Photogrammetry and aerial photogrammetry
Aerial photogrammetry surveys using UAV technology. ground surveys of the land and the built environment and image processing.
Scanner technology
Three-dimensional surveys through the use of LiDAR sensors, terrestrial laser scanners and structured-light 3D scanners of complex architecture, sites, archaeological digs, the environment and small-scale objects. Use of data obtained for the simulation of scenarios and environmental monitoring.
Development of sensors for UAV (Unmanned Aerial Vehicle) technology
Multi-sensor acquisition systems with UAV (Unmanned Aerial Vehicle) and data processing technology. Development of integrated sensors and software modules for UAVs and ground-based multispectral acquisition systems. Calibration and orientation of integrated sensors, GPS/INS, multispectral and thermal cameras, and the development and implementation of algorithms.
Support for use of industry software
Ad hoc and coordinated support for the use of devices with software relating to the department’s fields of research. Implementation of permanent training courses in digital representation, through teaching provided by the faculty in a classroom specifically equipped for this purpose.
Image capture and processing
High-resolution digital capture of original images from various formats and devices. The image files undergo correction and retouching processes if requested.
Multimedia editing and digital design
Creation of graphics, formatting and printing for: the staging of educational and monographic exhibitions, editorial publications, magazines, catalogues, posters and invites; video post-production; three-dimensional animations; the creation of websites and interactive CD-ROMs.
Two- and three-dimensional representation
Drafting of designs on all scales, representations of architecture through the creation of digital models and realistic simulations by means of specialist software.