Ramp, steady-state, and close-week output flowing toward the quarter targetUpdates with every input
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Fiscal Quarter Schedule Calculator
Build a 13-week delivery schedule that distributes a quarter target across ramp, steady-state, and close weeks, then tests whether team capacity can support the required weekly output.
Steady-state weekly requirement—
Opening-ramp output—
Core-period output—
Close-period output—
Peak weekly requirement—
Available weekly capacity—
Peak capacity margin—
Schedule feasibility—
Quarter cadence river
Ramp, steady-state, and close-week output flowing toward the quarter target
Weekly columns form a cumulative delivery river. A capacity roof shows where the chosen end-loading pattern becomes operationally infeasible.
Weekly delivery register
Required output, cumulative target, and capacity margin by week
Use the live register to assign owners and identify the first week where planned output approaches or exceeds team capacity.
| Week | Phase | Required output | Cumulative output | Weekly capacity | Margin | Target complete |
|---|
Schedule design
Shape the quarter instead of dividing the target by 13
- Enter the reconciled quarter target.
- Choose how long opening ramp realistically lasts.
- Set ramp productivity relative to steady state.
- Model close-week acceleration explicitly.
- Compare every week with staffed delivery capacity.
Cadence logic
End-loading raises the weekly peak even when the quarter total is unchanged
The normalized weighting prevents ramp and close assumptions from changing the total target.
A feasible quarter needs capacity at the peak week, not only enough aggregate team-weeks across the full horizon.
Calculation method
Normalize phase weights so the weekly schedule reconciles to the quarter target
Ramp and close rates are multipliers on a base weekly requirement. The base is solved from the total weighted weeks so every weekly allocation sums exactly to the target.
Detailed calculation process and general formulas
ω = R·r + (W − R − C) + C·cb = T/ωqᵢ = b·r, b, or b·c by phaseQⱼ = Σᵢ₌₁ʲ qᵢmarginᵢ = K·p − qᵢSymbols, meanings, and units
- T
- quarter output targetoutput units
- R
- number of ramp weeksweeks
- C
- number of close weeksweeks
- K
- number of delivery teamsteams
- p
- sustainable output per team per weekunits/team/week
Schedule risk
Diagnose where the target stresses delivery
The phase totals and peak margin isolate the schedule decision.
Ramp contribution
—Output expected while the quarter is still mobilizing.
Core engine
—Output assigned to steady-state operating weeks.
Close dependence
—Output deferred to accelerated close weeks.
Peak resilience
—Available capacity after the highest weekly requirement.
Decision takeaway: Reduce close dependence or add peak-week capacity when the roof intersects the cadence river.
Planning checks
Make weekly capacity evidence-based
- Use delivered output, not scheduled work, for team capacity.
- Adjust for known onboarding and leave.
- Avoid assigning more ramp and close weeks than the quarter contains.
- Reconcile the final cumulative total to the quarter target.
Schedule evidence
Operational records for each cadence assumption
- Prior-quarter weekly output
- Team roster and leave plan
- Backlog aging report
- Close-week overtime history
- Acceptance or quality yield
Practical applications
Decisions this calculator is designed to support
Quarterly implementation target
Four teams must deliver 5,200 implementation units with a two-week ramp and two accelerated close weeks.
What the result clarifies: The capacity roof reveals whether the close plan requires more than the teams can sustainably deliver.
Sales-qualified opportunity schedule
A demand team expects a slow opening while campaigns launch and a stronger close after nurture matures.
What the result clarifies: The normalized curve preserves the quarter total while making weekly demand visible.
Worked example
Current-input substitution and reconciliation
Model limitations
This deterministic allocation does not model stochastic arrivals, backlog carryover, quality rework, seasonality inside a phase, or team-specific productivity. Treat capacity as sustainable accepted output.
Fiscal Quarter Schedule Calculator FAQ
Why not divide the target equally?
Ramp and close conditions often make equal weekly output unrealistic.
Does a higher close rate increase the target?
No. Weekly allocations are normalized to the same quarter total.
What makes the schedule infeasible?
Any required week above combined team capacity.
Can ramp and close phases overlap?
The calculator prevents overlap by trimming phase counts to the available weeks.