Learning Objectives
9 objectives- Understand fundamental concepts and importance of construction planning and scheduling.
- Develop skills to define project scope and create Work Breakdown Structures (WBS).
- Apply Critical Path Method (CPM) for effective project scheduling and duration estimation.
- Analyze resource allocation strategies and implement resource leveling techniques.
- Utilize Gantt charts and scheduling software for project schedule visualization and management.
- Identify and manage risks affecting construction schedules with appropriate mitigation strategies.
- Perform time-cost trade-off analysis including crashing and fast-tracking methods.
- Monitor and control project schedules using KPIs and corrective actions.
- Plan construction sequencing and logistics to optimize site operations and resource use.
Content Outline
PreviewUnit 2842: Construction Planning and Scheduling
1. Introduction to Construction Planning and Scheduling
- Importance of planning and scheduling in construction projects
- Key concepts and definitions
- Objectives of construction planning and scheduling
2. Project Scope and Work Breakdown Structure (WBS)
- Defining project scope: Purpose and techniques
- Introduction to Work Breakdown Structure (WBS)
- Definition and components
- Levels of WBS
- Techniques for creating effective WBS
- Organizing and structuring project tasks
3. Critical Path Method (CPM) Analysis
- Overview of CPM and its role in scheduling
- Identifying activities and dependencies
- Constructing network diagrams (Activity-on-Node)
- Calculating earliest and latest start/finish times
- Determining the critical path
- Calculating project duration and float/slack
4. Resource Allocation and Leveling
- Importance of resource allocation in project scheduling
- Types of resources (labor, equipment, materials)
- Techniques for resource allocation
- Resource conflicts and constraints
- Resource leveling methods and tools
- Balancing workloads to optimize resource utilization
5. Gantt Charts and Scheduling Software
- Introduction to Gantt charts
- Components: bars, milestones, dependencies
- Creating and interpreting Gantt charts
- Scheduling software overview
- Common tools (e.g., MS Project, Primavera)
- Features for schedule creation, updating, and communication
- Best practices for schedule visualization
6. Risk Management in Construction Planning
- Importance of risk management in scheduling
- Identifying common construction project risks
- Risk assessment techniques (qualitative and quantitative)
- Impact of risks on schedule and project outcomes
- Developing risk mitigation and contingency plans
7. Time-Cost Trade-off Analysis
- Understanding the time-cost relationship in projects
- Techniques for optimizing duration and costs
- Crashing: definition, benefits, and risks
- Fast-tracking: definition, benefits, and risks
- Decision-making in time-cost trade-offs
8. Monitoring and Controlling Project Schedules
- Importance of schedule monitoring and control
- Tracking progress against baseline schedules
- Key Performance Indicators (KPIs) for schedule control
- Schedule Variance (SV)
- Schedule Performance Index (SPI)
- Techniques for implementing corrective actions
- Updating schedules and communicating changes
9. Construction Sequencing and Logistics
- Significance of construction sequencing in project success
- Factors affecting sequencing: site constraints, workforce, materials
- Planning material delivery and storage
- Workforce availability and shift planning
- Strategies for efficient construction logistics management
- Case studies/examples of sequencing and logistics
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