Notes

Scope creep: what one extra dashboard does to the plan

The dashboard is a good idea. It still needs time, testing and someone to build it. Compare adding it, replacing another deliverable and saving it for the next release.

The warehouse barcode pilot is nearly ready. During a review, someone asks for a live dashboard showing picking progress.

It would help the supervisors. The team says yes, puts it on the task list and keeps the same launch date. Nobody decides what happens to the work already promised.

Scope creep is uncontrolled growth in what a project is expected to deliver. A new request becomes a problem when the team absorbs it without assessing and agreeing its effect on time, resources, cost or the original result.

Change control gives the team a way to evaluate that request and record a decision. A worthwhile change can be approved. The plan then needs to reflect what was approved.

First, check what was already included

Our fictional project covers a barcode pilot in one warehouse zone. It includes working transactions, labels, trained users and a simple daily report. A live dashboard was explicitly excluded from this release.

That last detail matters. If the dashboard had been part of the agreed acceptance criteria, discovering it late would expose missing planned work. It wouldn't become optional just because the estimate omitted it.

The project charter example establishes the assignment and decision authority. The work breakdown structure makes the deliverables easier to inspect. Use those agreed boundaries before arguing about whether a request is small.

Here, the dashboard adds a new deliverable. The manager asks the delivery specialist to estimate the build, its additional tests and the effect on the remaining pilot work.

Four days of work need somewhere to go

There are eight working days left in this simplified plan. One delivery specialist does the remaining work in sequence, with the warehouse team available for the planned reviews.

Remaining work Specialist effort and duration
Complete the transaction interface 3 working days
Build the agreed daily report 2 working days
Run pilot acceptance checks 2 working days
Train users and hand over 1 working day
Total 8 working days

The dashboard needs four more specialist-days, including its additional tests. It must be ready before the pilot acceptance checks if it is included at launch. The original two-day acceptance activity still covers the integrated pilot.

For this example, each specialist-day costs €600. The remaining baseline work therefore costs 8 × €600 = €4,800. These are fictional remaining delivery costs, not the project's full budget or an estimate for a real dashboard.

There is no spare capacity in this sequence. Changing the task list changes the finish unless something else changes too.

Compare the responses before agreeing to one

The team has three responses worth putting beside each other.

Response Pilot work remaining Finish from now Remaining pilot cost Consequence
Add the dashboard 12 specialist-days Working day 12 €7,200 Keep the daily report and add four days
Replace the daily report 10 specialist-days Working day 10 €6,000 Remove two days, add four; confirm the dashboard meets the reporting need
Defer the dashboard 8 specialist-days Working day 8 €4,800 Keep this pilot unchanged; assess and fund later work separately

Replacing the report doesn't recover all four days. It releases two. The net addition is still two days and €1,200.

Deferring the dashboard doesn't make its cost disappear. It leaves the work outside this pilot. Someone must decide whether and when to fund it later.

Try a different dashboard estimate below. Keep the same specialist and original work so the comparison stays clear.

Same work capacity, different choices

Where will the new work fit?

One delivery specialist, eight working days in the original remaining plan. All work below runs in sequence.

Revised pilot finishDay 124 working days beyond the target

Remaining pilot cost€7,200€2,400 above the remaining baseline

Swipe sideways or focus the timeline and use arrow keys. The task selector and table show the same values.

Baseline finishes day 8; selected plan finishes day12. Time is working days from now.02468101214BaselineSelected planInterface 3dReport 2dChecks 2dEnd 1dInterface 3dReport 2dDash 4dChecks 2dEnd 1dOriginal target: day 8Working days from now

Interface: day 0 to day 3, 3 specialist-days. Keep the daily report and add the dashboard before acceptance.

Selected option, working days from now
WorkStartFinishCost
Interface03€1,800
Daily report35€1,200
Dashboard59€2,400
Acceptance911€1,200
Handover1112€600
Fictional remaining-work plan, with one delivery specialist and no overlapping activities, holidays or interruptions. The dashboard estimate includes its build and additional tests. Costs use €600 per specialist-day, excluding other project costs. Day 8 is the original target. Options are alternatives, not cumulative changes.

At a two-day estimate, replacing the two-day report preserves day 8 in this model. Adding the dashboard still pushes the finish to day 10. That difference follows from the work removed, rather than from calling the request minor.

Actual projects need dependency and resource checks. The critical path example shows why extra effort on one activity doesn't always move the finish by the same amount. Our sequential example deliberately keeps that arithmetic simple.

Put the trade-off into a short change request

A useful request gives the decision-maker enough information to choose. For this pilot, it could read as follows.

The request is a proposal, not an approval. Keep the estimate, assumptions and decision with the revised plan so the next review starts from the same agreement.

PMI's scope-creep discussion describes how small additions can accumulate and calls for impact assessment and agreed handling of changes. The process can be brief when the impact is brief. It still needs a clear owner for the decision.

Update the work people actually use

If the sponsor approves the substitution, remove the daily report from the current scope and add the dashboard's definition and acceptance conditions. Update the schedule, remaining cost forecast and responsibilities together.

Tell the users what has changed. Otherwise one team can expect both outputs while another works to the substituted plan. The RACI guide helps separate who prepares the change, who approves it and who needs to know.

For iterative delivery, the same issue can appear when a new item enters a full release. Reprioritising may be appropriate, but the team still needs to know which other item leaves or which commitment changes. Agree the change process around how the team works.

If the dashboard is deferred, keep it visible for a later investment decision without leaving it on the pilot's completion checklist. The benefits realisation note helps separate the expected benefit from the fact that a feature was delivered.

The next time a useful request arrives, compare the revised work with the people and time available before promising a date. Then record the choice. The team can support the idea and still give an honest answer about its consequences.

Sources and example notes

  • Abramovici, A., PMI, 2000. Controlling scope creep. Accumulating additions, impact assessment and handling agreed changes. The barcode example and all calculations here are original.

All work estimates, costs and scope decisions are fictional. The model starts today, after earlier work, and excludes spending already incurred. Its single-specialist sequence is illustrative; it does not calculate a general project network or estimate delivery risk.

NextSIPOC diagram example: where does the process actually end?

Working on something like this?

I work with operations and transformation teams on operational excellence, digital transformation programs, supply chains and industrial AI. If this sounds like your line, your program or your problem, I’d be glad to compare notes.

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