Definition:
A highly specific project timeline that includes all work activities, task dependencies, durations, and resource allocations to guide daily execution and project tracking.
Key Components:
- Work Breakdown Structure (WBS): Defines individual work packages and activities.
- Task Dependencies: Identifies relationships between activities (e.g., Finish-to-Start, Start-to-Start).
- Duration Estimates: Specifies time required for each activity.
- Resource Assignments: Allocates labor, equipment, and materials to tasks.
- Progress Tracking Mechanism: Uses tools such as Gantt charts or Critical Path Method (CPM).
Use Cases/Industries:
- Refinery Turnaround Planning: Scheduling equipment shutdowns, repairs, and startup sequences.
- Renewable Energy Projects: Sequencing turbine or solar panel installations.
- Oil & Gas Construction: Managing welding, pipe laying, and testing phases.
Advantages:
- Precision in Execution: Provides detailed visibility into each phase.
- Improved Coordination: Aligns teams across engineering, procurement, and construction.
- Facilitates Schedule Optimization: Helps identify opportunities for efficiency.
Challenges:
- Complexity: Requires extensive data input and updates.
- Time-Intensive Development: Needs frequent refinement as project progresses.
- Difficult to Communicate at a High Level: Requires summarization for executives.
Related Terms:
Execution-Level Schedule, Activity-Based Scheduling, Task-Level Timeline
Example:
A wind farm project uses a detailed schedule to coordinate daily work activities, including foundation pouring, turbine erection, cable trenching, and grid connection, ensuring seamless execution.
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Synonyms:
Execution Schedule, Activity-Level Schedule, Task Breakdown Schedule