- Digital transformation
- Digitalisation in the construction industry
- What is BIM?
- Why BIM?
- Why does BIM fail?
- BIM dimensions
- BIM softwares and their relation to BIM dimensions
- BuildingSMART and its contributions to the industry
- BIM in the world
- ISO 19650
- BIM
- Life cycle of a BIM project
- Resources for the management of BIM methodology
- Uses of BIM in project planning
- BIM uses in project construction
- BIM Roles
- BIM documents
- Documentation structure and nomenclature
- BEP BIM Execution Plan
- CDE - common data environment
- Types of models
- General overview of integrated models
- Modeling norms and standards
- Levels of developments - LOD+LOI
- Classification systems
- BIM implementation
- BIM maturity levels
- Phases and requirements for BIM implementation
- BIM processes and workflows
- Open BIM
- Principles of project management
- Due diligence and preliminary studies
- Project cycle
- Human resources, positions, profiles and competencies
- Project start-up, stakeholder matrix and project constitution act
- Project timeline
- Project budget
- Procurement matrix and risk matrix
- Matrix of responsibilities and communications
- Negotiations and contracts
- Project appraisal and financial analysis
- Project monitoring and control
- Cost management
- Occupational health and safety
- Project closure
- Project operation and maintenance
- Sustainability certification of projects
- Project management software
- Agile methodologies
- Lean Construction
- Vertical housing
- Horizontal housing
- Winery complexes
- Industrial projects
- Infrastructure projects
- Mobility projects
- Remodelling
- Power generation projects
- Hospital projects
- Mining projects
- Sites
- Topography
- Data acquisition, photogrammetry and point clouds (I)
- Data acquisition, photogrammetry and point clouds (II)
- Architectural models
- Structural models
- Revit Structure
- MEP installation models
- Hydrosanitary installations
- Electrical and special installations
- HVAC installations
- Autodesk InfraWorks
- Autodesk Civil 3D
- OpenRoads Designer
- OpenRail Designer
- BIM Viewers (I): BIM Vision
- BIM Viewers (II): Solibri Anywhere
- BIM viewers (III): Trimble Connect
- BIM Viewers (IV): usBIM Viewer
- Autodesk Navisworks Manage
- What is project management in Revit?
- Planning tables
- Planning tables applied to a structure model
- Planning tables applied to a hydraulic installation model
- Planning tables applied to an electrical installation model
- Project phases
- Design options
- Team workflows in Revit
- Model linking in Revit
- Worksets (Subprojects)
- BIM Coordination
- Project management
- Roles of BIM coordination
- Methodology of work
- Collaborative work
- Template configuration
- Phases of a project
- Exporting and importing files
- Collaboration in Revit
- Working with worksets
- Federated models
- IFC models
- Introduction to Navisworks
- Interference analysis
- Construction simulation
- Interoperability in BIM
- Open BIM
- Collaboration with specialists
- Collaboration options
- Autodesk Coordination Platform
- Basic concepts
- Incident management processes and techniques
- Introduction to the cloud project
- Navisworks Manage
- Navisworks as an issue tracker
- Autodesk Construction Cloud and its work tools
- BIM Collaborate docs for issue management
- BIM Collaborate's Model Coordination for incident management
- BIMcollab
- BIM Track
- Generating construction strategies
- Building strategies to increase productivity
- Evaluation of construction strategies
- Technical documents
- Critical path diagnosis of projects
- Folder structure
- Communication flows
- Communication management
- Construction review
- Key views and permissions
- Site planning and control
- Constructability and planning
- Operations planning
- Monitoring and control of work
- Work progress
- Budgeting in BIM environments
- Structure of the information
- Measurements
- Budgets
- BIM requirements for construction
- Definitions from industry
- Industrial methodologies and tools
- Facilities Management
- Operation
- Maintenance
- BIM for Facilities Management projects
- Initial BIM inputs in Facilities Management
- Interoperability
- ECD implementation of standards
- Archibus
- What is and what is not BIM?
- AEC BIM, determining factors
- More than software
- Basic terminology
- BIM implementations
- Implementation budget
- Definitions for analysis
- Diagnosis and proposals for improvement
- Proposal for improvement
- Measurement, evaluation and continuous improvement
- Introduction to Dynamo
- Nodes (Anatomy of Visual Programming)
- Packages and Scripts
- Main operations
- Lists and Data Mining
- Import and Export to Dynamo
- Interacting with Revit
- Optimising processes (I)
- Optimising processes (II)
- Basic geometries
- Introduction to Big Data
- Big Data and BIM
- Artificial intelligence
- Cities
- Smart Cities
- Sustainability
- Sustainable construction
- Energy efficiency
- BIM and Energy Efficiency
- GIS and BIM


