Ornella Iuorio

Professor
Head of the AS Lab, Architect and engineer
Ornella Iuorio is an Associate Professor in Architectural Engineering at the Politecnico di Milano (IT) and serves as a Visiting Professor at the University of Leeds (UK), where she previously held the position of Full Professor and Chair in Architecture and Structures. As the head of the Arch // Struct Lab (AS Lab), she has established an international reputation for innovations in the sustainable design of lightweight structures and the creation of resilient built environments. Her research explores the transformative potential of computational tools, prefabrication, and lightweight steel systems, specifically focusing on how advanced manufacturing and robotics can facilitate innovative low-carbon and circular construction systems.
Professor Iuorio is a leading voice in the global structural architecture community, currently serving as the Vice President of the International Association of Structures and Architecture (IASA) and Chairing the upcoming 7th International Conference on Structures and Architecture (ICSA 2027). In recognition of her pioneering contributions to the field, she was named one of the “Top 50 Women in Engineering: Inventors & Innovators” in 2022. Her work frequently bridges the gap between research and public discourse, exemplified by her installations at events such as the Venice Biennale 2023, where she presented “Set in Transition” — a robotically assembled, dry-stack self-standing shell structure - and Milan Design Week 2025, which saw the presentation of a kinetic sculpture.
With a research portfolio exceeding €6.5 million, Professor Iuorio has led high-impact projects funded by the EPSRC, ESRC, Innovate UK, the British Academy, and the World University Network (WUN_BRIC). Her academic output includes more than 140 peer-reviewed papers and edited books, most recently her 2025 Springer publication, From Mass Prefab to Mass Customization: Modern Methods of Constructions from Experimentation to Manufacturing. Her work in Modern Methods of Construction (MMC) and post-disaster infrastructure has been recognized with the Sir John Fowler Award from the Institute of Civil Engineers (ICE) for its significant societal and industrial impact.
Professor Iuorio holds a PhD in “Design, Analysis and Experimentation of Structures” from the University of G. D’Annunzio, Pescara and a Laurea (Cum Laude) in Architecture from the University of Naples Federico II. Her career includes a prestigious fellowship at the Massachusetts Institute of Technology (MIT, USA), and she continues to shape the field as an Associate Editor for the journal Architecture, Structure and Construction and as a scientific committee member for numerous international conferences, including ICSA, fib, and SEEDS.
Related publications
- A reconfigurable hardware-geometry system for the assembly of multiple structures from finite panel kits and adaptable nodes (2026)
- A novel optimised additively manufactured connection for hybrid semi-rigid lightweight steel framing (2026)
- Teaching Architectural Design from Stock: A course-based framework for material reuse leveraging digital design and fabrication (2026)
- Fostering Circularity in the Stone Industry: Multi-Criteria Analysis of Existing Sustainable Indicators for Decision-Making Support (2026)
- Novel additively manufactured connections for cold-formed steel construction: FE investigation (2026)
- Fusion of fiducial marker and point cloud data for reliable multi-camera tracking in robotic assembly of construction elements (2026)
- Shape optimisation of metal additive manufacturing connections in lightweight steel structures (2026)
- Local Materials, Global Impact: Bamboo for Climate and Seismic Resilient Neighbourhoods in Latin America (2025)
- Neural Network Tree Identification from Street View Images to Estimate CO2 Sequestration (2025)
- Information Requirements and Critical Assessment of Level(s) Integrated with Level of Information Need (LOIN) (2025)
- BIM-based application of level(s) for circular economy: Recyclability case study (2025)
- Towards automating the workflow for design, manufacturing, and assembly process feedback of discrete panel structures (2025)
- Kinetic Harlequin: an interactive kinetic sculpture simulating nature through discrete mechanisms (2025)
- Tool-free connection system for robotic assembly of lightweight shell systems (2025)
- Robotic manipulators as advanced manufacturing agents for laser-cut construction systems (2025)
- From Mass Prefab to Mass Customization: Modern Methods of Constructions from Experimentation to Manufacturing (2025)
- Architectural Engineering: Engineering Approaches for the Design for Manufacturing and Assembly for the Housing Sector (2024)
- Methodology for Improving Manufacturing and Assembly of Lightweight Prefab Systems (2024)
- Determining the carbon footprint reduction of reusing lightweight exterior infill walls: A case study of a school building in the United Kingdom (2024)
- Systematic review of experimental testing of masonry walls' failure: Comparative analysis and future directions (2024)
- Integrating R-funicularity, local stability and inter-panel constraint assessment for discrete timber shell construction design (2024)
- A New Building Information Modelling-Based Approach to Automate Recyclability Rate Calculations for Buildings (2024)
- Gamification Approaches and Assessment Methodologies for Occupants’ Energy Behavior Change in Buildings: A Systematic Review (2024)
- Experimental Study on the Feasibility of Disassembling and Reusing Lightweight Façade Wall Systems (2024)
- Design for deconstruction through digital fabrication of thin spatial systems (2024)
- Using bolted connections for the construction, de-construction and reuse of lightweight exterior infill walls: Experimental study (2024)
- Disassembly and Reuse of Structural Members in Steel-Framed Buildings: State-of-the-Art Review of Connection Systems and Future Research Trends (2023)
- Methodology for Stability Assessment of Discretised Shell Structures During Robotic Assembly (2024)
- The Role of Parametric Design in the Robotic Assembly of Dry-Constructed Shell Structures (2024)
- Can we reuse plasterboards? (2023)
- Life Cycle Analysis of Innovative Technologies: Cold Formed Steel System and Cross Laminated Timber (2023)
- Investigation of the effect of modular construction details on the lateral behaviour of cold-formed steel framed shear walls (2022)
- Design for de-construction of lightweight infill wall systems (2022)
- Automated robotics agents for assembly-aware design of shells (2022)
- Numerical investigation into the performance of cold-formed steel framed shear walls with openings under in-plane lateral loads (2022)
- Future scenarios for housing (re)settlements in Ecuador (2022)
- Ecuadorian housing resettlements five years after the 2016 earthquake: A critical analysis (2021)
- Experimental investigation into the performance of cold-formed steel walls sheathed with OSB and cement-based panels (2021)
- Numerical analysis and experimental characterisation of brick masonry (2020)
- Prefabs in the North of England: Technological, Environmental and Social Innovations (2019)