Research and Training
To Generate Innovation
Research and Training
To Generate Innovation
Training and Research
to generate Innovation and Excellence
At GeoDataLab, we firmly believe that to stay ahead of the times, we must already be projected into the future.
Innovative projects to contribute to the technological development of tomorrow
That’s why we are pleased to participate in innovative projects both nationally and internationally, where we can contribute to the technology that will shape the world of tomorrow. And we have already done so in various fields: from agriculture to aviation, from satellite image analysis to the energy and construction sectors.
Leading, not following. That’s why GeoDataLab invests in both research (we co-finance a PhD in avionics with the University of Genoa) and in the continuous training and updating of each employee through participation in conferences, training courses, and internal sharing moments.
Continuous research and training: the two keys to innovation
Innovative projects to contribute to the technological development of tomorrow
That’s why we are pleased to participate in innovative projects both nationally and internationally, where we can contribute to the technology that will shape the world of tomorrow. And we have already done so in various fields: from agriculture to aviation, from satellite image analysis to the energy and construction sectors.
Continuous research and training: the two keys to innovation
Leading, not following. That’s why GeoDataLab invests in both research (we co-finance a PhD in avionics with the University of Genoa) and in the continuous training and updating of each employee through participation in conferences, training courses, and internal sharing moments.
Academic Research Achievements
These results stem from a collaboration with the DICCA department at the University of Genoa, which co-funds -together with GeoDataLab – an industrial PhD research project entitled “Industrial application-driven research towards the Digital European Sky”.
Some works are currently in the submission or review phase and have been conducted in collaboration with the Polytechnic University of Valencia and with the DICCA department of the University of Genoa.
Urban Perspectives on UAVs Infrastructure Development
Proposal of a 3-step methodology for optimal drone infrastructure planning to develop a “Ground and Aerial Traffic Master Plan” that identifies ideal flight corridors, strategic locations for vertiports and charging stations for both urban and rural scenarios.
First preliminary findings are presented for the Emilia Romagna region in Italy.
Integrating UAV Infrastructures in Urban and Rural Landscapes: A Framework for Sustainable and Inclusive Development
Drone infrastructure planning in Emilia Romagna to serve remote areas and promote sustainable and inclusive regional development, considering environmental, regulatory, and social factors.
Spatial Analysis for Urban Noise Management: Evaluating Respect Zones for Drone Operations UAS/UAM Noise Regulations Session
Infrastructure planning in urban environments considering existing noise regulations and urban acoustic plans to create a spatial data layer that identifies suitable areas for drone activities (respect zones) and infrastructure positioning, ensuring regulatory compliance and societal acceptance. A demonstrative pilot exercise was carried out for the city of Bologna (Emilia-Romagna region, Italy).