Master’s Thesis: Regenerative Design
As a researcher at the Design-Tech Lab at the Technion, under the guidance of Prof. Ezri Tarazi, my work explores the intersection of advanced technology and biological conservation. I operate within the space where code, material, and the ocean meet, driven by a fundamental shift from Human-Centered Design to Nature-Centered Design. My goal is to leverage industrial design tools not just for human utility, but for the restoration and healing of marine ecosystems.
Parametric Research: Programming Complexity
Generative Morphologies Using Grasshopper and Python, I develop digital tools to simulate the structural complexity found in natural coral reefs. This isn't just about aesthetics; it’s about "programming" functionality. Through parametric design, I can optimize surface areas and create intricate geometries that facilitate water flow and provide ideal substrates for larval settlement.
Material Inquiry: The Language of Clay
From Earth to Sea: Terracotta 3D Printing My material research focuses on the capabilities and constraints of Ceramic 3D Printing. I’ve spent extensive time investigating the limits of terracotta—experimenting with paste consistency, print speed, and structural stability. By understanding exactly how the printer "thinks," I can push the boundaries of texture and form to create durable, eco-friendly structures that mimic the organic roughness of natural stone.
Deep Design: A Nature-Centered Methodology
Methodology of the Deep True environmental design requires a physical presence in the habitat we aim to serve. My approach, termed "Deep Design," integrates my background as a Scientific Diver (AAUS) into the design process. This hands-on field experience ensures that every design decision is grounded in the reality of the underwater environment, moving beyond the studio and into the sea.
