1. Digital transformation
  2. Digitalisation in the construction industry
  3. What is BIM?
  4. Why BIM?
  5. Why does BIM fail?

  1. BIM dimensions
  2. BIM softwares and their relation to BIM dimensions
  3. BuildingSMART and its contributions to the industry
  4. BIM in the world
  5. ISO 19650

  1. BIM
  2. Life cycle of a BIM project
  3. Resources for the management of BIM methodology
  4. Uses of BIM in project planning
  5. BIM uses in project construction

  1. BIM Roles
  2. BIM documents
  3. Documentation structure and nomenclature
  4. BEP BIM Execution Plan
  5. CDE - common data environment

  1. Types of models
  2. General overview of integrated models
  3. Modeling norms and standards
  4. Levels of developments - LOD+LOI
  5. Classification systems

  1. BIM implementation
  2. BIM maturity levels
  3. Phases and requirements for BIM implementation
  4. BIM processes and workflows
  5. Open BIM

  1. Principles of project management
  2. Due diligence and preliminary studies
  3. Project cycle
  4. Human resources, positions, profiles and competencies
  5. Project start-up, stakeholder matrix and project constitution act

  1. Project timeline
  2. Project budget
  3. Procurement matrix and risk matrix
  4. Matrix of responsibilities and communications
  5. Negotiations and contracts

  1. Project appraisal and financial analysis
  2. Project monitoring and control
  3. Cost management
  4. Occupational health and safety
  5. Project closure

  1. Project operation and maintenance
  2. Sustainability certification of projects
  3. Project management software
  4. Agile methodologies
  5. Lean Construction

  1. Vertical housing
  2. Horizontal housing
  3. Winery complexes
  4. Industrial projects
  5. Infrastructure projects

  1. Mobility projects
  2. Remodelling
  3. Power generation projects
  4. Hospital projects
  5. Mining projects

  1. Sites
  2. Topography
  3. Data acquisition, photogrammetry and point clouds (I)
  4. Data acquisition, photogrammetry and point clouds (II)
  5. Architectural models

  1. Structural models
  2. Revit Structure
  3. MEP installation models
  4. Hydrosanitary installations
  5. Electrical and special installations

  1. HVAC installations
  2. Autodesk InfraWorks
  3. Autodesk Civil 3D
  4. OpenRoads Designer
  5. OpenRail Designer

  1. BIM Viewers (I): BIM Vision
  2. BIM Viewers (II): Solibri Anywhere
  3. BIM viewers (III): Trimble Connect
  4. BIM Viewers (IV): usBIM Viewer
  5. Autodesk Navisworks Manage

  1. What is project management in Revit?
  2. Planning tables
  3. Planning tables applied to a structure model
  4. Planning tables applied to a hydraulic installation model
  5. Planning tables applied to an electrical installation model

  1. Project phases
  2. Design options
  3. Team workflows in Revit
  4. Model linking in Revit
  5. Worksets (Subprojects)

  1. BIM Coordination
  2. Project management
  3. Roles of BIM coordination
  4. Methodology of work
  5. Collaborative work

  1. Template configuration
  2. Phases of a project
  3. Exporting and importing files
  4. Collaboration in Revit
  5. Working with worksets

  1. Federated models
  2. IFC models
  3. Introduction to Navisworks
  4. Interference analysis
  5. Construction simulation

  1. Interoperability in BIM
  2. Open BIM
  3. Collaboration with specialists
  4. Collaboration options
  5. Autodesk Coordination Platform

  1. Basic concepts
  2. Incident management processes and techniques
  3. Introduction to the cloud project
  4. Navisworks Manage
  5. Navisworks as an issue tracker

  1. Autodesk Construction Cloud and its work tools
  2. BIM Collaborate docs for issue management
  3. BIM Collaborate's Model Coordination for incident management
  4. BIMcollab
  5. BIM Track

  1. Generating construction strategies
  2. Building strategies to increase productivity
  3. Evaluation of construction strategies
  4. Technical documents
  5. Critical path diagnosis of projects

  1. Folder structure
  2. Communication flows
  3. Communication management
  4. Construction review
  5. Key views and permissions

  1. Site planning and control
  2. Constructability and planning
  3. Operations planning
  4. Monitoring and control of work
  5. Work progress

  1. Budgeting in BIM environments
  2. Structure of the information
  3. Measurements
  4. Budgets
  5. BIM requirements for construction

  1. Definitions from industry
  2. Industrial methodologies and tools
  3. Facilities Management
  4. Operation
  5. Maintenance

  1. BIM for Facilities Management projects
  2. Initial BIM inputs in Facilities Management
  3. Interoperability
  4. ECD implementation of standards
  5. Archibus

  1. What is and what is not BIM?
  2. AEC BIM, determining factors
  3. More than software
  4. Basic terminology
  5. BIM implementations

  1. Implementation budget
  2. Definitions for analysis
  3. Diagnosis and proposals for improvement
  4. Proposal for improvement
  5. Measurement, evaluation and continuous improvement

  1. Introduction to Dynamo
  2. Nodes (Anatomy of Visual Programming)
  3. Packages and Scripts
  4. Main operations
  5. Lists and Data Mining

  1. Import and Export to Dynamo
  2. Interacting with Revit
  3. Optimising processes (I)
  4. Optimising processes (II)
  5. Basic geometries

  1. Introduction to Big Data
  2. Big Data and BIM
  3. Artificial intelligence
  4. Cities
  5. Smart Cities

  1. Sustainability
  2. Sustainable construction
  3. Energy efficiency
  4. BIM and Energy Efficiency
  5. GIS and BIM