S-Curve for Project Management

Gantt shows tasks on a timeline (schedule). S-Curve shows cumulative progress over time (performance). They complement each other.

Monthly is standard. Weekly for dynamic projects. Consistency is key.

Yes. Plot cumulative story points completed vs planned. Agile curves are flatter but same principles apply.

The S-Curve tool allows you to add multiple stakeholders and assign them roles in the project, making it easier to track progress and ensure that everyone is on the same page.

Yes, the S-Curve tool can be used to manage a remote team by allowing you to assign tasks and track progress in real-time, regardless of location.

Yes, you can use the S-Curve tool to manage a project with multiple phases by creating separate S-Curves for each phase. This will allow you to track progress and identify potential roadblocks or delays for each phase.

The S-Curve tool allows you to easily adjust the scope of a project by adding or removing tasks. This will help you keep your project on track and ensure that you're meeting the needs of all stakeholders.

Yes, with care. The calculator models cumulative effort over time rather than dependency networks, so enter each phase's duration and weight as shaped by your dependencies - serial chains flatten the curve, parallel work steepens it. Overlay actual progress to see whether the plan is being delivered, and pair the S-Curve with a Gantt or critical-path tool for dependency analysis itself.

The calculator does not schedule tasks or resolve dependencies - it models cumulative progress over time. Enter each phase's duration and effort weight to generate the baseline curve. If dependencies constrain parallel work, reflect that in the weights and durations, then compare your actual progress curve against the baseline to spot variances.

Yes. Enter each parallel track as its own phase with its duration and effort weight - parallel work running alongside serial phases steepens the curve in those periods. You can also plot separate curves, one per track, and compare them against the overall baseline.

The calculator models cumulative progress, not dependency networks. To reflect non-linear sequencing, adjust each phase's duration and weight so the curve matches how work actually accumulates - for example, give a long-lead procurement phase a flat early profile. For true dependency analysis, pair the S-Curve with a Gantt or critical-path tool.

Yes, with care. The calculator takes point estimates for each phase's duration and effort weight rather than probability distributions, so build the baseline from your best current estimates, then track actual progress closely and re-baseline as estimates firm up. Overlaying actual against baseline makes the impact of the uncertainty visible as variances emerge.

The calculator works with phases, not individual subtasks - roll your dependent subtasks up into a phase and give that phase a duration and effort weight. Serial dependencies stretch the phase out; parallel subtasks concentrate the work. For task-level dependency analysis, pair the S-Curve with a Gantt or critical-path tool.

Yes - break the complexity down. Roll groups of dependent subtasks up into phases, give each a duration and effort weight, and the calculator plots the combined cumulative curve. The tool plots and compares curves; it does not re-sequence or optimise the schedule. For dependency-level analysis, pair the S-Curve with a Gantt or critical-path tool.

The calculator doesn't model task dependencies directly - it aggregates effort. Tasks that are tightly coupled usually sit in the same phase, so their progress rises together in that phase's weighted segment of the curve; if they span phases, the impact shows at each phase boundary. Because the tool plots curves rather than sequencing work, pair it with a Gantt or critical-path chart when you need task-level dependency logic.

By re-baselining: re-enter the affected phases with revised durations and effort weights, and the calculator redraws the baseline curve. Your recorded actual progress stays on the chart, so the overlay shows exactly how the scope change moved you against the original plan. Nothing auto-adjusts - you update the completion forecast yourself from the new curve.