Training on CAD and BIM for Architecture and Construction Projects

Module 1: Introduction to CAD and BIM in Architecture & Construction

• Role of CAD and BIM in the modern construction ecosystem.

• Key differences between 2D CAD drafting and BIM modeling.

• Overview of digital workflows in architectural design.

• Case Study: Adoption of BIM in a high-rise development project.

Module 2: Advanced CAD for Architectural Design

• Developing detailed 2D drawings and 3D visualizations.

• Layer management, templates, and construction documentation.

• Integrating CAD with GIS and survey data for design precision.

• Practical Exercise: Creating construction drawings using CAD.

Module 3: BIM Fundamentals and Project Setup

• Setting up a BIM project environment.

• Understanding BIM levels, dimensions, and standards (ISO 19650).

• Managing data exchange and interoperability.

• Case Study: BIM implementation for public building design.

Module 4: BIM Modeling and Collaboration

• 3D model creation for architectural, structural, and MEP systems.

• Coordination and clash detection across disciplines.

• Cloud-based collaboration and version control.

• Exercise: Team collaboration using Autodesk Revit and Navisworks.

Module 5: Visualization and Simulation

• Rendering architectural models for design presentation.

• Energy performance and lighting simulations.

• Using BIM for design validation and client communication.

Module 6: BIM for Construction Planning and Management

• 4D (time) and 5D (cost) BIM applications.

• Linking BIM models to schedules and cost data.

• Digital construction management and site coordination.

• Case Study: BIM-based scheduling in a commercial building project.

Module 7: BIM Standards, Documentation, and Quality Assurance

• Global BIM standards (ISO 19650, PAS 1192).

• Developing BIM Execution Plans (BEP).

• Ensuring data quality, documentation, and project compliance.

Module 8: Sustainable Design and Lifecycle Management

• Applying BIM for green design and energy-efficient buildings.

• Integration with lifecycle asset management systems.

• Using BIM for maintenance, operations, and retrofitting.

Module 9: Automation and Customization in BIM

• Introduction to Dynamo and visual programming.

• Automating modeling tasks and data extraction.

• Enhancing productivity through customized BIM workflows.

Module 10: Future Trends in Digital Construction

• Digital twins, AI, and IoT in architectural modeling.

• The evolving role of BIM in smart cities and infrastructure.

• Preparing organizations for digital transformation in construction.