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The UAV Photogrammetry and LiDAR Training conducted on May 18–19, 2026, was organized as a competency enhancement program in the field of surveying and mapping based on modern geospatial technology. The activity involved academics, practitioners, and laboratory teams in the field of geomatics to provide participants with both theoretical understanding and practical experience related to the utilization of Unmanned Aerial Vehicle (UAV) and LiDAR technologies for spatial data acquisition and processing.
Pelatihan UAV Fotogrametri dan LiDAR
On the first day, the program began with participant registration and an opening session delivered by Dr. Khomsin, ST, MT in collaboration with PUSDA Jatim, emphasizing the importance of developing UAV and LiDAR technologies to support surveying, mapping, and geospatial data management in the digital era. The subsequent materials were presented by Agung B. Cahyono, ST, MSc, DEA together with the Geoinformatics Laboratory Assistants, covering the fundamental concepts of UAV Photogrammetry, the working principles of LiDAR technology, drone introduction, as well as flight safety aspects and regulations regarding Unmanned Aircraft Systems (UAS). Following the theoretical sessions, participants engaged in practical activities including flight plan preparation for data acquisition, field practice for UAV photogrammetry data collection using the Mavic 3 Pro, and photogrammetric data processing to produce orthomosaics and digital surface models.
On the second day, the program focused on UAV LiDAR practice guided by Yanto Budisantoso, ST, MT together with the Surveying Cadastre Laboratory, Geoinformatics Laboratory, and PVIA teams. Participants learned about equipment preparation, sensor calibration, and data acquisition using the UAV Matrice 350 equipped with a LiDAR sensor. In addition, participants also carried out LiDAR data processing, including filtering, ground extraction, point cloud classification, and the generation of derived products such as DEM, DSM, DTM, and contour maps. Through a combination of theoretical delivery and hands-on field practice, this training was expected to enhance participants’ competencies in utilizing UAV Photogrammetry and LiDAR technologies to support more effective, accurate, and adaptive surveying and mapping activities in line with the advancement of geospatial technology.
Reporter : Danu Supradita Redaktur : Danu Supradita