Upon completion of this course, participants will be able to:

• Understand the principles of **Building Information Modeling (BIM)** and its value proposition across the asset lifecycle.
• Master the integration of BIM models with scheduling software for **4D Planning and Sequencing**.
• Apply BIM for advanced **3D Clash Detection** and visualization to proactively resolve design conflicts.
• Utilize BIM models to extract accurate quantity take-offs for **5D Cost Estimation and Control**.
• Develop and manage the **BIM Execution Plan (BEP)** and Common Data Environment (CDE).
• Effectively manage collaboration and information exchange with multi-disciplinary teams (engineers, architects, contractors).
• Understand the legal and contractual implications of using BIM models for project documentation.
• Leverage the BIM model for facility management and asset operation after project handover (6D and 7D).

• Construction Project Managers and Site Leaders
• BIM Coordinators and Managers
• Design Managers and Lead Engineers/Architects
• Cost Estimators and Quantity Surveyors
• Owner's Representatives managing BIM-mandated projects

• Hands-on Software Workshop: Performing a 3D Clash Detection and analysis on a sample model segment
• Group Activity: Developing a section of a BIM Execution Plan (BEP) for information exchange
• Case Studies: Analyzing construction projects that significantly reduced costs through 4D/5D BIM implementation
• Individual Exercises: Extracting quantity data from a model segment for cost estimation purposes
• Discussions: Strategies for incentivizing project teams to fully adopt BIM collaboration workflows

Unit 1: BIM Fundamentals and the Project Lifecycle

• Defining BIM, its levels of maturity (Level 0, 1, 2, 3), and its difference from CAD.
• Understanding the value of BIM across the asset lifecycle (Design, Construction, Operation).
• Key terminology: Model Element Authoring, Level of Development (LOD), and Information Requirements.
• The role of the Project Manager in establishing a BIM-focused project culture.

Unit 2: BIM Planning and Collaboration

Standards and Environment
• Developing and managing the **BIM Execution Plan (BEP)** for project-specific needs.
• Mastering the concept of the **Common Data Environment (CDE)** for secure information sharing.
• Strategies for managing the collaboration and information exchange process between various disciplines.
• Understanding the legal and intellectual property issues in BIM model ownership and usage.

Unit 3: 3D and 4D Management (Design and Schedule)

Clash and Sequence
• Applying **3D Clash Detection** techniques to identify spatial conflicts before construction starts.
• Integrating the BIM model with scheduling tools (e.g., P6) for **4D Sequencing and Simulation**.
• Utilizing 4D models to optimize construction site logistics and resource deployment.
• Techniques for communicating complex construction sequences to site teams using 4D visualization.

Unit 4: 5D and Quality Management (Cost and QA/QC)

Finance and Quality
• Leveraging the BIM model for automated and accurate **Quantity Take-Offs**.
• Integrating model-based data for **5D Cost Estimation and Cost Control**.
• Using BIM for quality control, including verifying installed components against model specifications.
• Strategies for managing and controlling change requests using model-based visualization.

Unit 5: BIM for Operations and Future Trends

Handover and Evolution
• Understanding **6D (Sustainability)** and **7D (Facility Management)** applications of BIM.
• The process of preparing the BIM model for **Asset Handover** to the operations and maintenance team.
• Strategies for managing and maintaining the "As-Built" model throughout the asset's operational life.
• Introduction to emerging trends: Digital Twins, reality capture, and mobile BIM integration.