ArchViz
This collection represents years of specialized work at the intersection of digital and public art. Through collaborations with diverse artists and designers, I've developed a rigorous technical pipeline for visualizing public art installations and interior spaces with absolute fidelity. My approach combines precision modeling with advanced rendering workflows and cinematic lighting techniques - all optimized to preserve artistic intent while solving real-world fabrication challenges.
What sets this work apart is its scale-agnostic methodology. Whether visualizing intimate gallery pieces or monumental public sculptures, I maintain the same technical standards for:
- Physically accurate material representation
- Context-sensitive lighting scenarios
- Fabrication-ready topology optimization
These projects have cultivated more than just technical skills - they've developed my ability to translate between artistic vision and practical execution. The public art aesthetic demands solutions that work equally well in render passes and in physical space, a balance I've mastered through hundreds of iterations across these varied commissions.
ArtViz
These images represents my passion for bridging artistic vision with technical execution. As a technical artist, I thrive in collaborative environments where I can work closely with designers and artists to translate concepts into compelling 3D visualizations. My approach combines artistic sensibility with technical precision - whether determining optimal modeling techniques, establishing efficient design languages for rapid iteration, or implementing new tools to enhance the creative process.
The field of 3D visualization evolves constantly, and I've embraced this as one of the most rewarding aspects of our work. Staying adaptable means more than just learning new software; it requires developing mental frameworks for creative problem-solving. Through years of collaboration, I've cultivated key insights that guide my practice:
Lessons from the Trenches:
- Perfection is rarely the goal - clarity and communication are
- Revision cycles are where the real magic happens
- Verbalizing problems often reveals solutions (rubber-duck debugging for artists)
- Flexibility in methodology beats rigid perfectionism
- Sustainable creativity requires respecting cognitive limits
This mindset has allowed me to deliver impactful visualizations that serve both artistic intent and project realities, time after time.
Digital Twin Aided Design
Project: Rationalized Emma Coulter's 12m artwork "Let Them Feel The Light" for curved wall mounting (in collaboration with Andrew Dane ).
Details:
- Combined 3D laser scans with CAD data to create a millimeter-accurate digital twin
- Developed an adaptive mounting system accommodating real-world construction variances
- Enabled simple installation despite complex curvature
Impact:
Proved digital twins' untapped potential for:
- Seamless art-architecture integration
- Tolerance management in imperfect builds/installations
- Pre-fabrication verification
Key Insight: "The best technical solutions disappear, leaving only the art visible."
(With thanks to Stainless Aethetics for exceptional fabrication.)

Digital Panalization
Project: 'Destiny' by Mr Wanambi (1962-2022) - Large-scale perforated fish sculpture.
Technical Challenge:
Bridging First Nations artist's 2D patterning with 3D scanned form through:
- Complex surface panelization
- Vector texture mapping onto organic geometry
- Realtime hole locating system
I worked with Andrew Dane to develop:
- Hybrid fabrication workflow merging digital and traditional techniques
- On-the-fly problem solving for physical/digital translation
- Precision alignment systems for cultural artwork integrity
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Seamless integration of artistic vision and technical execution
Fabricated by Perides Art Projects.
We proved how advanced technical design can serve cultural preservation - transforming 2D patterns into 3D form without compromising artistic intent.
Digitization of an Artwork, remotely
Solution:
- Implemented a photo/video-based 3D scanning workflow using reference media
- Created accurate CAD models from generated scans
- Analyzed assembly videos to determine precise installation sequencing
Impact:
- Eliminated need for physical maquette transport
- Ensured correct assembly of complex artwork
- Established new remote collaboration methodology
Key Insight:
This project demonstrates how digital tools can transform traditional art fabrication processes, particularly for:
- Remote collaboration
- Complex assembly planning
- Physical-to-digital conversion