1. What is BIM: digitalisation, processes, communication.
  2. Stages of development, possible uses of a BIM model and working teams.
  3. Visualisation of IFC models
  4. Federation of models
  5. CDE (Common Data Environment), BIM 360.

  1. Data collection.
  2. Photogrammetry, point clouds Modelling: coordination, analysis and documentation (3D).
  3. Cost control (5D).
  4. Construction planning (4D).
  5. Other uses and dimensions.

  1. Introduction; graphical environment.
  2. Parametric objects.
  3. Views
  4. Start of the project; levels, grids and inserting references.
  5. Location and orientation.

  1. Editing model elements.
  2. Editing the display.
  3. Annotations.
  4. Quantification.
  5. Publication.

  1. Start of architectural modelling.
  2. Soils and land.
  3. Walls, pillars and openings.
  4. Roofs and ceilings.
  5. Connecting elements.

  1. Stairs and ramps.
  2. Curtain walls and glass roofs.
  3. Handrails.
  4. Components.
  5. Rooms

  1. General concepts.
  2. Vertical support.
  3. Horizontal support (I).
  4. Horizontal support (II).
  5. Foundation elements.

  1. Beam systems.
  2. Lattice girders.
  3. Structural systems (I).
  4. Structural systems (II).
  5. Preparation for analysis.

  1. Start of the facilities model.
  2. MEP systems.
  3. Configuration of the mechanical discipline.
  4. Ducts, joints, fittings and insulation.
  5. Mechanical terminals and equipment.

  1. Plumbing discipline configuration.
  2. Piping, joints, fittings and insulation.
  3. Sanitary appliances and plumbing equipment.
  4. Configuration of the electrical discipline.
  5. Trays, tubes and cables.
  6. Apparatus and equipment.

  1. Data management.
  2. Graphic management.
  3. Advanced visualisation.
  4. Advanced quantification.
  5. Advanced publication.

  1. Groups and links.
  2. Design options.
  3. Phases.
  4. Shared use.
  5. Audit of the model.

  1. Stages of the asset life cycle.
  2. Agents involved in BIM processes.
  3. BIM objectives and uses.
  4. Definition of the information in the BIM project.

  1. Rules for the creation of information.
  2. Level of information
  3. Methods of information production.

  1. Centralised information management.
  2. Documents for the exchange of information.
  3. Information exchange process.

  1. Export to traditional formats.
  2. Basic concepts of the IFC format.
  3. Import of IFC files into Revit.
  4. Export of IFC files in Revit.
  5. Model exchange in Autodesk.

  1. BIMvision.
  2. BIMcollab.
  3. DDS-CAD Viewer.
  4. CellBIM Viewer.
  5. Autodesk Viewer.

  1. Working in an environment.
  2. Revit with point cloud Introduction and laser scanner methodology.
  3. Point cloud linking and export.
  4. Import Revit point cloud.
  5. Walls, doors and windows in CloudWorx.
  6. Pipelines with CloudWorx.

  1. Cyclone 3DR.
  2. Delineation and point cloud modelling in Cyclone 3DR.
  3. Comparison of IFC model with DTM point cloud and Script.
  4. Tunnel inspection.

  1. Project planning: preparation of the necessary software components for integration with the access control and car park management systems.
  2. Project planning: preparation of the necessary software components for integration with air-conditioning, lighting and billing systems.
  3. Project planning: preparation of operational modules that do not require integration with third party systems.
  4. User interface planning and pre-production testing
  5. Planning tool. Microsoft Project

  1. Installation of the physical infrastructure
  2. Review of physical infrastructure carried out by third parties
  3. Deployment of the software platform. Basic components, access control and parking
  4. Deployment of the software platform. Climate control, billing and user services.
  5. Onboarding

  1. Budgeting for the necessary physical infrastructure
  2. Budgeting for base infrastructure: IoT sensors
  3. Budgeting for the basic infrastructure: networks and hardware
  4. Budgeting of the basic software applications for the management of smart buildings
  5. Budgeting of software applications for access control, air conditioning and lighting management. Quotation of the maintenance service of the installation.

  1. Project team: management, business experts and software profiles
  2. Project team: installers, information operators and support teams
  3. Support service management
  4. Project monitoring
  5. Project risk management".

  1. The Work Breakdown Structure (WBS).
  2. Activity codes, modules 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. Modelling for site planning.
  2. Work chapters in Revit.
  3. On-site risk assessment.
  4. Modelling of fenced stockpiles and signage.
  5. Modelling of scaffolding projects in Revit.

  1. Graphic documentation of the project.
  2. Visualisation of BIM models on site.
  3. Basic health and safety project.
  4. Applicable regulations.
  5. Creation of a personalised family.

  1. Library of materials.
  2. Customisation of 2D views.
  3. Location plans and construction details.
  4. 3D views, tours.
  5. Rendering.

  1. Families: nature and classification.
  2. Parameter management in families.
  3. In situ mass and conceptual mass.
  4. Pattern-based components.
  5. Adaptive components.

  1. Walls
  2. Floors and false ceilings.
  3. Covers.
  4. Stairs.
  5. Handrails.

  1. Curtain walls.
  2. Windows.
  3. Doors.
  4. Implementation project documents (I).
  5. Implementation project documents (II).

  1. - Armed.
  2. - Fundamentals.
  3. - Assembly of linear and surface elements.
  4. - Steel and timber structures meeting.
  5. - Steel and timber structures: application.
  6. - Encounters of steel and timber structures: cut-outs and holes.

  1. - Mechanical properties, parameters and surface treatments.
  2. - Interoperability with calculation programs (I).
  3. - Interoperability with calculation programs (II).
  4. - Drawings of concrete structures.
  5. - Armed.
  6. - Drawings of steel and timber structures.

  1. Introduction to energy simulation with Revit
  2. Creating Revit spaces
  3. Creating analytical systems in Revit
  4. Creating system zones in Revit
  5. Creating energy models in Revit

  1. BIMserver Center and OpenBIM
  2. OpenBIM Construction Systems
  3. CYPETHERM HE interface
  4. Calculations with CYPETHERM HE
  5. Lighting calculation with CYPELUX.

  1. Initial configuration of the BIM model of facilities. Introduction to the implementation of systems in the BIM model and system navigator.
  2. Introduction and modelling of plumbing and drainage 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. Procedure for creating MEP families (I)
  3. Procedure for creating MEP families (II)
  4. Procedure for creating MEP families (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