1. Basic concepts on surface hydrology (I).
  2. Basic concepts on surface hydrology (II). From rainfall to runoff
  3. Basic concepts on surface hydrology (III). The rational method.
  4. Hydrological modelling (I). The HEC-HMS model and transport models.
  5. Hydrological modelling (II). Geographic information systems.

  1. Basic concepts of river hydraulics (I).
  2. Basic concepts of river hydraulics (II). One- and two-dimensional models.
  3. Basic concepts on river hydraulics (III). Calculation of draught.
  4. Hydraulic modelling.

    1. Geographic Information Systems
    2. Data models
    3. Digital terrain models
    4. Spatial Data Infrastructures
    5. Geographic Information Services and metadata
    6. The free software QGIS. Installation and structure of the application

    1. Reference standard. Application of the Modified Rational Method
    2. Layout of the working area. Downloading and cutting out the DTM
    3. Model preparation. Obtaining the flow network and catchment area.
    4. Calculation of hydrological parameters
    5. Calculation of flow rates by automated spreadsheet

    1. Versions of the programme. Download and installation. Documentation
    2. Scheme of work. Components
    3. First component. Basin model manager
    4. Second and third components. Time-Series Data Manager and Meteorologic Model Manager
    5. Fourth component (Control Specifications Manager) and visualisation of results

    1. GIS functionalities (I)
    2. GIS functionalities (II)
    3. GIS functionalities (III)
    4. Design parameters
    5. Model calibration

    1. The HEC-RAS model
    2. The HEC-RAS interface
    3. Geometry of natural watercourses (I)
    4. Geometry of natural watercourses (II)
    5. Geometry of natural watercourses (III)

    1. The RiverGIS add-on
    2. The database
    3. The territorial basis of the hydraulic model
    4. Mapping required. Pre-process
    5. The RiverGIS database

    1. Installation of HEC-RAS
    2. The geometry file
    3. The flow file
    4. The hydraulic model
    5. Results visualisation

    1. Advanced options
    2. Bridges and crossing works
    3. In-line structures, laterals and flow obstructions
    4. The variable regime
    5. Modelling of dam and reservoir breakages

    1. The two-dimensional HEC-RAS model
    2. The digital elevation model in 2D modelling
    3. Creation of terrains with RAS Mapper
    4. Creating geometry data with RAS Mapper
    5. Variable regime hydraulic conditions

    1. Creation of 2D geometries in HEC-RAS
    2. Hydraulic conditions in two-dimensional modelling with HEC-RAS
    3. Relationships between geometric elements
    4. Hydraulic conditions in two-dimensional modelling with HEC-RAS
    5. Variable regime 2D simulation

    1. Introduction to the IBER model and software installation
    2. Hydraulic bases
    3. Preparing the IBER environment
    4. Preparation and import of geometries
    5. Fluid and boundary conditions

    1. Definition of roughness
    2. Meshing typologies and methods
    3. Calculation and reading of results
    4. Obtaining sections
    5. Hazard maps

    1. Graphic outputs on 1D hec-ras (I)
    2. Graphic outputs in HEC-RAS 1D (II)
    3. Visualisation using tables
    4. Incidents. Errors, warnings and notes
    5. Flood contours and depth grids

    1. Visualisation of results in 2D hec-ras
    2. Dynamic maps
    3. 3D visualisation
    4. Static maps. Export of results to GIS
    5. Flood risk mapping

    1. Point clouds and point cloud data on the web
    2. Modelling from images with ReCap Photo and model generation with ReCap Photo
    3. Image-based modelling with ReCap Pro and 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. Preliminary drafts for tenders
    4. Presentations and Virtual Reality

    1. Presentation of the tools and introduction to Hydraflow Hydrograph Extension
    2. Hydraflow Hydrographs Extension. Contact us
    3. Hydraflow Hydrographs Extension. Workflow and getting started with Hydraflow Express Extension
    4. Hydraflow Express Extension Components
    5. Reference tables and starting Hydraflow Storm Sewers

    1. Working with Hydraflow Storm Sewers
    2. Installation and presentation of Storm and Sanitary Analyses (SSA)
    3. SSA components
    4. Models and presentation in SSA
    5. Networks and results in SSA

    1. Element levelling
    2. Grading criteria
    3. Footprint design
    4. Creation of grading
    5. Volume measurement

    1. Element catalogues
    2. Editing parts
    3. Network modelling
    4. Irrigation network profile
    5. BIM deliverables

    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. Design of a SAC collector
    3. Design of a collector in Civil 3D
    4. Linear work to .IFC
    5. Cross-sections for earthworks

    1. Loose material dams
    2. Design profiles
    3. Parametric sections
    4. Foundation area
    5. BIM deliverables. Cross sections

    1. Site survey
    2. Dam body modelling
    3. Linear work of the body of the dam
    4. Ancillary linear works
    5. BIM deliverables

    1. Linear and detailed integration of the work
    2. Detail of the body of the dam
    3. Modelling of manoeuvring elements
    4. Modelling of control elements
    5. Detailed definition of the dam body model

    1. Creation of parameters in civil 3D
    2. Solids generation and addition of properties to solids
    3. Creating parameters in Revit
    4. Parameter exploitation in Revit
    5. Deliverables derived from Revit parameters. Application to site monitoring

    1. The SWMM environment for hydraulic network design
    2. Definition of catchment areas
    3. Design rain. Time series
    4. Hydraulic profile of the ducts
    5. Result of the analysis. Visualisation and reporting

    1. Hydrological - hydraulic study with Storm Sanitary Analysis
    2. Analysis with SSA
    3. Results. Reports, graphs and plans
    4. SUDS BIM model

    1. Introduction to EPANET. Key features of EPANET
    2. Definition of flow rates to be supplied
    3. Elements of the model. Physical or visual objects
    4. Elements of the model. Non-physical objects
    5. Hydraulic pressure analysis

    1. Library of network elements. Catalogue and parts
    2. Creation of pipes and fittings
    3. Plan and elevation design
    4. Parametric network sections
    5. BIM model management

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

    1. Creation of a planimetric axis.
    2. Creation of profiles.
    3. Creation of Corridor.
    4. Data management.
    5. Create 3D elements.

    1. Basic concepts
    2. Site planning
    3. Task management
    4. Import objects
    5. Constructive simulation

    1. Basic concepts
    2. Measurements
    3. Budget coding
    4. Importing and exporting data from a model
    5. Budget generation