Portfolio · 2022 — present
Survey engineer · photogrammetry specialist.
Millimetre-accurate 3D digital twins, topographic and architectural surveys. Reference-network anchored, delivered in the file formats your CAD, BIM, or 3D tools actually open. Built for architects, engineers, construction firms, heritage authorities, and researchers.
- UAV hours
- 1000+
- Resolution
- 2 mm/px
- Coverage
- EU-wide
For architects, engineers & developers
Survey & Mapping
Topographic surveys, as-built records, façade documentation, and construction-site support. Outputs in DWG / IFC / E57 / GeoTIFF, anchored to a surveyed control network.
Topographic Survey — Agioi Theodoroi & Venizelos Squares, Anavisos
2026Anavisos, Attica, Greece
Topographic survey of two central squares and the connecting road network in Anavisos — geometric base for a municipal regeneration study, covering roughly 19,000 m² of urban terrain.
- topographic
- urban
- regeneration
Aerial Condition Survey — Theoxenia Hotel, Messolonghi
2026Messolonghi, Greece
Aerial condition assessment and boundary check of the Theoxenia Hotel in Messolonghi — a 3D model, surface heights, general lot plan, and a technical report documenting cracking and deterioration.
- condition-assessment
- aerial
- boundary-survey
For heritage authorities, archaeologists & researchers
Heritage Documentation
High-accuracy photogrammetric records of monuments, fortifications, and archaeological sites — geo-referenced digital twins, elevation orthomosaics, and architectural drawings for preservation, restoration, and study.
Byzantine Kelli, Monastery of Xenophon
2026Mount Athos, Greece
Photogrammetric documentation of a two-storey stone kelli at the Monastery of Xenophon, Mount Athos, to support a full restoration study — fully georeferenced orthomosaics of every planar surface.
- religious
- byzantine
- restoration
Byzantine Fortification of Polyneri
2025Polyneri, Greece
Photogrammetric documentation of the Polyneri citadel — a millimetre-accurate 3D record of the standing fortification, with elevation orthomosaics, sections, plan, and a tiled 3D model georeferenced in EGSA87.
- fortification
- byzantine
- uav
- terrestrial
Approach
Field-grade survey, processed with research-grade rigor.
Every project starts with a reference network — RTK GNSS to the national grid, photo-targets observed by total station, redundant check points. Aerial and terrestrial captures are planned around the geometry of the site, not the convenience of the equipment. Models are solved against ground control rather than RTK alone, validated on independent check points, and packaged in the formats the client's workflow actually consumes — CAD, BIM, point cloud, or streamed 3D tiles.