1. Information containers according to regulations.
  2. Types of Models. Simple Models. Federated Models.
  3. Digital Construction Elements. Classifications.
  4. Levels of detail. Levels of Building Information.
  5. Parameterisation of BIM Models.

  1. PIM models for design. 3D use.
  2. AIM models. 4D use, 5D use and 7D use.
  3. Definition. States of collaborative work.
  4. Codification of models and documentation.
  5. Structuring of EDC areas. IT tools.

  1. Legislative and regulatory context.
  2. Tender documents for the design and execution of linear works.
  3. Uses of the models. Levels of information and detail. Codifications.
  4. Deliverables. Organisation of the model.
  5. ReMODULEs. Information management. Quality and processes .

  1. Verification of conceptual design. Planning and budgeting of work.
  2. Economic control of works. Certifications. Asset management.
  3. Objectives. Milestones. Organisation of the model. BIM processes.
  4. Information Development Plan (MIDP).
  5. Deliverables. Task Development Programme (TIDP).

  1. Geographic information systems (I).
  2. Geographic information systems (II).
  3. Working with Metadata.
  4. Spatial Data Infrastructure (SDI).
  5. Geoservices.

  1. Point clouds. Point cloud data on the web.
  2. Models from images with ReCap Photo. Generation of models with ReCap Photo.
  3. Modelling from images with ReCap Pro. Model generation with ReCap Pro.
  4. Point clouds with Civil 3D.
  5. Point clouds with InfraWorks.

  1. GIS in Civil 3D.
  2. GIS in InfraWorks.
  3. Working with Geoservices.
  4. Preliminary project data for tenders .

  1. Preliminary draft for tenders (I).
  2. Preliminary draft for tenders (II).
  3. Preliminary draft for tenders (III).
  4. Customise the model, presentations and videos.
  5. Virtual reality.

  1. Urbanisation.
  2. Structuring the model.
  3. Layout of streets in plan. Alignments.
  4. Street design in elevation. Design gradient.
  5. Parametric sections.

  1. Types of intersections.
  2. T-intersections (I).
  3. T-intersections (II).
  4. T-intersections (III).
  5. Cross intersections.

  1. Manual method. roundabout elements.
  2. General method. linear work of the roundabout.
  3. General method. Linear work of branches and geometry adjustments.
  4. Automatic method. introduction to the roundabout assistant.
  5. Automatic method. linear work of the roundabout.

  1. Tools for pipe networks.
  2. Elements of piping networks.
  3. Plan layout.
  4. Elevation drawing.
  5. Ditches.

  1. The SAC interface
  2. Basic geometry elements (I)
  3. Basic geometry elements (II)
  4. Advanced geometry elements (I)
  5. Advanced geometry elements (II)

  1. Organisers, conditionals and lists
  2. Definition of parameters and variables
  3. SAC in Civil 3D
  4. Rail design
  5. Hard shoulder design

  1. Ditch design
  2. Generic and circular sections
  3. Tunnel design
  4. Slope design
  5. Transitions

  1. Channel design
  2. Dual carriageway section
  3. Weeding
  4. Section in grading

  1. Generation of parametric families in Revit. Modelling tool.
  2. Application of type/exemplar variability through the creation of geometric parameters.
  3. Application of materials to modelling elements.
  4. Basic considerations for vertical signage. Insertion points and foundations.
  5. Basic considerations on horizontal signage.

  1. Export to Civil 3D.
  2. Creation of multi-view blocks.
  3. Positioning of elements.
  4. Representation of elements in plan, profile and section.
  5. Property set generation.

  1. Regulation (I).
  2. Regulations (II).
  3. Modelling of spill cones (I).
  4. Spill cone modelling (II).
  5. Spill cone modelling (III).

  1. Property sets (I).
  2. Property sets (II).
  3. Interoperability Revit - Civil 3d (I).
  4. Revit - Civil 3D interoperability (II).

  1. Motorways (I).
  2. Motorways (II).
  3. Motorways (III).
  4. Direct branch (I).
  5. Direct branch (II).
  6. Direct branch (III).

  1. Parallel branch (I).
  2. Parallel branch (II).
  3. Parallel branch (III).

  1. Preliminary draft.
  2. Configuration and surfaces.
  3. Axis in plan and elevation.
  4. Track devices.
  5. Cant.

  1. Standard sections.
  2. Linear works.
  3. Intersections.
  4. Transversal profiles.
  5. Codes.

  1. Drainage
  2. Pipe networks
  3. Measurements
  4. Shortcuts
  5. Plans

  1. Dynamo and Project Explorer.
  2. Sets of properties.
  3. Export to Navisworks.
  4. Export to IFC.
  5. Presentation and rendering.

  1. Introduction.
  2. Table of tasks.
  3. Link to external project files.
  4. Aspects of tasks and simulations.
  5. Simulation setup and export.

  1. Entering costs of reModules.
  2. Quantification.
  3. Model measurements and virtual measurements.
  4. 2D measurements.
  5. Administration and updating of data.

  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. 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. Dynamo C3D
  2. Geometry Library
  3. Manage lists
  4. Dynamo Interactivity - Civil
  5. Creating elements with Dynamo

  1. Creation of a planimetric axis
  2. Profile creation
  3. Creation of Corridor
  4. Data management
  5. Creating 3D elements