All digitization projects are conducted in accordance with museum-grade technical standards, with a focus on accuracy, consistency, and long-term preservation. The methodology is designed to meet institutional requirements for collection documentation, research, and digital archiving.
My digitization practice is built on measurable accuracy and repeatability, ensuring reliable digital surrogates suitable for museum and archival contexts.
My digitization practice is built on measurable accuracy and repeatability, ensuring reliable digital surrogates suitable for museum and archival contexts.
All digital outputs are produced as long-term preservation assets, not presentation images.
Digitization is treated as a structured documentation process, with information embedded directly into the digital assets.
Each project includes verification, security, and transparency, meeting institutional requirements and best practices.
Each collaboration begins with an evaluation of the collection scope, object types, priorities, and institutional requirements. This allows digitization parameters, metadata structures, and technical outputs to be defined before capture begins.
Projects are structured into manageable phases, enabling:
Consistency across years and projects is maintained through:
Museums benefit from continued technical support beyond capture, including:
Digitization outputs are designed to integrate with:
Advanced computational techniques that reveal the invisible
For oversized maps, tapestries, or murals, a single capture is insufficient. I utilize robotic panoramic heads to capture hundreds of high-magnification macro tiles. These are algorithmically stitched into a single Gigapixel image(1,000MP+).
Ultraviolet (UV) Fluorescence: Captures the glow of organic materials (mold, varnish, adhesives) to map restoration history.Infrared (IR) Reflectography: Penetrates surface pigments to reveal carbon-based under-drawings or sketches hidden beneath the paint.
The camera remains fixed while light is projected from various angles around the object. The software compiles a surface map that allows the user to "move" the virtual light source on their screen.
A specialized lighting setup removes reflections and shadows, delivering evenly lit, high-resolution, color-calibrated images.
Documentation of museum interiors, spatial design, and window displays
Applied to coins, jewelry, fossils, and small sculptures. Multiple images are captured at shifting focus distances and merged into one fully sharp image with extended depth of field, enabling precise analysis and classification.
Cultural heritage objects are captured through calibrated photos from all angles and reconstructed into accurate, textured 3D models for conservation, research, VR/AR, and digital archiving.
The camera remains fixed while light is projected from various angles around the object. The software compiles a surface map that allows the user to "move" the virtual light source on their screen.
A specialized lighting setup removes reflections and shadows, delivering evenly lit, high-resolution, color-calibrated images.
Documentation of museum interiors, spatial design, and window displays
For oversized maps, tapestries, or murals, a single capture is insufficient. I utilize robotic panoramic heads to capture hundreds of high-magnification macro tiles. These are algorithmically stitched into a single Gigapixel image(1,000MP+).
Ultraviolet (UV) Fluorescence: Captures the glow of organic materials (mold, varnish, adhesives) to map restoration history.Infrared (IR) Reflectography: Penetrates surface pigments to reveal carbon-based under-drawings or sketches hidden beneath the paint.
Museums benefit from:
Structured, phased digitization programs
Long-term technical continuity and consistency
Guidance for future digitization and system integration
Alignment with institutional digital preservation strategies
Why Work With Me
I operate as a digitization specialist, not a photography vendorMy workflows are designed for collections, not individual imagesI deliver digital assets suitable for long-term institutional useI prioritize accuracy, transparency, and auditability
Photographer & Art Digitization Specialist
Documenting and photographing art, antiquities, collectibles, and contemporary designs.
Services are provided by Quest Imaging, a registered company in Amsterdam since 2019, specializing in high-end photography and digitization.
© Copyright 2025 George Shahda
All images and media on this website are protected by international copyright laws. Any unauthorized use, reproduction, or distribution is strictly prohibited without prior written permission.
.svg)