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AI Creative Challenge 3.0
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AI Creative Challenge 3.0
A 200-Hours Conceptual Design challenge that encourages designers to use prompt-crafting AI tools to generate iconic, revolutionary, and conceptual design ideas.
Submission due 20th November, 2023 at 11:59 GMT
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Check the details of the challenge from here.
Please fill out the form below to submit your project
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🏆 The Winner
Bill Palomino
The “EcoHive Living” envisions sustainable housing through modular structures inspired by beehives, uplifting nature by building productively in the air and reclaiming ground space for environmental recovery. Prioritizing adaptability and resilience, the design optimizes space with rooftop gardens and vertical farming, fostering self-sustainable living. Communal areas cultivate a sense of community, complemented by eco-friendly mobility solutions that reduce the project’s environmental footprint. Innovative energy practices, waste management, and inclusive design underscore the potential for a harmonious coexistence with nature. EcoHive Living serves as a model for a modern, eco-conscious lifestyle, where residents as bees achieve collaborative, resilient, and environmentally aware communities.
🏅 Honorable Mentions
Studio Parameter
Presenting the future with ” Self-Sufficient Home of Tomorrow” – a revolutionary electric truck that epitomizes mobility, sustainability, and rapid response to emergencies. Whether used as a single unit or grouped together to create a protected community space it has unparalleled mobility, flexibility, and self-sustaining features, including food production and recycled water usage, making it ideal for diverse climates and off-grid living. The top part is a haven for growing kitchen plants, while the bottom ensures comfortable human occupation. Packed with a massive battery, scouting drone, electric charging ports, solar panels, and autonomous driving capabilities, it’s a resilient, eco-friendly marvel for tomorrow’s living.
Brendan Guille
Developing the Self-Sufficient Home of Tomorrow, I focus on rural areas, which are housing a significant portion of the world’s population. I envision a future where construction integrates more locally available materials (sourced and bio-sourced), with an emphasis on coherence with the context. I aim to leverage both traditional wisdom and vernacular architecture, coupled with emerging technological capacities, potentially fostering biomimetic designs for sustainable living.
Marta Ali
Immersed in the vibrant spirit of Baltimore, Kinetic Homes – Bmore draws inspiration from the city’s multifaceted energies. The homes reflect the dynamic force derived from Baltimore’s rich industrial history, interwoven with the creative community’s dynamic spirit and the vibrant coastal energy. As a mirror that reflects the flow of Baltimore’s creative pulse, these homes stand as living testaments to the harmonious coexistence of industrial prowess, pioneering innovations, and the collaborative ecosystem that defines the city. Designed to be adopted for diverse community development projects, these homes epitomize adaptability, sustainability, and forward-thinking inviting residents to be part of a dynamic community where they can take part in unfolding new possibilities. Kinetic Homes – Bmore redefines environmentally conscious urban living by seamlessly blending innovative technologies featuring designs optimized to benefit from additive manufacturing capabilities of mass customization, building part optimization compartmentalization, etc. In addition, the design integrates shape-adaptable silicon solar cells that automatically track the direction of the sun, allowing the homes to generate 60% more energy daily than conventional solar panels, enabling the homes to be not only self-sufficient but also able to contribute energy back to the city’s energy grid if needed. These eco-friendly homes also feature solar-powered rainwater harvesting systems and UV-C water sterilization and purification systems. These homes are also designed to foster co-living and co-creating by providing communal spaces that engage residents through community-making activities and food production by utilizing indoor gardens and hydroponic hubs for more creative and sustainable living.
Samaher Abouauf
Picturing an innovative cellular aggregated Self-Sufficient Tower Home of the future as this vertical tower that reduces the building footprint and provides a connection with nature as well as a coastal vibe. The house generates its own recycled nutrients with a self-sufficient habitat regarding food and diversified ecosystems for mental health and functions. For its façade and skeleton, I wanted it to be a unique design where it’s made from a transparent solar panel system covering the whole tower in a biomorphic way to generate electricity, along with folding plates acting as gardens and algae bio panels pleating creases wet rocks fused morphed in the interior. In the tower’s ceiling, I purposely made the two ends parabolic-shaped for the rain solution in order for it to be dropped into plants and indoor pools for the fish tanks that will be filtering nutrients for the soil irrigation system. The structure to be created from soil Genetic modification with integration of organic edible local food garden to become more efficient and concentrated for a better future with greenhouses, vertical gardens that produce and reproduce for human living, and solar PV floors. All furniture appliances will be multifunctional or smart technology systems with advanced robots, hologram TV screens, and powered solar energy like the dining table for food. Other furniture will be made from sustainable materials like bamboo, moss, and recycled algae bio panels. On the outdoor space, it will interconnect with the city’s interior and exterior to create an exceptional experience. Therefore, a central park hub will be for gathering and mobility interactions.
Sehun Choi
The “EcoHive Living” envisions sustainable housing through modular structures inspired by beehives, uplifting nature by building productively in the air and reclaiming ground space for environmental recovery. Prioritizing adaptability and resilience, the design optimizes space with rooftop gardens and vertical farming, fostering self-sustainable living. Communal areas cultivate a sense of community, complemented by eco-friendly mobility solutions that reduce the project’s environmental footprint. Innovative energy practices, waste management, and inclusive design underscore the potential for a harmonious coexistence with nature. EcoHive Living serves as a model for a modern, eco-conscious lifestyle, where residents as bees achieve collaborative, resilient, and environmentally aware communities.
Matteo Piscicelli
In 2045, San Paulo’s low-income urban zone witnessed a transformative government initiative. A bold plan for vertical expansion emerged, targeting the densely populated area. Distinctive semi-spherical communal spaces were seamlessly integrated between the towering buildings. These spaces were designed to nurture the human spirit, offering opportunities for music, heartfelt conversations, and contemplation. Amidst the concrete jungle, these innovative communal spheres created breathing room for the soul, fostering social cohesion and providing much-needed respite in an otherwise oppressive urban environment.
Ankoor Patil
Introducing our innovative shelter for low-income communities: a distinctive capsule design composed of interlocking concrete rings and a base plate. Its modular and scalable structure can adapt to various climates and is equipped with off-grid energy solutions, ensuring mobility and rapid deployment during disasters while maintaining a minimal footprint. The top section is versatile, suitable for shops, houses, cafes, or commercial spaces, while the lower part serves as service areas or toilets. The concrete surface can be customized with paint or left exposed to align with local context and cultural preferences. A revolutionary solution for affordable, adaptable housing and vital services.
Julia Häusser
This mobile shelter takes inspiration from the ‘overloaded’ bicycles use in many Asian countries -in this case Vietnam. The multistorey vehical is made with natural eco-friendly rattan, a local material with which residents have been crafting since centuries. The interior feels airy while providing protection at the same time. Woven sedge grass mats – another local ancient craft- add warmth and cosiness to the shelter. A beautiful play of light creates a sense of home.
Marta Ali
The concept for this project is to find a practical solution that can help solve homelessness in the streets of Addis Ababa Ethiopia which has been seeing increased population fluctuations due to recent economic inflation and civil wars … due to these causes a lot of temporary shelters made of small clear plastic huts appear throughout the city’s streets creating clutter and affecting the beauty of the city for tourists residents… the proposed shelter designs are meant to help provide housing options in a city where there is high rate of new development yet creative affordable housing solutions are very scarce leading to increased homelessness… the new shelters will be expandable and able to be constructed with in the city arteries from simple materials including wood , bamboo, recycled plastics , and traditional basket making colorful dried plants stems while adding a vibrant aesthetics to the city which has a history of diverse art , culture and architecture.
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