOK Guide, Kerzner's Project Management and Fleming and Koppelman's Earned Value Project Management supply the references in APA 7.

Common GM592 Unit 10 mistakes, and how to avoid them

Many GM592 Unit 10 plans place earlier documents one after another without reading them against each other, so contradictions survive into the final version. Others revise figures silently, leaving readers unable to see why numbers changed from earlier units. A common gap is the trace: without following one requirement through every section, a writer cannot show the plan is connected. Some plans end without saying what approval commits the owners to. Summarize, log every contradiction with its fix, present updated baselines, condense the subsidiary plans to decisions, trace a requirement end to end, state what approvers accept and set the point where change control begins.

Get a GM592 Unit 10 example written to your instructions

An integrated plan can be no better than the pieces feeding it: requirements, scope, WBS, estimates, network, cost baseline, quality plan and any instructor comments. Share whatever exists with the Unit 10 prompt and rubric. A first assembled plan is free and ready in 24-48h, contradictions logged and resolved before any baseline is stated. 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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GM592 Unit 10 questions, answered

How are contradictions between sections found?

By placing sections side by side and checking every figure, date and term that appears in more than one: speeds, totals, activity lists, assumptions. Rereading each section alone rarely catches them, because each is internally consistent. The example found four this way and records each one in a log, with the section that changed and why.

Should the integrated plan revise earlier documents?

Usually, yes, especially where instructor feedback or a newly found contradiction calls for it. Revisions made openly, each recorded with its reason, read as deliberate rather than as drift. The example revises the acceptance test, the cost baseline and the network, and every revision appears in the contradictions log, so a reader can see why figures differ from earlier units.

Where can I find a free GM592 Unit 10 sample paper?

This page carries a full GM592 Unit 10 integrated project plan for a sawmill's dry kiln, with a contradictions log, updated baselines, a requirement traced through every section and APA 7 references.

Why does site acceptance allow an 11-day cycle?

The vendor's eight days covered drying only, not loading, conditioning and cooling, and three other mills found their new kilns ran slower than rated through the first season. The test now matches what a new kiln can realistically deliver.

Which requirement is traced, and why?

R-01, supplying kiln-dried oak and maple to the cabinet maker from the start of its spring plan, because it touches every section from scope and schedule to cost, quality and reporting.