Geospatial & LiDAR Systems Engineer · Surveying Specialist
Transforming complex terrain into high-precision, actionable data with advanced LiDAR and UAV technology.
In the complex environment of modern infrastructure and construction, precision is the primary safeguard against project delays and structural failure. I provide a comprehensive suite of geospatial and engineering services designed to bring absolute clarity to the site. By integrating advanced geodetic control, high-resolution aerial mapping, and subsurface utility detection, I deliver the high-fidelity data required for informed decision-making, rigorous design compliance, and long-term asset integrity.
Setting out positions, establishing control points, and verifying as-built conditions with strict compliance to design tolerances. From foundation layout to final handover, every measurement is referenced to a robust geodetic framework.
UAV LiDAR-based aerial surveys with GNSS/IMU integration for high-precision terrain models and 3D reconstruction. Deliverables include georeferenced point clouds, orthomosaics, DSM/DTM, and volumetric analysis.
Expert consulting on geodetic datum transformations, coordinate systems, and survey methodology. Guidance on project-specific accuracy requirements, instrument selection, and regulatory compliance for engineering works.
Complex drainage designs, corridor modeling, and urban 3D visualization from survey data. Deliverables include 2D/3D as-built drawings, cross-sections, and infrastructure-ready CAD models for stakeholder presentations and design validation.
Precision starts with the right tools. I operate and manage a range of industry-leading surveying and mapping instruments, ensuring every data point meets the highest accuracy standards.
End-to-end project case studies showcasing the full scope of surveying, mapping, and engineering design — from geodetic control establishment to final 3D visualization deliverables.
60 km² topographic mapping in 65 days. Custom 7-parameter Bursa-Wolf transformation, VTOL photogrammetry, and QA against 266 independent checkpoints achieving 0.5 cm average error.
105 km² aerial mapping for WesternZagros energy infrastructure. 18,000+ images processed to DTM with hydrological analysis for pipeline corridors and well-pad planning.
80 km+ A6 flexible pavement corridor. Delivered the first 36 km survey package in 28 working days using Leica LS15 leveling and dual-drone LiDAR/photogrammetry fusion in Civil 3D.
A 21.5 km sustainable urban corniche transforming a dry riverbed into a cascading green corridor with 43 engineered ponds, MBR water treatment, and photorealistic 3D visualization.
Empirical analysis of vertical accuracy across crops, dense foliage, and asphalt using simultaneous dual-WingtraOne GEN II deployment with RTK/PPK ground truth validation.
Engagement with the global geospatial community in Frankfurt — evaluating next-generation Leica Geosystems, Wingtra VTOL, and Reality Capture technologies that feed directly into my daily workflows.
From raw data acquisition to final deliverable, I leverage a comprehensive software ecosystem spanning CAD design, geospatial analysis, LiDAR processing, and 3D visualization.
I am a Geospatial & LiDAR Systems Engineer and Civil Surveying Specialist with over six years of experience in Aerial Mapping, Construction Surveying, and Infrastructure Development. My experience is backed by an engineering qualification from the University of Kirkuk, where I completed my BSc in Petroleum Engineering, which is recognized at an equivalent level to a German BSc degree.
My profession is characterized by the integration of advanced technology with site-based precision. I have extensive practical experience working with advanced technology using UAV LiDAR systems to process GNSS/IMU integration for high-precision terrain models and 3D reconstruction products. In addition to aerial survey mapping, I have extensive experience working with construction surveying services, including setting out positions, establishing control points, and checking as-built conditions to ensure strict compliance with tolerances.
I am a certified WingtraOne operator, focused on providing high accuracy deliverables such as LAS/LAZ point cloud, TIFF, complex drainage designs, and 2D/3D as-builts. My approach is characterized by technical flexibility, utilizing tools such as Autodesk Civil 3D, ArcGIS Pro, and LiDAR360, as well as attention to geospatial accuracy and QA/QC.
In addition to my technical work, I am a multilingual professional, fluent in Kurdish (native), English (C1), and Arabic (advanced), with a growing proficiency in German (A2).
Verifiable documentation of my academic standing, regulatory authorization, and continued professional engagement in the geospatial industry.
Awarded by the University of Kirkuk and independently recognized at the equivalent level of a German Bachelor's degree via ZAB comparability review.
EU-wide UAS Open Category authorization issued under EASA regulations, with credential verification provided through Eurocontrol.
Certified participation at the world's leading conference and trade fair for geodesy, geoinformation, and land management in Frankfurt, Germany.
Whether you need aerial mapping, construction surveying, or geospatial consulting, I'm ready to deliver centimeter-level accuracy for your next project.