6: Schedule Management
- Page ID
- 124695
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""Time is the only project resource you can never get back. Once it's spent, it's gone forever."
This chapter focuses on schedule management, the process of defining exactly when work will happen and ensuring your project crosses the finish line on time. You will start by learning how to take your project scope and break it down into actionable activities, sequencing them using logical dependencies. From there, we move into estimating durations and identifying the Critical Path, which acts as the heartbeat and pacing guide for your entire project timeline.
We cover the techniques used to recover lost time, such as crashing and fast-tracking, to help you get back on track when reality inevitably deviates from the plan. Beyond just drawing Gantt charts, this chapter addresses the critical task of schedule control: monitoring progress and preventing minor delays from snowballing into catastrophic missed deadlines. Finally, you will see how scheduling is handled in agile environments, where the focus shifts from rigid upfront timelines to time-boxed iterations, team velocity, and delivering continuous value at a sustainable pace. It is all about managing time proactively so you control the schedule, rather than letting the schedule control you.
By the end of this chapter, you should be able to:
- Develop a schedule management plan that defines how the project timeline will be created, monitored, and controlled.
- Define activities by decomposing WBS work packages into specific, schedulable tasks.
- Sequence activities using dependency relationships (finish-to-start, start-to-start, finish-to-finish, start-to-finish) and the precedence diagramming method.
- Estimate activity durations using expert judgment, analogous, parametric, and three-point estimation techniques.
- Develop a project schedule using network analysis, critical path method, and resource optimization.
- Apply schedule compression techniques (crashing, fast-tracking) when timeline reduction is required.
- Monitor and control the schedule using variance analysis, earned value metrics (SV, SPI), and corrective actions.
- Adapt scheduling approaches for agile environments using velocity, sprint planning, and release planning.
- 6.1: Mapping to Exam Content Outline Tasks
- This page focuses on project scheduling and management, aligning with the PMP and CAPM ECOs. It discusses key tasks like planning and managing schedules, handling changes, and managing project artifacts. The content also covers predictive methodologies, schedule constraints, and dependencies, providing a thorough understanding of schedule management in project management practices.
- 6.2: Schedule Management Guide
- This page focuses on schedule management, highlighting its critical role in ensuring timely project completion. It details processes such as defining and sequencing activities, employing techniques like Critical Path Analysis (CPM) to develop schedules, and the importance of continuous monitoring. Case studies reveal the repercussions of neglecting dependencies and the risks of overly optimistic estimates.
- 6.2.1: Overview of Schedule Management
- 6.2.2: Planning Schedule Management
- 6.2.3: Defining Activities
- 6.2.4: Case Study- The Invisible Dependency
- 6.2.5: Estimating Activity Durations
- 6.2.6: Developing the Schedule
- 6.2.7: Case Study- Path that wasn't critical
- 6.2.8: Controlling the Schedule
- 6.2.9: Case Study- The Optimism Trap
- 6.3: Chapter Summary
- This page highlights the importance of professional schedule management, emphasizing the need for dynamic control and adaptation to changes. It stresses moving beyond simple task lists to predict project timelines and risks. Readers are encouraged to reflect on project dependencies and past delays. Key scheduling terms like critical path, crashing, and fast-tracking are introduced to enhance understanding of effective practices.
- 6.4: PMP-Style Sample Questions
- This page covers essential project management concepts, including the critical path, dependency types, and estimation techniques. It defines the critical path, highlights the Finish-to-Start dependency, and explains key calculations like float, SPI, and SV. Techniques for managing schedules, such as fast-tracking and crashing, are discussed alongside resource smoothing versus leveling.