Dardan Muzaqi

Survey Engineer with advanced expertise in UAV photogrammetry (RTK & PPK workflows), high-precision GNSS surveying, terrestrial laser scanning (TLS), and 3D spatial data modeling, delivering accurate and reliable geospatial outputs for complex infrastructure, hydrotechnical, and cultural heritage projects. Experienced in planning and executing survey missions, establishing geodetic control networks, and ensuring compliance with project specifications and industry standards.

Highly proficient in Agisoft Metashape for photogrammetric processing, FARO Scene for point cloud registration and analysis, and AutoCAD Civil 3D for surface modeling, alignment design, and integration of survey data into engineering workflows. Strong ability to combine classical geodetic methods (total station, leveling, control surveys) with modern digital surveying technologies to optimize accuracy, efficiency, and data consistency.

Demonstrated experience in structural and deformation monitoring, including building and canal monitoring, displacement analysis, and temporal comparison of survey datasets. Skilled in producing as-built documentation, orthophotos, digital terrain models (DTM/DSM), and detailed 3D deliverables for design, construction, and maintenance phases. Actively involved in heritage documentation projects, applying non-invasive survey techniques to capture, preserve, and analyze culturally significant sites with high spatial accuracy.

Strong background in geospatial data analysis, quality control, and validation of survey results, ensuring traceable and high-quality deliverables aligned with national and international standards. Recognized for reliability, technical precision, and effective communication, with a collaborative mindset and adaptability to changing project requirements. Passionate about continuous professional development and contributing to projects where advanced geospatial solutions support informed decision-making and measurable real-world impact.