Oman’s first 3D-printed mosque, officially announced for construction in Salalah in 2025, is an innovative fusion of modern technology and a contemporary interpretation of Islamic architecture. Known as the Al Khair Mosque Project, it will be designed by Adi Architects in collaboration with Innotech Oman. The project will emphasize sustainable design principles while preserving the cultural identity of traditional religious architecture.
Strategic Location of Oman’s First 3D-Printed Mosque
Part of the Dahariz Waterfront Development Plan, located along the Al Dahariz beach, a prime coastal location in the Wilayat of Salalah, within the Dhofar Governorate, the Al Khair Mosque will become a global urban landmark of construction innovation. Its placement and design reflect a governmental purpose to showcase it as a leading sustainable destination, demonstrating a capacity to maintain cultural roots while simultaneously integrating contemporary global trends.
Dr. Ahmed bin Mohsin al Ghassani, Chairman of the Dhofar Municipality, and Eng. Yasser bin Said Al Barami, with the support of Sayyid Marwan bin Turki Al Said, Governor of Dhofar, signed the agreement emphasizing the project’s intent with authentic Islamic identity with contemporary sustainability practices.
A specialist in 3D printing construction, Innotech Oman provides technical expertise for climate-resilient construction methodologies. The primary reason for adopting 3D printing, a method also known as additive manufacturing, is its ability to serve as a powerful commercial and environmental benchmark for future infrastructure projects within the Gulf Cooperation Council (GCC) region.
It includes 50%, a reduction in overall project costs by up to 30%, and a substantial reduction in construction waste, potentially reaching 60% compared to conventional building techniques. This profound commitment frames the Al Khair Mosque as a strategic placement for Oman’s future built environment.
Architectural Design: The Spiral Ribbon Concept
The design firm, Adi Architects, conceived a high-concept architectural vision and advanced construction technology deeply inspired by Omani heritage. The architectural vision defies conventional mosque design, centering on the idea of a spiral ribbon, a symbol of unity and continuity. The deliberate choice of spiral ribbon highlights organic and non-rectilinear form while using design for Additive Manufacturing (DfAM) principles. The use of 3D printing provided a feasible pathway for a fluid design, allowing the structure’s form and complexity to be precisely controlled.
The Minaret: Drawing inspiration from Omani identity, the sweeping lines of the Omani sail and the shape of the traditional incense burner, the minaret will serve as a striking sculptural marker, ensuring that the modern structure remains rooted in the region’s cultural history
The Oval Prayer Hall: The spatial layout features an oval prayer hall at the center, illuminated by a central skylight referred to as an oculus, which creates a symbolic gesture of openness and serenity.
Landscape Dialogue: The design incorporates green spaces, shaded walkways, and an external landscape using salt and wind-resistant planting, connecting the structure with its environment in the harsh coastal climate of Salalah.
The Al Khair Mosque will commit to sustainability through advanced technologies to minimize energy consumption, utilize active energy-harvesting technologies and passive cooling systems, and maximize natural lighting, an aspiration toward a near net-zero operational footprint. The Al Khair Mosque in Salalah represents an engineering commitment to use local and recycled materials, sustainable construction with strategic planning, and deep cultural sensitivity.
As of early October 2025, the project has been publicly announced and confirmed for development, drawing local and regional attention for its innovative use of 3D printing in religious and civic architecture.
