A research and teaching initiative exploring the intersection of spells, AI, and creative code. Workshops and projects use Python, AI APIs, and narrative systems to reimagine computation through cultural metaphor and experimental design.

Autodesk Maya render for accepted exhibition proposal integrating neon, organic materials, ambient sound, and code-based animation into an immersive shrine installation.

Game world integrating mythic narrative, iterative Python development, and interactive ecological simulation for teaching game design concepts.

Procedural p5.js environment modeling ER=EPR wormholes, turning abstract quantum theory into an experiential, navigable space

A bio-electrical interface using Raspberry Pi and Python to translate live bog signals into continuous sonic output via drone synthesizers.

Hybrid digital artwork combining DALL·E 2 image generation with Illustrator graphics and digital collage. Explores speculative extraterrestrial ritual architectures through iterative prompt design and layered composition.

Neuroprosthetic research system, custom PCB, signal mapping to interface design.

3D model designed in Rhino, based on a partial transcription of Borges’ The Aleph. Form references a black hole’s event horizon, translating theoretical holographic data storage into a precise, two-dimensional geometry.

Arduino-controlled dual-motor kinetic sculpture integrating seaweed etching, reed, red thread, and cloth-covered wire.

Spoke to Ursula Andkjær Olsen and Nazila Kivi’s Utopia class at The Danish Academy of Creative Writing on the role of electricity and time in my work.

Custom JavaScript interactive map built on Squarespace for Na'ah Illahee Fund, later adapted in a redesign.

Speculative material studies in seaweed for ER=EPR narrative systems, developed during Centrum Curator’s Residency.

Featured artist in the museum’s public program series of artist talks, in conversation with Negarra Kudumu, former Manager of Public Programs.

Arduino-driven kinetic installation with laser-cut panels and 3D-printed photo-sensor housings. Panel rotation responds to changing light patterns through cutouts, merging mechanical motion with real-time environmental sensing.

Interactive works using RFID technology to link physical movement with digital response. Across installations, custom-built readers and tagged objects transform gestures into data, triggering sound, light, or media playback. These pieces explore the body as interface, merging sculpture, code, and embedded electronics to create immersive, responsive environments.