Pardesco Artist CV
Randall Morgan
Dimensional Artist • Computational Geometer
Translating higher mathematics into contemplative form
Education
Bachelor of Science in Architecture
University of Cincinnati, College of Design, Art, Architecture, and Planning (DAAP)
Focus: Geometric principles in architectural design, parametric modeling, sacred geometry in built environments
Recognition
2023
Claire Silver AI Competition 4 FINALIST
CNC parametric wood carving selected from hundreds of international submissions for innovative integration of AI-assisted design with physical fabrication
2018-Present
International Collections
Dimensional art works collected in 27 countries worldwide—meditation spaces, galleries, and private collections from Seattle to Stockholm
Exhibitions
2024
NFT NYC — SHILLR × HUG Mobile Gallery
New York City, NY
Featured digital dimensional explorations in mobile gallery during NFT NYC conference
2023
Bridges Mathematical Art Gallery
Halifax, Nova Scotia, Canada
International exhibition connecting mathematics and art—presented parametric geometric compositions exploring algorithmic pattern generation
2022
Joint Mathematical Meetings Art Exhibition
Boston, MA
Exhibited at the world's largest mathematics conference gallery—4D polytope visualizations and stereographic projections
Artistic Practice
Dimensional Geometry Research
2018 — Present
• Exploration of 4D polytopes (tesseracts, 120-cells, 600-cells) through stereographic projection
• Translation of parametric equations into physical form via laser cutting and CNC fabrication
• Investigation of sacred geometric principles across architectural and spiritual traditions
Computational Art
2022 — Present
• Algorithm-driven design for parametric wood wall art and dimensional sculptures
• P5.js programming for animated geometric explorations
• Integration of AI tools (Midjourney) with original mathematical renderings
Material Translation
2018 — Present
• Laser cutting technology for precision geometric artwork in wood and copper
• CNC machining for three-dimensional parametric relief carvings
• Hand-finishing techniques: sanding, staining, gold leaf application
Technical Capabilities
Mathematical Modeling: 4D geometry, stereographic projection, parametric design, fractal generation, hyperbolic tessellation
Digital Fabrication: Laser cutting (wood, acrylic, copper), CNC routing, digital-to-physical workflow optimization
Computational Tools: CAD software, 3D geometric modeling, P5.js creative coding, AI-assisted design (Midjourney, custom algorithms)
Digital Curation: NFT minting, blockchain integration, digital art exhibition
For commission inquiries and collaborations: Contact Studio
Based in Cincinnati • Exploring dimensions since 2018