I’m an architect with 15 years of experience delivering complex projects across a range of typologies—from residential and commercial spaces to laboratories and cultural buildings—across both urban and standalone sites. My work is grounded in the pursuit of design excellence, technical precision, and a deep understanding of how context, systems, and materials interact.

In parallel to my architectural practice, I’ve developed specialized expertise in computational design and systems thinking, using tools such as Rhino/Grasshopper and CATIA to experiment and drive geometry, workflows, and performance optimizations. I apply algorithmic methodologies in my design work when they offer unique value or unlock interesting solutions and opportunities.

A common thread throughout my work—whether in architecture or product design—is the ability to synthesize complex, multidisciplinary input into clear, buildable outcomes. I thrive in collaborative environments and bring a strong systems-oriented mindset that bridges gaps between disciplines and stakeholders. I believe computational design plays a key role in advancing this kind of collaboration, as it can give structure and shape to knowledge, systems and workflows that are otherwise hard to define.