1. Shortcomings of the AECO sector
  2. What BIM is and what it is not
  3. Benefits of BIM for different actors
  4. Basic BIM terminology
  5. OpenBIM Concept

  1. The ISO 19650 series of standards
  2. Information requirements
  3. BIM Implementation Plan. BEP
  4. Production and delivery of information. Introduction to the EDC
  5. Implementation and application of ISO 19650 in a project

  1. Introduction
  2. Where to start?
  3. Initial audit
  4. Change management
  5. BIM implementation plan

  1. Introduction to the point cloud
  2. Field work. Scanning
  3. Office work. Processing (I)
  4. Office work. Processing (II)
  5. Visualisation

  1. Introduction to the Revit interface
  2. Project configuration. Wall modelling. Topography
  3. Modelling of architectural elements
  4. Curtain walls, ramps, stairs and handrails
  5. Project coordinates, in-situ modelling and mass modelling

  1. Creation of views, 3D views, traverses, elevations, view templates
  2. Creation of sections, details, floors, rooms and areas
  3. Planning boards, labels, solar survey and furniture
  4. Renders and images
  5. Assembly of plans

  1. Importing and exporting
  2. Introduction to structural modelling in Revit
  3. Collaborative work
  4. Phased process of a project
  5. Design options

  1. Project information
  2. Shared and global parameters
  3. Classification systems
  4. BIM Interoperability Tools
  5. COBie

  1. BIM requirements: AEC sector productivity and level of development
  2. BIM documents: EIR, style guide, BIM handbook
  3. Information management: quality and processes
  4. Standardisation: classification systems
  5. Open formats

  1. Factors for a good BIM collaborative working system
  2. Servers
  3. BIM project organisation: core models and linked projects
  4. Collaborative practice with Revit (I)
  5. Collaborative practice with Revit (II)

  1. Initial configuration of the BIM facility model and introduction to the implementation of systems in the BIM model and system navigator.
  2. Introduction and modelling of plumbing installation
  3. Introduction and modelling of air-conditioning systems
  4. Introduction and modelling of the electrical installation
  5. Fabrication parts and planning tables (measurements)

  1. Introduction to MEP families
  2. MEP family creation procedure (I)
  3. MEP family creation procedure (II)
  4. MEP family creation procedure (III)
  5. MEP family in Revit project

  1. Introduction to calculation and analysis with Revit MEP
  2. Ventilation and air-conditioning calculations. Duct networks
  3. Calculation of air-conditioning. Pipe networks
  4. Plumbing calculation (cold water and DHW)
  5. Analysis of electrical panels

  1. Interoperability of Revit with installation calculation softwares
  2. Interoperability between Revit and CYPECAD MEP
  3. Interoperability between Revit and Caneco BIM
  4. Interoperability between Revit and DIALux evo
  5. Interoperability between Revit and Tekton

  1. Introduction to Revit Structures
  2. Footwear
  3. Piles
  4. Working with wall foundations
  5. Foundation slabs

  1. Structural columns
  2. Structural walls
  3. Floor slabs
  4. Stairs
  5. Roofs and trusses

  1. Structural analytical automation
  2. Loads
  3. Boundary conditions
  4. Associating physical and analytical elements
  5. Analytical links

  1. Creation of details
  2. Extraction of data and plans
  3. Export to IFC
  4. Mapping of structural IFC files
  5. Conversion from IFC to Revit native elements

  1. Basic concepts
  2. BIM Viewer
  3. Data structure
  4. Working with Dalux CDE
  5. Communications and approvals

  1. Basic concepts of BIM on site
  2. On-site communications
  3. Checklists
  4. Inspection Plans
  5. Meeting minutes and measurements

  1. Introduction to Navisworks Manage
  2. Viewing options and viewpoints
  3. Search for elements and sets
  4. Appearance Profiler and Clash Detection (I)
  5. Appearance Profiler and Clash Detection (II)

  1. Introduction to BEP (BIM Execution Plan)
  2. General contract information
  3. BIM Objectives and Uses
  4. Organisation of BIM models and collaboration
  5. Deliverables, resources, quality control and processes

  1. InfraWorks
  2. Model generator
  3. Creation of the model (I)
  4. Creation of the model (II)
  5. Creation of the model (III)

  1. Planning roads
  2. Design proposals
  3. Composite roads
  4. Decorations, views and exports
  5. Storyboards

  1. Features of Civil 3D as BIM Software
  2. Civil 3D interface
  3. Download Country Kit
  4. Collaborative work with Civil 3D
  5. Intelligent objects

  1. Working with topography: Surfaces
  2. Grading tools
  3. 3D modelling of earthworks
  4. 3D modelling of rafts
  5. 3D earthworks solids and BIM modeling

  1. Composition of an infrastructure model
  2. Plant design and modelling
  3. Superelevations
  4. Longitudinal profile of the terrain
  5. Visualisation of infrastructure profile and gradient

  1. Design and modelling of cross-sections
  2. Introduction to Subassembly Composser
  3. Three-dimensional composition: Linear work
  4. Particular actions: Bridges and Intersections
  5. BIM model

  1. Presto: definitions and interface
  2. Chapters, sub-chapters and headings
  3. Measurements: calculation of quantities
  4. Prices, price bases and classifications
  5. Export and reporting options

  1. Concepts and workflow
  2. IFC Model
  3. Presto IFC: Open- IFC
  4. Cost- IFC
  5. Cost- IFC: Measurements

  1. Multiple measurement criteria
  2. Calculated quantity
  3. Price references
  4. Organising chapters
  5. Deliverables

  1. Temporal or technical planning
  2. Activities and tasks
  3. Precedences and simulations
  4. Economic planning
  5. Certifications

  1. The Work Breakdown Structure (WBS).
  2. Activity codes, resources and performance rules.
  3. Costs and monitor the progress of tasks.
  4. Import of models and basic 4D linking.
  5. Advanced 4D linking.

  1. Use of equipment and 3D tours.
  2. Security planning.
  3. 4D Animation.
  4. Synchronise models and programming.
  5. User field graphs and 4D reports.

  1. Interface, navigation and model import
  2. Materiality and environment
  3. Content library and layers
  4. Infographics
  5. Videos

  1. Introduction to Facility Management
  2. BIM in Facility Management
  3. Introduction to ISO 119650 - 3
  4. Introduction to the As-Built model as a link between operation and maintenance
  5. Case studies