Schedule Management

Explore the work breakdown structure (WBS) to break the project scope into deliverables and manageable components, enabling scope definition, work planning, and change management.

Identify the nature of tasks as fixed work or effort driven to inform estimates and resource allocation, and understand how duration changes with more or fewer resources.

Learn to estimate resources for tasks by balancing fixed work and effort-driven tasks, identify diminishing returns, and recognize limits to parallel execution.

Estimate duration using expert judgment, analogous estimation, and parametric methods, including Monte-Carlo simulations, and complement with top-down or bottom-up planning that decomposes work and uses historical data.

Apply the three-point estimation technique to forecast video production timelines by weighing optimistic, most likely, and pessimistic outcomes for filming, editing, and rendering.

Examine why the work breakdown structure alone is not a schedule and its limits for sequencing and timing. Learn how a schedule adds timing, concurrent work, and project control.

Explore the four task relationships in schedule management: finish-to-start, start-to-start, finish-to-finish, and start-to-finish, and how they link activities toward a goal.

Describe turning a work breakdown structure into a practical schedule by listing activities, defining predecessors and finish-to-start relations, and enabling concurrent work, leading to a simple Gantt-style timeline.

Create a network diagram of three concurrent activities, identify the critical path, and show a 50-minute project duration, illustrating how a computer diagram improves planning over a work breakdown structure.

Draw a network diagram of activities with durations and predecessors, then perform schedule calculations to determine total project duration, identifying the longest path as the project end.

Identify the critical path as the longest sequence that drives project duration and target those activities to shave time; non-critical tasks may delay up to 11 days without extending project.

Compute project duration with forward and backward passes, identify earliest start and finish and the lightest finish, reveal the critical path, and assess task float for resource optimization.

A baseline is a point in time established at project start to gain approvals and gauge duration and costs, enabling status tracking and change-driven updates when scope shifts.

Learn how to keep schedules accurate by comparing progress against a baseline, using completion or progressive completion metrics, and updating frequency for real-time project tracking.

Regularly communicate with stakeholders by establishing a clear reporting cadence that shows progress against baseline and actuals, using simple formats like milestone charts or Gantt charts.

Communicate the current status and forecast future changes by extrapolating patterns from past activity, and proactively adjust estimates, baselines, and risks for upcoming events.

Review schedule performance by comparing actuals against baselines to determine on time, ahead, or behind outcomes. Analyze causes and implement process improvements to optimize future project schedules.

Evaluate time management processes to assess efficiency, estimate realism, and the effectiveness of scheduling tools, while communicating outcomes and identifying improvements for future projects.

Identify lessons learned and communicate key insights to future projects. Improve estimates, share time-saving tools and risks, and record wins and losses to refine project management.