Built with 3D printed concrete and triple glazed glass, the residence integrates fluid forms that enhance natural light and airflow while fostering a connected community environment.
Employing 3D printed panels and structural insulated systems, the design fosters community interaction while ensuring privacy in a sustainable residential setting.
Ashraqat Khaled Khalaf Abdellah Mohammed,Abeer Ahmed Ramadan Mohamed
Rammed earth walls blend harmoniously with 3D printed modules and hydro panels, creating a sustainable villa that utilizes traditional ventilation methods to enhance living comfort in the UAE.
Agnes Orsolya Koltay,MÁtyÁs Gutai,Daniel Glicerio Santos,Harvey Robert Cantrell
Incorporating water-filled glass panels and 3D printed composite walls, the design offers a sustainable solution for thermal comfort in a residential setting within an arid climate.
Utilizing 3D printed concrete and solar panels, the design incorporates enclosed courtyards to enhance natural ventilation and mitigate the effects of the desert climate in a sustainable residential community.
Incorporating radial geometry with 3D printed concrete and XLAM panels, the design fosters community interaction while providing a sustainable residential solution in Dubai.
Utilizing cross-laminated timber panels and bamboo cladding, the design establishes a sustainable residential community that harmonizes with its environment while promoting efficient living spaces.
Utilizing recycled plastic and aerated concrete, a floating habitat integrates mealworm-based waste management and hydroponics to provide a sustainable living solution in an urban waterfront environment.
Utilizing 3D printed structures and cellulose insulation, the design emphasizes sustainable living through flexible micro-units and integrated community gardens, addressing the urgent need for accessible housing.
Upcycled ash wood forms a dynamic façade in a modular housing scheme that fosters community interaction through shared courtyards and flexible living units.
Rabee S. R. Alashi,Lavinia Tarif,Omar Tariq Daoud Othman
Utilizing 3D printed facades made from natural cement and glass fiber reinforcement, this residence exemplifies modular adaptability and sustainable construction methods, addressing the growing demand for affordable urban housing.
Constructed using advanced 3D printing techniques and incorporating concrete wall panels alongside natural wood finishes, the residence in Kalba offers versatile living spaces designed for modern functionality and sustainability.
David Cameron Thompson,Rhiannon Chloe Williams,Leah Alwyn Charlton
Incorporating a vegetated roof garden and a traditional Barjeel, this sustainably designed prefabricated residence promotes natural ventilation and energy efficiency while providing a cohesive family living space.
Incorporating 3D printed panels and traditional wind-catchers, the design creates a sustainable family home that harmonizes cultural heritage with modern efficiency.
Employing advanced 3D woven fiberglass panels for optimal light control and thermal efficiency, this residential space seamlessly integrates innovative design with environmental sensitivity to create a functional living environment.
Constructed using advanced 3D printed concrete and complemented by integrated solar panels, this sustainable dwelling in Dubai prioritizes energy efficiency and adaptability, fulfilling modern residential needs.
With a unique spherical design utilizing 3D printed concrete and expansive glass panels, this micro home maximizes natural light and space efficiency to create a versatile living environment.
Constructed from recycled plastic and integrated gray water systems, this floating community enhances ecological living while providing sustainable housing solutions for local fishermen.
Employing 3D printed concrete alongside expansive glass panels and natural stone, the residential design fosters a sustainable, multi-generational living environment that harmonizes traditional cultural elements with modern functionality.
The integration of exposed aggregate concrete and large glass windows in a pavilion near the Grjótagjá Caves offers visitors telescopic views of Myvatn Nature Bath, creating a unique cinematic experience grounded in its natural surroundings.
With a design that utilizes stacked roofs to create unobstructed jungle views, this wooden retreat fosters a close connection to nature while providing essential shelter and spaces for relaxation and meditation.
Crafted with natural brown tones and a focus on simplicity, the hut integrates into the Cambodian landscape, offering a serene retreat for reflection and relaxation.
Elevated on stilts, the structure utilizes cross-laminated timber panels and translucent surfaces to create a harmonious integration with the surrounding environment, serving as a serene space for meditation and reflection.
A central tree anchors a gabled cabin designed for relaxation and self-discovery, while cross ventilation and sustainable wood construction enhance the connection with nature.
The proposal examines a visitor-oriented facility situated within a natural park landscape, designed to accommodate both recreational and educational functions. The study considers how spatial organization, vertical circulation, and cultural elements can enhance the visitor experience while addressing operational needs such as security and staff requirements.
The undulating roof structure, supported by wooden elements and complemented by a reflection garden featuring preserved mature trees, creates a contemplative memorial space honoring the lives lost during the Sri Lankan Civil War.
Incorporating a double-skin facade of translucent polycarbonate and locally sourced timber, the structure harmonizes with the volcanic landscape while providing essential facilities for winter recreation.
Maria Turcu,Mihai Mitrică,Alina Măldărescu,Alina Lixeanu
Incorporating vertical gardens and green façades, the design enhances urban connectivity and sustainability while providing multi-functional spaces for offices and public interaction.
Use architecture to create different emotional states
Edition #9ideas COMPETITIONSILENT CONTEST For this competition, NO DESCRIPTION TEXT is allowed. The architecture ideas must be communicated strictly with visuals.
Prize Monetary award
Eligibility Open to all
Advance registration deadline 12 November 2026
Open architecture competitions
Closest deadline first
Project competitions first
Selected winning projects have the potential to be constructed
Ideas competitions
Experimental competitions with the focus on pushing the boundaries of creativity
Use architecture to create different emotional states
Edition #9ideas COMPETITIONSILENT CONTEST For this competition, NO DESCRIPTION TEXT is allowed. The architecture ideas must be communicated strictly with visuals.
Only participants selected and invited by Buildner can enter these closed competitions. To be considered for future opportunities, please set up your account on Architects' Network Plus.