Ai & Architecture

ETHEREAL HANGAR A new AI collection inspired by hangars, abandoned warehouses, and raw industrial spaces. The concept explores how fabric can “soften” architecture — transforming cold, monumental interiors into adaptable settings for events, installations, dinners, exhibitions, or intimate gatherings. Stone appears as a grounding element: a symbol of origin, the point from which everything begins. In combination with the drapery and stone elements, water and chrome details add contrast, reflection, and a timeless, ethereal atmosphere. A dialogue between softness and structure, fragility and permanence, industrial scale and emotion. - AI concept by @marcijusaivision & @marcijus_studio - #AIGeneratedDesign #AIVisuals #AIGeneratedDesign

One place,5different designs... Location:Cyprus . #artandarchitecture #interiordesign #archilovers #archviz #architecture . @amazing.architecture @archdaily @architizer @d.signers @journal_architect @idreamhouse @chaosgroup @midjourney.architecture @midjourneyartwork @midjourney.gallery @mid.journey @midjourney_prompts_ @black_design_journal @loft_interior @architecturenow @reodecor @housesaddictive @vogues_interiors @designboom @modern.architect @allofrenders @archdigest @nature_archiitecture @facede_designerr @mega_mansions @architecturesight @midjourney_architect

Paratracks in Motion Parametric Animation (Rhino + Grasshopper) → Gen AI Design (ComfyUI + Nano Banana Pro) #cycling #landscape #urban #parametricdesign #generativeai

Rewilding the Grid is a landscape project that explores the gradual disruption of an ordered stone grid through its encounter with nature. The project proposes a new resting space formed by the dissolution of a rigid and controlled ground pattern around a central tree. While the grid is initially established as a rational and measured system, the gaps between the stones widen as they approach the tree, the order begins to break apart, and a landscape texture emerges in which nature reclaims the ground. The design process began with a grid system in Grasshopper, where the grid points were randomly shifted to the right and left. These points were then reorganized so that they would separate more strongly as they approached the central tree. In this way, the gaps between the stones gradually opened up toward the tree, generating a pattern that allows greenery to infiltrate the grid. The resulting system transforms a controlled initial geometry into a process of natural erosion and rewilding. This 2D pattern was then explored for its architectural and landscape potential through the Xfigura AI workflow I developed for Efe Topçu Architecture. Rather than moving forward with a single visual outcome, multiple possibilities were tested throughout the process. Prompts were continuously refined through critique, focusing on ground texture, stone scale, the central tree, seating elements, and public use scenarios. As a result, a calm, permeable, and inhabitable landscape atmosphere was produced, where the grid is reinterpreted by nature. Special thanks to @xfigura.ai and @diffusion_architecture for their collaboration and support throughout this process. #rhino3d #grasshopper3d #parametricdesign #parametricarchitecture #architecturestudent

Rewilding the Grid is a landscape project that explores the gradual disruption of an ordered stone grid through its encounter with nature. The project proposes a new resting space formed by the dissolution of a rigid and controlled ground pattern around a central tree. While the grid is initially established as a rational and measured system, the gaps between the stones widen as they approach the tree, the order begins to break apart, and a landscape texture emerges in which nature reclaims the ground. The design process began with a grid system in Grasshopper, where the grid points were randomly shifted to the right and left. These points were then reorganized so that they would separate more strongly as they approached the central tree. In this way, the gaps between the stones gradually opened up toward the tree, generating a pattern that allows greenery to infiltrate the grid. The resulting system transforms a controlled initial geometry into a process of natural erosion and rewilding. This 2D pattern was then explored for its architectural and landscape potential through the Xfigura AI workflow I developed for Efe Topçu Architecture. Rather than moving forward with a single visual outcome, multiple possibilities were tested throughout the process. Prompts were continuously refined through critique, focusing on ground texture, stone scale, the central tree, seating elements, and public use scenarios. As a result, a calm, permeable, and inhabitable landscape atmosphere was produced, where the grid is reinterpreted by nature. Special thanks to @xfigura.ai and @diffusion_architecture for their collaboration and support throughout this process. #rhino3d #grasshopper3d #parametricdesign #parametricarchitecture #architecturestudent

A vertical city imagined for the Amazon River. For years, sustainability in the rainforest has been associated with low-density architecture: scattered cabins, hidden glampings, eco-resorts with thatched roofs. But many of these models still depend on roads, fragmented infrastructure, soil compaction, and horizontal expansion that slowly consumes the forest. This project proposes the opposite approach. Four towers where there could have been forty cabins. No new roads. No cars. Arrival happens entirely by river. Minimal footprint on the ground, density concentrated vertically, and the surrounding ecosystem left intact. The concept explores a new model of Amazonian urbanism where architecture becomes part of the rainforest rather than an object imposed onto it. Four curving timber-screened towers rise from the river edge, connected by elevated skybridges, planted terraces, and a central tropical courtyard that acts as the ecological heart of the project. The design integrates translucent wood façades, recessed glazing, passive shading, cross-ventilation, hydroponic agroforestry on every terrace, rainwater collection, greywater reuse, solar energy systems, and local materials adapted to the climate of the Amazon. Living, wellness, commerce, food production, and landscape coexist above the forest canopy in a single vertical ecosystem. The question is no longer whether we should inhabit the Amazon. It is how. And in 2026, building responsibly may mean building upward. Density as an act of conservation. 📍 Amazon River Basin ⚠️ Disclaimer: This is a conceptual project created for speculative architectural exploration - designed by @world.arch.inc & @lokl.life #architecture #brasil #amazon #sustainable

Just concrete, water, soft lighting and good proportions. The idea here wasn’t to overdesign anything. It was more about creating a space that feels calm to walk through. The shadows, reflections, and materials do most of the work. Conceptual exploration by @brutalistbrunch . Not a real built project. Save this for your mood board. Follow @brutalistbrunch for more. #architecture #interiordesign #aiarchitecture #aiinteriors

I wondered if it’s possible to build artificial structures that truly merge with the landscape—becoming both a usable, biophilic poetic element and a shield against coastal erosion. I imagined a “breathing” concrete, micro-filtering seawater to fill natural pools while allowing plants to take root without damage. Too much? Maybe. But that’s the power of AI: it lets us envision the nearly impossible—and bring it closer to reality

EGAL A house that refuses to choose. Concrete or wood. Built or grown. Inside or out. So it kept all of it and let the seam show. Concrete holds the line. The wood breaks it. Somewhere between the two, the mountain walks through the house. These are pure concepts, testing the limits of contrast, texture, and emotion before ever touching the real world. Follow @matitectura and @dukantatelier for more! Generated by @matitectura using Midjourney and Nano Banana from Gemini #architecture #concept #aiart

Alterlaa is one of Vienna’s most famous residential complexes, located in the 23rd district, Liesing, and designed by Harry Glück. The complex contains around 3,200 apartments and is home to about 9,000 residents. From the very beginning, it was conceived as a true city within a city. That is why it was designed not only with housing in mind, but with everything needed for everyday life: schools, kindergartens, libraries, shops, medical services, sports facilities, and a church, along with a strong sense of local community and many shared spaces. What fascinated me most was the idea that art should be an important part of daily life there: works by well-known contemporary artists were placed in the entrance halls, and in some of the blocks, residents even chose which artists they wanted represented in their buildings. Since I have lived in an apartment building my whole life, this way of living feels especially fascinating to me because it shows that large residential complexes can still have identity, community, and a real quality of life. I see Alterlaa as a kind of Viennese version of the Barbican. - 📷 Olympus mju II | 🎞️ @kodak Portra 400 - #alterlaa #viennaarchitecture #architecturephotos #architectureproject #35mmfilmphoto

“Silent Stones” is a resting space designed around three water elements as its focal points. These three water centers bend the surrounding topology through their own spatial extensions, establishing a quiet relationship with nature. Conceived as a pause point along long walking routes, this calm retreat offers a design synthesis shaped by respect for nature and computational design. The project began with a gridded system that was deformed in Grasshopper using magnetic fields generated by selected points. The raw lines and points produced by this process were then resized and differentiated again through attractor points. In this way, a pattern emerged that responds to the focal points while still preserving an internal logic derived from the grid itself. This 2D pattern was then explored for its architectural potential through the Efe Topçu Architecture workflow I built on Xfigura AI. Rather than moving forward with a single result, multiple possibilities were tested throughout the workflow, and the prompts were continuously refined through architectural critique. As a result, a final visual set and an animated video were produced. Special thanks to @xfigura.ai and @diffusion_architecture for their collaboration and support throughout this process. #rhino3d #grasshopper3d #parametricdesign #parametricarchitecture #architecturestudent

“Silent Stones” is a resting space designed around three water elements as its focal points. These three water centers bend the surrounding topology through their own spatial extensions, establishing a quiet relationship with nature. Conceived as a pause point along long walking routes, this calm retreat offers a design synthesis shaped by respect for nature and computational design. The project began with a gridded system that was deformed in Grasshopper using magnetic fields generated by selected points. The raw lines and points produced by this process were then resized and differentiated again through attractor points. In this way, a pattern emerged that responds to the focal points while still preserving an internal logic derived from the grid itself. This 2D pattern was then explored for its architectural potential through the Efe Topçu Architecture workflow I built on Xfigura AI. Rather than moving forward with a single result, multiple possibilities were tested throughout the workflow, and the prompts were continuously refined through architectural critique. As a result, a final visual set and an animated video were produced. Special thanks to @xfigura.ai and @diffusion_architecture for their collaboration and support throughout this process. #rhino3d #grasshopper3d #parametricdesign #parametricarchitecture #architecturestudent