- Shortcomings of the AECO sector
- What BIM is and what it is not
- Benefits of BIM for different actors
- Basic BIM terminology
- OpenBIM Concept
- The ISO 19650 series of standards
- Information requirements
- BIM Implementation Plan. BEP
- Production and delivery of information. Introduction to the EDC
- Implementation and application of ISO 19650 in a project
- Introduction
- Where to start?
- Initial audit
- Change management
- BIM implementation plan
- Introduction to the point cloud
- Field work. Scanning
- Office work. Processing (I)
- Office work. Processing (II)
- Visualisation
- Introduction to the Revit interface
- Project configuration. Wall modelling. Topography
- Modelling of architectural elements
- Curtain walls, ramps, stairs and handrails
- Project coordinates, in-situ modelling and mass modelling
- Creation of views, 3D views, traverses, elevations, view templates
- Creation of sections, details, floors, rooms and areas
- Planning boards, labels, solar survey and furniture
- Renders and images
- Assembly of plans
- Importing and exporting
- Introduction to structural modelling in Revit
- Collaborative work
- Phased process of a project
- Design options
- Project information
- Shared and global parameters
- Classification systems
- BIM Interoperability Tools
- COBie
- BIM requirements: AEC sector productivity and level of development
- BIM documents: EIR, style guide, BIM handbook
- Information management: quality and processes
- Standardisation: classification systems
- Open formats
- Factors for a good BIM collaborative working system
- Servers
- BIM project organisation: core models and linked projects
- Collaborative practice with Revit (I)
- Collaborative practice with Revit (II)
- Initial configuration of the BIM facility model and introduction to the implementation of systems in the BIM model and system navigator.
- Introduction and modelling of plumbing installation
- Introduction and modelling of air-conditioning systems
- Introduction and modelling of the electrical installation
- Fabrication parts and planning tables (measurements)
- Introduction to MEP families
- MEP family creation procedure (I)
- MEP family creation procedure (II)
- MEP family creation procedure (III)
- MEP family in Revit project
- Introduction to calculation and analysis with Revit MEP
- Ventilation and air-conditioning calculations. Duct networks
- Calculation of air-conditioning. Pipe networks
- Plumbing calculation (cold water and DHW)
- Analysis of electrical panels
- Interoperability of Revit with installation calculation softwares
- Interoperability between Revit and CYPECAD MEP
- Interoperability between Revit and Caneco BIM
- Interoperability between Revit and DIALux evo
- Interoperability between Revit and Tekton
- Introduction to Revit Structures
- Footwear
- Piles
- Working with wall foundations
- Foundation slabs
- Structural columns
- Structural walls
- Floor slabs
- Stairs
- Roofs and trusses
- Structural analytical automation
- Loads
- Boundary conditions
- Associating physical and analytical elements
- Analytical links
- Creation of details
- Extraction of data and plans
- Export to IFC
- Mapping of structural IFC files
- Conversion from IFC to Revit native elements
- Basic concepts
- BIM Viewer
- Data structure
- Working with Dalux CDE
- Communications and approvals
- Basic concepts of BIM on site
- On-site communications
- Checklists
- Inspection Plans
- Meeting minutes and measurements
- Introduction to Navisworks Manage
- Viewing options and viewpoints
- Search for elements and sets
- Appearance Profiler and Clash Detection (I)
- Appearance Profiler and Clash Detection (II)
- Introduction to BEP (BIM Execution Plan)
- General contract information
- BIM Objectives and Uses
- Organisation of BIM models and collaboration
- Deliverables, resources, quality control and processes
- InfraWorks
- Model generator
- Creation of the model (I)
- Creation of the model (II)
- Creation of the model (III)
- Planning roads
- Design proposals
- Composite roads
- Decorations, views and exports
- Storyboards
- Features of Civil 3D as BIM Software
- Civil 3D interface
- Download Country Kit
- Collaborative work with Civil 3D
- Intelligent objects
- Working with topography: Surfaces
- Grading tools
- 3D modelling of earthworks
- 3D modelling of rafts
- 3D earthworks solids and BIM modeling
- Composition of an infrastructure model
- Plant design and modelling
- Superelevations
- Longitudinal profile of the terrain
- Visualisation of infrastructure profile and gradient
- Design and modelling of cross-sections
- Introduction to Subassembly Composser
- Three-dimensional composition: Linear work
- Particular actions: Bridges and Intersections
- BIM model
- Presto: definitions and interface
- Chapters, sub-chapters and headings
- Measurements: calculation of quantities
- Prices, price bases and classifications
- Export and reporting options
- Concepts and workflow
- IFC Model
- Presto IFC: Open- IFC
- Cost- IFC
- Cost- IFC: Measurements
- Multiple measurement criteria
- Calculated quantity
- Price references
- Organising chapters
- Deliverables
- Temporal or technical planning
- Activities and tasks
- Precedences and simulations
- Economic planning
- Certifications
- The Work Breakdown Structure (WBS).
- Activity codes, resources and performance rules.
- Costs and monitor the progress of tasks.
- Import of models and basic 4D linking.
- Advanced 4D linking.
- Use of equipment and 3D tours.
- Security planning.
- 4D Animation.
- Synchronise models and programming.
- User field graphs and 4D reports.
- Interface, navigation and model import
- Materiality and environment
- Content library and layers
- Infographics
- Videos
- Introduction to Facility Management
- BIM in Facility Management
- Introduction to ISO 119650 - 3
- Introduction to the As-Built model as a link between operation and maintenance
- Case studies


