Delivery analyst / EXAMPLE DESIGN
More time at one desk does not necessarily mean more completed work. See how the Delivery Analyst checks every role and demand limit before preparing a capacity comparison.
Working browser demonstration · Fictional sources · Local rules, no live agent
Checked case inputs, available team hours and the approved comparison method.
A reproducible workpaper showing each limit, the combined result and an alternative.
A qualified practitioner owns the conclusion. Missing or wrong-period evidence holds the calculation for review.
Change the reviewer hours. Compare both methods and see which limit caps the result; then introduce a wrong-week source. Set the input and select “Prepare this result”. Then read the output before recording a fictional review.
Changing an input starts a fresh example.
Validated inputs and authorised workpapers; no invented method or conclusion.
PREPARED OUTPUTA reproducible workpaper showing each limit, the combined result and an alternative.
HUMAN REVIEWA qualified practitioner owns the conclusion. Missing or wrong-period evidence holds the calculation for review.
Compare two methods against reviewer time, analyst time, partner time and demand. See which limit actually caps the work.
Compare two methods against reviewer time, analyst time, partner time and demand. See which limit actually caps the work.
Local fictional example · 0 recorded events · Revision 1
These fictional originals belong to the selected case. Compare the output with the source, version and allowed use. Showing a source here does not clear missing evidence or grant wider access.
Synthetic source. Case D-01 asks for a one-week role-capacity comparison, not a staffing recommendation or revenue forecast. The target is simulation week 1. There are 6 comparable candidate packs of qualified demand, 40 analyst hours and 8 partner hours. R is available qualified-reviewer hours, a whole number from 4 to 24, default 12.
Use boundary: Synthetic fixture; private review within this fictional case only.
Synthetic source. For simulation week 1 only: analyst availability 40 hours; qualified-reviewer availability R hours; partner availability 8 hours. R comes from the selected fictional allocation scenario. Allocation describes available active effort, not signed client acceptance or bankable revenue.
Use boundary: Synthetic fixture; private review within this fictional case only.
Synthetic source. The reviewer allocation of R hours is labelled simulation week 0. No week-1 reviewer allocation is supplied in this exception fixture. Analyst and partner week-1 totals remain 40 and 8. Do not treat the old reviewer number as zero or as verified current capacity.
Use boundary: Comparison only; wrong-period evidence cannot support the target week's conclusion.
Synthetic source. Per comparable pack, analyst effort is 8 hours and partner effort is 2 hours under both methods. Current reviewer effort = 3 review + 1 correction = 4 hours. Proposed reviewer effort = 2 review + 0.5 correction + 0.5 operating = 3 hours. For each method, whole-pack capacity = min(floor(40/8), floor(R/reviewer hours per pack), floor(8/2), 6 demand). Floor each role before taking the minimum. No client acceptance, quality equivalence or realised gain is established by these assumptions.
Use boundary: Synthetic fixture; private review within this fictional case only.
Synthetic source. The issue draft must show both methods, the original source versions, all role and demand ceilings, review/correction/operating effort and an alternative to changing the method. A qualified reviewer must test quality on comparable packs before issue. Client acceptance, corrections or disputes require their own record; this fixture contains no accepted client pack.
Use boundary: Synthetic fixture; private review within this fictional case only.
Run the connected case to see what arrives before this step, who reviews its output and what happens when the next owner returns it.
Bring the task, its current owner and where it gets stuck to a no-fee Workflow Fit Call. If a paid System Blueprint is useful, it measures one service line and fully designs three connected workflows. Roles are chosen for those designs. Installation is separately scoped; pricing is quote-specific.
