The execution of engineering projects presents various challenges, such as the need to achieve high standards of productivity, representativeness, and quality of results. In this regard, LiDAR technology and its proper implementation can be key allies to successfully achieve these objectives.

For its part, Trimble has implemented significant advances in terms of hardware and software to provide efficient and productive solutions that allow obtaining a faithful representation of reality, from which, using specialized software, it is possible to carry out analyses and generate final deliverables that meet the requirements of this type of project.

In this webinar, we will review how Trimble's portfolio using LiDAR technology provides high-quality data that can be used in various analyses in engineering project applications and how, using new augmented reality tools, we can link our projects to the real world.

 

 THURSDAY, MAY 11 | 3:00 PM TO 4:00 PM - GMT-4 | VIA ZOOM & YOUTUBE LIVE

AGENDA

⨭ Fundamentals of LiDAR Technology
⨭ Geospatial Information Acquisition Techniques
⨭ Historical Progress of Point Cloud Registration
⨭ Point Cloud Management and Automatic Classifications
⨭ Trimble Portfolio, associated with LiDAR Technology
⨭ Applications in engineering projects
⨭ Future Perspective of Geospatial Data

 

INSTRUCTORS

 

José Salas | Laser Scanner Support Engineer

Geomatics Engineer from USACH with 14 years of experience in various areas, including GNSS and LiDAR. He has experience in the use of both terrestrial and mobile LIDAR sensors for different applications.

Ariel Silva | Pre-sales and Support Manager

Geomatics Engineer and Master in Geomatics with experience in the application of geodesy, topography, and photogrammetry in engineering works. He has worked in the mining industry directly in open-pit mine operations, as well as in academia as a lecturer in several higher education institutions related to geomatics and geomensura with a specialty in the adjustment of terrestrial and satellite geodetic observations.