Course Objectives:

• Provide participants with a thorough understanding of CAD and BIM principles and their applications in civil engineering and infrastructure projects.
• Enable participants to proficiently use CAD and BIM software tools for designing, visualizing, and simulating various project components.
• Equip participants with the skills to create accurate and data-rich 3D models that facilitate collaboration among interdisciplinary project teams.
• Demonstrate how CAD and BIM can enhance project efficiency, reduce errors, and support decision-making throughout the project lifecycle.

Course Outline:

Module 1: Introduction to CAD and BIM in Civil Engineering

• Overview of CAD and BIM technologies
• Benefits and advantages of using CAD and BIM in civil engineering projects
• Evolution and trends in CAD and BIM for infrastructure development

Module 2: CAD Fundamentals for Civil Engineering

• Basic CAD tools and operations
• Creating 2D drawings for site plans, profiles, and cross-sections
• Annotating and dimensioning drawings

Module 3: 3D Modeling for Infrastructure Projects

• Introduction to 3D modeling concepts
• Creating 3D models of roads, bridges, and other infrastructure elements
• Applying materials and textures for realistic visualization

Module 4: Introduction to BIM and Collaboration

• Understanding BIM principles and workflows
• Collaborative benefits of BIM in multi-disciplinary projects
• BIM project structure and organization

Module 5: Creating BIM Models for Structural Elements

• Modeling structural components like columns, beams, and slabs
• Adding parametric information to BIM elements
• Clash detection and resolution in BIM models

Module 6: BIM for Infrastructure Planning

• Designing site layout and grading using BIM
• Analyzing site drainage and stormwater management
• Integrating GIS data into BIM for better site understanding

Module 7: Advanced BIM Workflows

• Phasing and scheduling within BIM
• 4D BIM: Adding time-based scheduling to models
• 5D BIM: Incorporating cost estimation and management

Module 8: Simulations and Analysis in BIM

• Introduction to simulation tools in BIM
• Conducting energy analysis and sustainability assessments
• Exploring traffic flow and pedestrian movement simulations

Module 9: Construction Sequencing and Visualization

• Creating construction sequences and animations
• Visualizing construction processes and methodologies
• Communicating project timelines effectively

Module 10: Project Documentation and Delivery

• Extracting construction drawings and documentation from BIM models
• Exporting data for fabrication and construction
• Leveraging BIM data for facility management and maintenance