Product Designer — Milan
Physical and industrial design across furniture, lighting, and eyewear. BA Product Design, Istituto Marangoni, Milan. My work makes material logic and structural reasoning legible — not decorative.
A sideboard defined by structural legibility. Visible vertical ash elements act simultaneously as load-bearing legs and guiding features — making joinery the primary visual language, not a hidden technical layer.
Optical frame for long-duration clarity. Translucent recycled PET, embedded aluminium hinge core, and uniform minimal geometry designed to visually recede during 8–12 hours of daily wear.
Active performance sunglasses for high-exposure conditions. Frame produced from re-melted recycled PET — each piece carries a unique marbled pattern, making material origin visible rather than concealed.
A desk lamp where control is embedded into physical form — the shade slides vertically along an aluminium structure, replacing abstract dimmers with a direct bodily gesture.
A bed defined by structural continuity. Leg and frame formed as one uninterrupted wooden element — making load-bearing logic visible rather than concealed. Developed for the Porada Competition.
Everyday sunglasses designed for urban conditions. Restrained round geometry and 3D-printed cellulose acetate frame — functional protection that integrates naturally into daily movement without signalling performance.
A narrative desk lamp inspired by peripheral light. Translating Scandinavian folklore — the will-o'-the-wisp — into a contemporary domestic object that emphasises presence over output. Wood, aluminium, leather, textile cord.
About
I am a product designer currently completing a BA at Istituto Marangoni in Milan. My work focuses on clarity, structure, and use-driven form across furniture, lighting, and consumer products.
I approach design through material logic and legible construction — moving carefully between concept development and execution. Form should emerge from constraint, not expression.
Before design, I built two Olympic-class fiberglass sailboats and fabricated a one-off 45-foot full carbon fibre vessel — a background in precision tolerances and structural reasoning that informs everything I make.
CAD & Modelling
Visualisation
Materials
Process