Process

Ideation & Sketches

Development follows systematic methodology combining technical analysis with iterative design thinking. Initial conceptualization emerges from intersection of AI/ML optimization principles and sustainable fabrication workflows.

Design & Fabrication

Systematic approach to digital design integrates computational optimization with fabrication workflows. Algorithmic pattern generation and parametric design methodologies ensure efficiency and sustainability metrics are embedded throughout development process.

Initial fabrication tests demonstrate feasibility of AI-driven material optimization approaches. Detailed fabrication files and process documentation available in project repository¹.

Prototypes

Prototype development follows iterative methodology with data-driven validation at each stage. Machine learning models inform design decisions while physical testing validates computational predictions.

Each prototype iteration incorporates feedback loops between digital simulation and physical fabrication results. This systematic approach enables rapid convergence toward optimal solutions while maintaining sustainability objectives and resource efficiency targets.

Mentoring Notes

Technical guidance and strategic direction from Fabricademy mentors. Repository for collaborative insights, recommended resources, and specialized equipment recommendations for intelligent fabrication system development.

Half-fabrication files

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1. Test file: 3d modelling test ↩