Image Credit : WAM
Abu Dhabi, January 16, 2026: Abu Dhabi University has inaugurated a research-driven 3D concrete printed instrumented research chamber, marking a first-of-its-kind, full-scale facility developed entirely within an academic setting in the UAE.
Unveiled at the university’s Innovation Center and 3D Concrete Printing Research Lab, the facility is designed to deepen scientific understanding of the long-term performance of 3D-printed concrete structures and support the advancement of smart, sustainable construction practices. The inauguration was attended by the university’s chancellor, senior academic leaders, faculty members, and representatives from government and industry.
The chamber represents the outcome of four years of focused research and experimentation. It was designed, printed, assembled, and fully instrumented by ADU’s research team, led by Professor Samer Al Martini and Dr Reem Sabouni from the College of Engineering. Development took place at the university’s 3D Concrete Printing Research Lab, launched in 2023 to provide advanced technologies and hands-on research opportunities for faculty and students.
While the UAE has seen several industry-led 3D-printed concrete projects showcasing constructability and architectural design, the ADU initiative stands apart as the first to be delivered entirely through a university-led research framework. The chamber functions as an integrated platform to study how 3D-printed concrete behaves over time under real environmental and operational conditions.
Professor Ghassan Aouad, Chancellor of Abu Dhabi University, said the project reflects the institution’s commitment to applied research with real-world impact. He noted that the UAE’s innovation-driven environment enables universities to push boundaries and contribute meaningfully to national priorities in sustainable infrastructure, smart construction, and future-ready engineering solutions.
Fully instrumented with advanced sensors and monitoring systems, the facility enables continuous, real-time assessment of structural behaviour. The data collected will support ongoing research into building performance and materials, helping to inform the development of future 3D-printed buildings.
According to Professor Al Martini, the chamber enables long-term, data-driven evaluation of 3D-printed concrete structures in real conditions, supporting the technology’s progression toward scalable and practical applications.
A key element of the project is the use of research-developed concrete mixes formulated in-house using locally sourced UAE materials. These mixes are supported by published, internationally recognised research, contributing original scientific knowledge to the growing field of 3D concrete printing.
Dr Sabouni added that the project applies modular construction principles, with all wall elements fully 3D-printed and assembled into an integrated system. This approach improves scalability, transportability, quality control, and repeatability, all of which are essential for large-scale deployment and sustainable infrastructure.
Beyond research, the facility also strengthens experiential learning for civil engineering students, offering practical exposure to advanced construction technologies, materials development, structural monitoring, and real-world research. The initiative supports ADU’s broader goal of preparing graduates with industry-relevant skills for the future of smart and sustainable construction.
