Aria Izaz

Geospatial professional with hands-on experience in UAV LiDAR acquisition, GNSS control surveying, photogrammetry, point-cloud processing, terrain modelling, and geospatial quality control. Contributed to geothermal, port, toll-road, construction, environmental, emergency response, and base mapping assignments, including a ±14,000 ha UAV LiDAR survey. Experienced across field acquisition and processing workflows that produce DTM/DSM, orthomosaic, 3D point-cloud, and topographic outputs, with additional involvement in disaster mitigation and social-impact programs.

UAV Pilot, Surveyor & Data Processor at PT Tortuga Xcel Dynamics (2025-10 – 2026-01)

• Executed DJI Matrice 350 RTK equipped with a Zenmuse L2 for UAV LiDAR acquisition on the Bakauheni-Kayu Agung Toll Road KM 280 project; supported third-order benchmark establishment, control-point surveys, and topographic data processing.
• Planned data acquisition and control-point surveys for the Belawan Port project; integrated LiDAR and photogrammetric data to produce DTM, DSM, orthomosaics, and topographic products while conducting coverage and deliverable QC.
• Acquired aerial imagery and UAV LiDAR data in areas affected by the Mount Semeru eruption, processed topographic data for lahar-flow modeling, and coordinated with disaster-response stakeholders and local government.
• Captured aerial imagery with a DJI Mavic 3 Enterprise at Pasir Bajing Landfill for an ITENAS environmental engineering practicum and delivered LiDAR acquisition training for the ITB Geodetic Engineering Professional Training Program.
• Digitized land use in Cimahi to support detailed spatial planning (RDTR) and conducted topology QC against national geospatial data standards.
• Mapped land parcels, land use, and vegetation along the planned SUTT Paiton corridor to support right-of-way planning and validate spatial data from field surveys.

UAV Pilot, Surveyor & Data Processor at PT Jelajah Semesta Teknologi (2025-02 – 2025-06)

• Supported control-point surveys and UAV LiDAR/aerial imagery acquisition for the ±14,000 ha Nage geothermal exploration project in Flores using DJI Matrice 350 RTK/M300, VTOL, APUS MX, and CHCNAV AlphaAir 450 systems.
• Performed LiDAR and photogrammetric preprocessing and data quality control to support topographic deliverables for well planning and geothermal power-plant development.
• Acquired and processed 3D point-cloud data using a CHCNAV RS10 for as-built modeling and construction-deviation analysis during MRT Glodok quality-control work.
• Processed DTM from aerial imagery for the Bekasi Regency base-map project (ATR/BPN), including photogrammetry, ground classification, point-cloud filtering, and terrain-model validation

Applied Bachelor (D4) in Survey Mapping, and Geographic Information – Universitas Pendidikan Indonesia (2026)