About me

My name is Gennaro Picinni Leopardi, a Computational Designer and M.Arch. I work across parametric design, architectural visualization, and sustainable urban strategies. For me, design is a challenge I embrace with enthusiasm every time a continuous journey of experimentation, mistakes, and refinement. I believe that exploring and shaping ideas step by step leads to the most authentic and meaningful results.

My background

Born in Bari, Italy, I later moved north to pursue my studies and career. I hold an M.Arch from the University of Florence, specializing in computational design, parametric modeling, and architectural visualization within structured digital workflows. My work centers on parametric design, acoustic mitigation, sustainability, and adaptive reuse, connecting space, materials, digital tools, and cultural heritage through ongoing learning and practical innovation.

Previous work

I’ve explored parametric acoustic mitigation for the Florence railway corridor along Via Giuseppe Richa, where noise exceeds 70 dB. Through simulations, heatmaps, and a modular tunnel canopy design, I proposed urban regeneration solutions that reduce pollution while enhancing public space resilience

ACUSTIC MITIGATION AND URBAN REGENERATION

This project focuses on the requalification of a railway corridor cutting through the city of Florence, Italy. The proposal aims to reduce the acoustic and visual impact of the railway line on the surrounding urban fabric through a system of sound barriers, and architectural interventions.The design integrates prefabricated concrete tunnels with acoustic panels specifically designed to absorb low-frequency noise generated by trains. The strategy enhances urban livability, reconnects fragmented neighborhoods, and introduces sustainable solutions to mitigate environmental impact.

Software used: Rhino 3D, Grasshopper, AutoCAD, Photoshop, Illustrator, Lumion 11.