
The Firm · Author Profile
Maurizio Barberio, PhD
Architect, Technology Transfer Officer, Director of the BINP – Boosting Innovation in Poliba university incubator. Co-founder of Barberio Colella Architetti.
His research lies at the intersection of computational design, advanced digital fabrication and building culture, with a second parallel focus on university technology transfer and open innovation.
About
Maurizio Barberio is an architect and holds a PhD. After completing his Master’s degree in Architecture at the Politecnico di Bari in 2014 with a grade of 110/110 with honours, he went on a PhD in Architecture – specialising in ‘Construction Culture’ – at the Argonauti consortium, which for several years linked Università degli Studi Roma Tre and the Politecnico di Bari, completing his studies in 2018 with a thesis dedicated to the new frontiers of stone architecture and the relationship between digital stereotomy and traditional construction techniques. His research trajectory, dating back to his PhD years, is conceived as an attempt to restore to a traditional material such as stone – a material historically caught between archaeology and contemporary marginality – a functional role in contemporary construction, facilitated by digital design tools and computer-numerically controlled machines. However, the framework is not merely material: the focus is on the encounter between a long-standing constructive grammar, namely stereotomy, and the contemporary technological apparatus of additive manufacturing, subtractive fabrication and robotic fabrication.
Professionally, in 2018 (following several years of collaboration) he co-founded Barberio Colella Architetti with Micaela Colella, establishing The Firm that operates across architecture, component design, the prototyping of innovative construction systems, and applied research commissioned by companies and research centres. Since 2020, he has been working on a permanent basis with the Politecnico di Bari as Knowledge Transfer Manager, initially as a postdoctoral research fellow and, since July 2023, as a senior research fellow in the field of technology transfer (sector ING/IND/35), dealing with the evaluation and protection of industrial property, the exploitation of the university’s patent portfolio and the management of competitive open innovation programmes. In May 2026, he took over as director of BINP – Boosting Innovation in Poliba Scarl, the Politecnico di Bari University’s incubator, following years of continuous collaboration as Knowledge Transfer Manager for the incubator itself.
Key awards and accolades
- NIB Award – Top 10 Architecture and Landscape 2021 by New Italian Blood for Barberio Colella Architetti.
- Fassa Bortolo Italian Sustainable Architecture Award (Honorable Mention).
- Silver A' Design Award in the Engineering, Construction and Infrastructure Design category.
- Build Architecture Award 2019 as Best Sustainable Architecture Practice – Southern Italy, by BUILD – AI Global Media.
- WA Awards by the World Architecture Community.
- Honorable Mention: Cool Abu Dhabi Challenge with the Urban Dunes project.
- Special Mention, Europan 18 with the Polymnia Futura project (Colella-Barberio-Figliola-Gamal group).
- Special Mention: MET Retail Identity.
Notable projects

Digital stereotomy
Additive Stereotomy
Prototype for the New York Institute of Technology, in collaboration with Summum Engineering Rotterdam.

3D printing in construction
Urban Dunes
A stereotomic vaulted roof made of sandstone, produced using binder jetting with local sand, designed for the climate of Abu Dhabi.

3D printing in construction
3D-printed mosque
An experimental mosque for Kuwait: additive manufacturing meets the Islamic architectural tradition of domes and mashrabiyya.

3D printing in construction
Aetherius
Modular pavilion created using 3D extrusion printing for B&Y Srl, on display at Marmomac 2024.

3D printing in construction
Flowin' Footbridge
Pedestrian bridge Moganshan (China), featuring large-scale low-carbon concrete elements cast using 3D-printed thermoplastic formwork.

Parametric design
Flux Vault
Experimental stone pavilion: roof surfaces formed by catenary curves and pre-assembled stone voussoirs, installed without ribs.
Research areas and fields of expertise
Five interlinked areas spanning research, practice and technology transfer.
3D printing in construction and additive manufacturing
Parametric design of components and construction robotics
Technology transfer and open innovation
Climate-responsive design and generative AI
Links
The Firm’s work is organised into five verticals – sustainable architecture, high-end interior design, 3D printing, parametric component design, and Public & Commercial Architecture for offices, schools and hospitality venues – and is showcased on the project pages, in the content of the Insights section and on the landing pages for each vertical. Initial enquiries from qualified clients are handled via the dedicated contact form.