Training on BIM for Project Scheduling & Construction Simulation (4D BIM)

Module 1: Fundamentals of 4D BIM and Scheduling Principles

• Overview of BIM dimensions with a focus on 4D

• Project lifecycle integration with scheduling concepts

• Benefits of 4D BIM for project planning

Module 2: Linking BIM Models to Time-Based Scheduling

• Preparing 3D models for 4D simulation

• Mapping tasks and elements to project timelines

• Software tools for 4D planning (Navisworks, Synchro, etc.)

Module 3: Construction Sequencing and Workflow Simulation

• Developing logical sequences of construction activities

• Visualizing time-based construction processes

• Optimizing sequencing using BIM-linked Gantt charts

Module 4: Clash Detection and Risk Mitigation through 4D BIM

• Identifying schedule-based spatial and logistical clashes

• Adjusting construction schedules to prevent conflicts

• Enhancing safety planning using 4D simulations

Module 5: Communication, Collaboration, and Stakeholder Engagement

• Using 4D BIM for team collaboration and decision-making

• Presenting visual construction timelines to stakeholders

• Improving transparency with dynamic simulation models

Module 6: 4D Simulation for Logistics and Site Planning

• Visual planning for site setup and material flow

• Temporary structures and equipment simulation

• Scenario analysis for logistical challenges

Module 7: Monitoring Progress and Managing Delays

• Integrating real-time project updates into 4D BIM

• Comparing planned vs. actual progress

• Revising schedules using BIM-based data

Module 8: Software Tools and Interoperability in 4D BIM

• Comparative analysis of 4D BIM platforms

• Best practices for software interoperability and data exchange

• Linking Primavera/MS Project schedules with BIM models

Module 9: Case Studies and Lessons Learned

• Real-world applications of simulating construction processes

• Case analysis of schedule optimization using BIM

• Common pitfalls and how to avoid them

Module 10: Final Project and Presentation

• Develop and present a 4D simulation plan for a sample project

• Link schedules, visualize sequencing, and analyze workflows

• Peer reviews and instructor feedback for improvement