October 9, 2025      Applications      179

Oman, an Islamic nation in southeastern Arabia, has launched a groundbreaking project to construct its first mosque using 3D printing technology. This initiative marks a milestone in Oman's strides toward sustainable construction.

The mosque, named "Al Khair" (meaning "goodness"), will be jointly developed by Innotech Oman and Oday Architecture. The project will utilize large-scale 3D printing technology to construct the main structure and architectural details of the mosque, achieving a fusion of Islamic cultural heritage and innovative design.

The architectural concept draws inspiration from a "spiral ribbon": this design not only creates shaded walkways around the building but also forms tiered green spaces. Advanced 3D printing technology enables the construction team to quickly create complex and intricate architectural forms while minimizing material waste. The mosque's oval prayer hall features a central skylight that fully introduces natural light into the interior, symbolizing the cultural metaphor of "spiritual guidance."

Ahmed bin Mohsen Al Ghassani, Chairman of the Dhahriyz Municipal Committee, emphasized that 3D printing technology will significantly shorten construction time and reduce material usage. The project also plans to use locally sourced "coast-friendly materials" to minimize environmental impact. Additionally, the design will integrate solar, wind, and kinetic energy generation systems, making this mosque a model for sustainable urban development in the region.

This construction method subverts the traditional logic of large-scale public building construction: 3D printing technology not only enables precise control over complex architectural forms but also reduces reliance on conventional formwork—which is not only costly but also time-intensive. This approach aligns closely with Oman's broader development vision: embracing advanced infrastructure technology while steadfastly preserving its cultural identity.

Upon completion, the Al Khair Mosque is poised to become a landmark along the Salalah coastline, blending religious significance with architectural value. Its innovative application of 3D printing technology may serve as a reference for similar projects in the Gulf region, promoting the deep integration of "traditional and forward-looking construction methods."

Beyond Oman, Saudi Arabia and the United Arab Emirates have also previously initiated 3D-printed mosque projects. These practices collectively demonstrate that the perception of 3D printing as a construction tool is rapidly evolving—transitioning from an "emerging technology" to a vital force driving efficiency upgrades and sustainable development in the construction industry.







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