Available On-demand
In recent years, the use of drones for mapping has increased exponentially. One of the most powerful companies in this sector is DJI Enterprise, which has great potential in the world of reality modeling with its multi-copter drones and a wide range of photogrammetry and LiDAR instruments.
In this webinar, we will present different use cases of 3D models created with iTwin Capture Modeler and DJI drones. Together with Geomatex, a Bentley Channel Partner in the Middle East and Africa and an official distributor of DJI drones, we will show some of Egypt's iconic sites, such as the Pyramids of Giza, and labyrinthine cities with Mavic 3 Enterprise (drone with built-in camera/sensor) + DJI Zenmuse P1 (sensor) mounted on Matrice 300 (drone).
Join our experts Manuel Jurado and Sherif Wahba and learn best practices to create high-quality 3D reality meshes with DJI data.
What you will learn:
- How to produce high-quality 3D reality meshes with DJI Zenmuse P1 and Mavic 3.
- How to import and process DJI data into iTwin Capture Modeler.
- How to plan your flight for producing high quality digital twins.
Watch Now
Webinar Presenters
Manuel Jurado
Product Sales Engineer, Reality Modelling
Bentley Systems
Manuel Jurado is an experienced professional with a demonstrated history of working in the geospatial engineering industry. He has six years of experience in delivering cost effective LiDAR and photogrammetry projects across Europe, Australia, and South America. Currently, he is working in Bentley Systems in Spain as a product sales engineer.
He helps professionals across EMEA to solve their complex geotechnical engineering problems and improve their analysis by providing them with best practices for their design workflows.
Sherif Wahba
Product Sales Engineer
Geomatex
A roboticist with four years of experience in reality modeling with Geomatex Integrated Solutions, Sherif Wahba is a Bentley iTwin Capture Modeler qualified trainer who dabbles with integrating drones in geospatial solutions in the MENA region.