| Topic |
Sub-topic |
| Fundamentals of geomatics |
Fundamentals of geodesy and cartography: geoid and ellipsoid, cartographic projections, coordinate systems. Scale. Cartographic sources.
Geospatial sensors and surveying: Space, airborne and ground sensors. Topography and surveying. Total stations, LiDAR, cameras, GNSS. Planimetric and altimetric methods. Digital terrain models.
Open source software will be used to consolidate and extend theoretical knowledge.
|
| Topography applications: Photogrammetry and LiDAR |
Photogrammetry: Definitions. General method of photogrammetry: Camera models, lenses, coordinate systems. Extrinsic and intrinsic parameters. Parallax and base. Height measurement on the ground.
Planning a photogrammetric flight: Planning phases. Ground control points. Flight and route parameters. Drones: Legislation and licences for use.
Introduction to LiDAR processing: Definitions and typologies. Ground and aerial acquisition systems. Components. Sources of error. Applications. Point clouds: Coordinates, attributes, reading formats.
Open source software will be used to consolidate and extend theoretical knowledge: Metashape, CloudCompare.
|
| Geographic Information Systems. Urban and land planning |
Geographic Information Systems (GIS): Introduction, definitions. Components and uses. GIS-based web resources. Geographic data. Definition and components. Data models: Division into layers. Raster and vector representation models.
Introduction to land use planning and relationship with GIS: Land use, definition and dimensions of land use planning. Administrative land use planning in Spain. Legal regime of land. Urban planning. Consultation of geospatial information sources and geographic information servers. Access to town and country planning regulations.
Explanation and development of the subject by means of a lecture in the classroom. Open source software will be used to consolidate and extend theoretical knowledge: QGIS.
|
| Construction and BIM methodology |
Building design guidelines. Regulations. Introduction to energy efficiency and its technologies in construction.
Introduction to BIM methodology. Definition and standards. EN ISO 19650 and application in BIM projects. Incorporation of BIM in the public sector. Standardisation, IFC model. Successful cases of projects based on BIM.
Scan-to-BIM concept. Digital twins. Examples of software for BIM methodologies.
Explanation and development of the subject by means of a master class in the classroom.
Practical example of a Scan-to-BIM process from a 3D point cloud of a building acquired with a LiDAR sensor. Production of 2D plans and 3D models of the building.
Licensed software for students will be used: Autocad, Revit.
|
Electrical power system
|
The national electrical power system
Components of an electrical power system
Operation of the power system.
Electricity market
|
Components of electrical installations
|
Electrical conductors and cables
Switching, control and protection devices
Transformers
Motors
Lighting equipment
Energy meters. Power factor correction
|
| Electrical installation design methodology |
Installed power loads
Máximum power demand
Cable selection based on ampacity, on voltage drop and short circuit temperature rise
|
Regulations and standards for electrical installations
|
National standards for electrical installations: REBT, MIE-RAT, LAT, CTE
|
Electrical drawings
|
Electrical symbols
Power drawings
One-line electrical diagrams
Control drawings |
Lighting
|
Fundamentals of lighting
Photometric magnitudes
Lighting calculations methods |
