Abu Dhabi College inaugurates UAE’s first research-driven 3D concrete printed chamber

Picture Credit score : WAM

Abu Dhabi, January 16, 2026: Abu Dhabi College has inaugurated a research-driven 3D concrete printed instrumented analysis chamber, marking a first-of-its-kind, full-scale facility developed totally inside a tutorial setting within the UAE.

Unveiled on the college’s Innovation Middle and 3D Concrete Printing Analysis Lab, the power is designed to deepen scientific understanding of the long-term efficiency of 3D-printed concrete buildings and assist the development of sensible, sustainable development practices. The inauguration was attended by the college’s chancellor, senior educational leaders, school members, and representatives from authorities and {industry}.

The chamber represents the result of 4 years of centered analysis and experimentation. It was designed, printed, assembled, and absolutely instrumented by ADU’s analysis crew, led by Professor Samer Al Martini and Dr Reem Sabouni from the School of Engineering. Growth befell on the college’s 3D Concrete Printing Analysis Lab, launched in 2023 to supply superior applied sciences and hands-on analysis alternatives for school and college students.

Whereas the UAE has seen a number of industry-led 3D-printed concrete initiatives showcasing constructability and architectural design, the ADU initiative stands aside as the primary to be delivered totally via a university-led analysis framework. The chamber features as an built-in platform to review how 3D-printed concrete behaves over time below actual environmental and operational circumstances.

Professor Ghassan Aouad, Chancellor of Abu Dhabi College, stated the challenge displays the establishment’s dedication to utilized analysis with real-world affect. He famous that the UAE’s innovation-driven setting permits universities to push boundaries and contribute meaningfully to nationwide priorities in sustainable infrastructure, sensible development, and future-ready engineering options.

Totally instrumented with superior sensors and monitoring programs, the power permits steady, real-time evaluation of structural behaviour. The info collected will assist ongoing analysis into constructing efficiency and supplies, serving to to tell the event of future 3D-printed buildings.

In response to Professor Al Martini, the chamber permits long-term, data-driven analysis of 3D-printed concrete buildings in actual circumstances, supporting the expertise’s development towards scalable and sensible purposes.

A key factor of the challenge is using research-developed concrete mixes formulated in-house utilizing regionally sourced UAE supplies. These mixes are supported by revealed, internationally recognised analysis, contributing authentic scientific data to the rising discipline of 3D concrete printing.

Dr Sabouni added that the challenge applies modular development ideas, with all wall components absolutely 3D-printed and assembled into an built-in system. This method improves scalability, transportability, high quality management, and repeatability, all of that are important for large-scale deployment and sustainable infrastructure.

Past analysis, the power additionally strengthens experiential studying for civil engineering college students, providing sensible publicity to superior development applied sciences, supplies growth, structural monitoring, and real-world analysis. The initiative helps ADU’s broader aim of making ready graduates with industry-relevant expertise for the way forward for sensible and sustainable development.