Burndown Forecast Calculator
Forecast sprint completion date from current burn rate.
Estimate whether your sprint is on track and what burn rate is needed to finish remaining scope on time.
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Mini Tools Collection
ToolPatch is a growing collection of focused utilities. Each page handles one task with clear inputs, fast results, and practical outputs.
Forecast sprint completion date from current burn rate.
Estimate whether your sprint is on track and what burn rate is needed to finish remaining scope on time.
Quantify dependency risk from blocked items, ownership clarity, and complexity.
Score external/internal dependency risk to identify where delivery bottlenecks are most likely to impact timeline.
Calculate CPI, SPI, CV, and EAC for schedule/cost control.
Apply earned value management formulas to detect budget and schedule drift early.
Measure schedule slip based on planned vs actual milestone progress.
Estimate slip percentage, projected delay days, and forecasted delivery date from milestone execution pace.
Balance workload against team capacity using time and utilization assumptions.
Plan team allocation by comparing total work hours against available capacity and required team size.
Score project risks using probability, impact, and expected loss.
Apply a standard 5x5 risk matrix with expected financial exposure to prioritize mitigation efforts.
Detect scope growth risk and delivery pressure before deadlines are missed.
Compare initial and current scope, then estimate the throughput increase needed to still finish on plan.
Estimate sprint hours and suggested story points from team constraints.
Compute gross, net, and effective sprint capacity after ceremonies, then estimate practical story point target.
Analyze sprint velocity consistency with a normalized stability index.
Convert historical sprint velocities into variance, coefficient of variation, and a stability score for release planning confidence.
Estimate critical path duration and potential schedule compression gains.
Model key project phase durations and approximate impact of test parallelization. Useful for project kickoff planning and timeline communication.
Estimate meeting cost per session, week, month, and year.
Translate meeting load into direct labor cost to improve planning discipline and reduce unnecessary meetings.