--- slug: 3d-printed-mosque title: 3D-Printed Mosque — A 3D-printed mosque in Kuwait hero_subtitle: A place of worship where additive manufacturing makes it possible to create complex vaulted surfaces at a sustainable cost, reinterpreting Islamic architecture using contemporary techniques year: "2025" location: Kuwait typology: Place of worship vertical_primary: Sustainable Design vertical_primary_slug: sustainable-design vertical_secondary: Sustainable Design vertical_secondary_slug: sustainable-design badge_raw: 2025 · Kuwait · Place of worship · 3D-printed design + sustainable design scheda: Location: Kuwait Year: "2025" Client: Kuwait Real Estate Company (AQARAT) Typology: Place of worship (mosque) Area: 495 m² Prayer hall: "297 m² (capacity: 356 people)" Status: Detailed design completed Lead designers: Micaela Colella, Maurizio Barberio (Barberio Colella Architects) General contractor and co-designers: Abyan Building Construction WLL 3D printing consultants: COBOD (Simon Klint Bergh, Roshin Anthoora Valappil, Laith Sharar) Main materials: 3D-printed cementitious mortar, reinforced concrete (RC), GFRC (mashrabiyye), Burdur Beige marble, Iroko timber, gold-coloured aluminium images: - filename: 3d-printed-mosque-ablution-room.jpg alt: Main entrance to the 3D-printed mosque in Kuwait caption: The main entrance on the north-east facade, featuring a Iroko timber portal and 3D-printed hexagonal vaults — the beige cement mortar echoes the colour of desert sand. - filename: 3d-printed-mosque-exterior-back.jpg alt: Rear view of the 3D-printed mosque in Kuwait caption: Rear view showing the twisted minaret and the GFRC mashrabiyyas on the side facades — traditional screening elements reinterpreted using contemporary materials. - filename: 3d-printed-mosque-exterior-main-entrance.jpg alt: Prayer hall in a mosque with 3D-printed domes caption: "The 297 m² diamond-shaped prayer hall: the 3D-printed vaults, featuring two central domes fitted with skylights, create a system of natural overhead lighting." - filename: 3d-printed-mosque-library.jpg alt: "Interior of the prayer hall: overhead light and mihrab" caption: The mihrab, illuminated by the skylight — the natural light from above creates a luminous focal point that draws the eye towards Mecca, in keeping with the finest traditions of historic mosques. - filename: 3d-printed-mosque-prayer-hall-01.jpg alt: Mezzanine library at the Kuwait Mosque caption: The library on the mezzanine level, with a view of the prayer hall through a partition wall — 49 m² of space that can accommodate up to 48 worshippers if necessary. - filename: 3d-printed-mosque-prayer-hall-02.jpg alt: Ablution room in a mosque, featuring Burdur Beige marble caption: The ablution room, featuring Burdur Beige marble cladding and a microcement floor — the six foot-washing stations allow guests to follow the traditional ritual in a contemporary setting. faq_count: 5 related_slugs: - urban-dunes - additive-stereotomy - first-stone cta: title: Do you have a project that requires additive manufacturing on an architectural scale? body: If you are exploring 3D printing for a complex building — whether a place of worship, a public building or a commercial property — BCA has the expertise to turn your concept into a buildable design, coordinating the entire process from parametric modeling to site preparation. button: Send us your brief microcopy: "[Send your brief]" hero_image: 3d-printed-mosque-prayer-hall-02.jpg gallery_renders: - filename: 3d-printed-mosque-exterior-main-entrance.jpg alt: Prayer hall in a mosque with 3D-printed domes caption: "The 297 m² diamond-shaped prayer hall: the 3D-printed vaults, featuring two central domes fitted with skylights, create a system of natural overhead lighting." - filename: 3d-printed-mosque-exterior-back.jpg alt: Rear view of the 3D-printed mosque in Kuwait caption: Rear view showing the twisted minaret and the GFRC mashrabiyyas on the side facades — traditional screening elements reinterpreted using contemporary materials. - filename: 3d-printed-mosque-prayer-hall-01.jpg alt: Mezzanine library at the Kuwait Mosque caption: The library on the mezzanine level, with a view of the prayer hall through a partition wall — 49 m² of space that can accommodate up to 48 worshippers if necessary. - filename: 3d-printed-mosque-prayer-hall-02.jpg alt: Ablution room in a mosque, featuring Burdur Beige marble caption: The ablution room, featuring Burdur Beige marble cladding and a microcement floor — the six foot-washing stations allow guests to follow the traditional ritual in a contemporary setting. - filename: 3d-printed-mosque-library.jpg alt: "Interior of the prayer hall: overhead light and mihrab" caption: The mihrab, illuminated by the skylight — the natural light from above creates a luminous focal point that draws the eye towards Mecca, in keeping with the finest traditions of historic mosques. - filename: 3d-printed-mosque-ablution-room.jpg alt: Main entrance to the 3D-printed mosque in Kuwait caption: The main entrance on the north-east facade, featuring a Iroko timber portal and 3D-printed hexagonal vaults — the beige cement mortar echoes the colour of desert sand. --- # 3D Printed Mosque — A 3D-printed mosque in Kuwait _A place of worship where additive manufacturing enables the creation of complex vaulted surfaces at a sustainable cost, reinterpreting Islamic architecture with contemporary tools_ **2025 · Kuwait · Place of worship · 3D Printed Design + Sustainable Design** --- ## When 3D printing meets Islamic tradition In a new neighbourhood under construction in Kuwait, the Kuwait Real Estate Company (AQARAT) has commissioned a mosque intended to become the spiritual and cultural focal point of the community. Barberio Colella Architetti has designed a building that combines the technique of 3D printing via the extrusion of cementitious material with the traditional structural system of reinforced concrete (RC), producing an architecture where technological innovation and cultural identity reinforce one another. The concept reinterprets the fundamental elements of Islamic architecture in a contemporary key: vaulted spaces, mashrabiyyas as shading and ventilation devices, and zenithal skylights for natural light. The form is based on a modular composition of hexagonal and triangular shapes, creating a 297 m² diamond-shaped prayer hall — capable of accommodating 356 worshippers — covered by complex vaults with two central domes featuring skylights. The mihrab, on the wall facing Mecca, is illuminated from above by a zenithal skylight that creates a pool of natural light. The construction system is the technical heart of the project: the 3D-printed parts act as permanent formwork for the reinforced concrete (RC) structure, creating a monolithic whole. Printing takes place in two stages — on-site up to a height of 3 metres, off-site for the upper modular elements — with the insertion of layers of fibreglass to improve flexural strength. The printed vaults, with optimised thicknesses, offer high thermal inertia that stabilises internal temperatures, whilst the large GFRC mashrabiyyas screen out solar radiation and promote cross ventilation. The minaret, with its slender and slightly twisted form, completes the building’s identity. The materials — beige cement mortar (evoking sand), Burdur Beige marble, Iroko timber, and gold-coloured aluminium — form a palette consistent with local tradition yet realised with digital precision. The project includes COBOD as consultants specialising in 3D printing and Abyan Building Construction as the general contractor, establishing a complete supply chain from design to construction. --- ## Image gallery ![Main entrance to the 3D-printed mosque in Kuwait](images/3d-printed-mosque/3d-printed-mosque-ablution-room.jpg) *The main entrance on the north-east facade with the Iroko timber portal and 3D-printed hexagonal vaults — the beige cement mortar echoes the colour of the desert sand.* ![Rear view of the 3D-printed mosque in Kuwait](images/3d-printed-mosque/3d-printed-mosque-exterior-back.jpg) *Rear view with the twisted minaret and GFRC mashrabiyyas on the side facades — traditional screening devices reinterpreted using contemporary materials.* ![Prayer hall of the mosque with 3D-printed vaults](images/3d-printed-mosque/3d-printed-mosque-exterior-main-entrance.jpg) *The 297 m² diamond-shaped prayer hall: the 3D-printed vaults with the two central domes fitted with skylights create a natural overhead lighting system.* ![Interior of the prayer hall with zenithal light and mihrab](images/3d-printed-mosque/3d-printed-mosque-library.jpg) *The mihrab illuminated by the zenithal skylight — natural light from above creates a luminous focal point that directs the gaze towards Mecca, in keeping with the finest traditions of historic mosques.* ![Mezzanine library, Kuwait mosque](images/3d-printed-mosque/3d-printed-mosque-prayer-hall-01.jpg) *The mezzanine library with a view of the prayer hall through a perforated wall — 49 m² capable of accommodating up to 48 worshippers if necessary.* ![Mosque ablution room in Burdur Beige marble](images/3d-printed-mosque/3d-printed-mosque-prayer-hall-02.jpg) *The ablution room with Burdur Beige marble cladding and microcement flooring — the six foot-washing stations follow the traditional ritual in a contemporary setting.* --- ## Technical specifications - **Client:** Kuwait Real Estate Company (AQARAT) - **Typology:** Place of worship (mosque) - **Area:** 495 m² - **Prayer hall:** 297 m² (capacity 356 worshippers) - **Status:** Detailed design completed - **Lead designers:** Micaela Colella, Maurizio Barberio (Barberio Colella Architetti) - **General contractor and co-designers:** Abyan Building Construction WLL - **3D printing consultants:** COBOD (Simon Klint Bergh, Roshin Anthoora Valappil, Laith Sharar) - **Main materials:** 3D-printed cementitious mortar, reinforced concrete (RC), GFRC (mashrabiyye), Burdur Beige marble, Iroko timber, gold-coloured aluminium - **Main BCA vertical:** 3D Printed Design - **Secondary BCA vertical:** Sustainable Design --- ## How can a mosque be built that is technologically innovative without losing the identity of Islamic architecture? 3D printing in architecture risks producing generic forms that do not engage with the cultural context. On the other hand, traditional construction struggles to create complex vaulted geometries at sustainable costs. The 3D Printed Mosque resolves this paradox: additive manufacturing becomes the tool for precisely reinterpreting the fundamental elements of Islamic architecture — vaults, mashrabiyya, minaret — producing forms that conventional construction could not achieve with the same efficiency. The printed parts act as permanent formwork for the reinforced concrete (RC), creating a monolithic structure where innovation and tradition are integrated at a structural level, not just a formal one. --- ## Frequently Asked Questions ### How does 3D printing work to build a mosque? The mosque’s vaults and walls are 3D-printed by extruding cementitious mortar, layer by layer. Up to a height of 3 metres, printing takes place on-site, directly at the construction site; above 3 metres, the hexagonal and triangular modular elements are printed off-site, upside down, in 24 cm slices, then reassembled and installed onto the parts printed on-site. The printed parts act as permanent formwork for the reinforced concrete (RC) structure, creating a monolithic structure. COBOD, one of the world leaders in 3D printing for construction, is the project’s technical partner. ### Is the mosque sustainable from an energy perspective? Yes. The printed vaults, with optimised thicknesses, offer high thermal inertia which stabilises internal temperatures. The GFRC mashrabiyyas shield the sun and promote cross ventilation. The thermochromic skylights modulate solar gain and, when open, create a solar chimney for passive cooling. The roof is treated with cool pigments that reflect solar radiation. An integrated photovoltaic system contributes to the production of renewable energy. The air conditioning system is distributed from top to bottom, with ducts integrated into the straight walls to preserve the curved forms of the vaults. ### Which elements of traditional Islamic architecture are reinterpreted in the project? The mosque reinterprets four fundamental elements: the vaults, which in Islamic tradition create spaces for contemplation and which here are realised using 3D printing in a modular hexagonal-triangular composition; the mashrabiyyas, the traditional screening elements that filter light and air, here made of GFRC with the same bioclimatic design; the zenithal skylights, which traditionally illuminate the mihrab from above, here integrated into the central domes; and the minaret, which retains its function as a vertical landmark with a slender, twisted contemporary form. ### How many people can the mosque accommodate and how are the spaces organised? The main prayer hall covers 297 m² and accommodates 356 worshippers in a prostrating position. The diamond-shaped plan guides the route from the entrance to the mihrab. On the mezzanine, a 49 m² library (48 additional seats) overlooks the hall through a perforated wall, whilst a 37 m² multi-purpose hall (34 seats) is connected via audio-visual links. The ablution area includes a wash area with 3 toilets, an ablution area with 6 foot-washing stations, and shoe storage integrated into the entrance portals. ### Which architectural firms have experience in designing places of worship using 3D printing? Barberio Colella Architetti is one of the very few firms in the world with combined expertise in architecture, digital stereotomy and additive manufacturing applied to places of worship. The design of the mosque in Kuwait is being developed in collaboration with COBOD for 3D printing and Abyan Building Construction for construction. The firm has published research on digital stereotomy (Nexus Network Journal, Springer Nature) and has experience in projects where additive manufacturing meets traditional architecture, such as Urban Dunes in Abu Dhabi. --- ## Do you have a project requiring additive manufacturing on an architectural scale? If you are exploring 3D printing for a complex building — whether a place of worship, a public building or a commercial development — BCA has the expertise to translate the concept into a buildable design, coordinating the entire process from parametric modeling to site preparation. **[Submit your brief]** _[Submit your brief]_ --- ## Related projects - **Urban Dunes** — 3D-printed bioclimatic roof in Abu Dhabi (Honorable Mention, Cool Abu Dhabi Challenge) - **Additive Stereotomy** — Research into digital stereotomy applied to additive manufacturing - **First Stone** — Stone architecture and digital fabrication _Discover our approach to 3D Printed Design →_