[{"data":1,"prerenderedAt":368},["ShallowReactive",2],{"$fhWrTvC3mqtjsH_G18TRnktsRREbC5TeG7k07PAVh8wc":3},{"data":4,"meta":364},[5,84,154,223,293],{"id":6,"documentId":7,"title":8,"slug":9,"content":10,"excerpt":41,"author":42,"createdAt":43,"updatedAt":44,"publishedAt":45,"coverImage":46},15,"bz6msthr0yumdd9zpbuhzdea","Behind the Scenes: How We Approach a New Project","behind-the-scenes-project-approach",[11,17,21,25,29,33,37],{"type":12,"children":13},"paragraph",[14],{"text":15,"type":16},"At ANK, we spend more time on the first 20% of a project than most firms. Why? Because decisions made during the brief, site analysis, and concept phases lock in roughly 80% of a building's performance, cost, and character. A flawed concept cannot be rescued by good detailing; a brilliant concept survives even imperfect execution. This conviction shapes everything about how we work.","text",{"type":12,"children":18},[19],{"text":20,"type":16},"Phase one is what we call Deep Listening. Before we open a sketchbook, we spend time with the client — not just the decision-maker, but the people who will actually use the building. For a school, that means teachers, students, and janitors. For a hotel, it means the general manager, the head housekeeper, and the maintenance engineer. These conversations surface insights that no brief document can capture: the teacher who explains that corridor noise makes it impossible to concentrate after lunch, the housekeeper who reveals that the laundry chute location determines her entire daily route. We document these conversations in what we call a \"Use Atlas\" — a spatial narrative of how the building will be inhabited, hour by hour, season by season.",{"type":12,"children":22},[23],{"text":24,"type":16},"Phase two is Site Intelligence. We visit every site at least three times before designing: morning, midday, and evening, ideally across different seasons. We photograph, sketch, and measure, but more importantly, we observe. Where do people walk? Where do they linger? Where does water collect after rain? What sounds dominate — traffic, birdsong, mechanical equipment, the call to prayer? We commission topographic surveys, geotechnical investigations, and, for sensitive sites, archaeological assessments. We study the planning framework — setbacks, height limits, density controls, heritage overlays — not as constraints to be minimized but as design parameters that often push us toward better solutions than we would have found in a regulatory vacuum.",{"type":12,"children":26},[27],{"text":28,"type":16},"Phase three is Concept Design, and it is the most intellectually demanding phase of any project. We typically develop three to five distinct concept options, each exploring a fundamentally different spatial strategy. These are not cosmetic variations — different facade materials applied to the same floor plan — but genuinely alternative approaches to the program. For the Bukhara Cultural Center, our five concepts ranged from a monolithic sculptural volume to a disaggregated campus of small pavilions. We present all options to the client with honest assessments of each one's strengths, weaknesses, costs, and risks, and we facilitate a structured evaluation workshop to reach a collective decision.",{"type":12,"children":30},[31],{"text":32,"type":16},"Phase four is Design Development — the long, meticulous process of turning a concept into a fully coordinated set of construction documents. This is where the structural engineer, the mechanical engineer, the landscape architect, the lighting designer, and the acoustic consultant join the team in earnest. Coordination meetings happen weekly, and we use a shared BIM model that all disciplines contribute to simultaneously. The most important output of this phase is not the drawings themselves but the resolution of conflicts — the moments when the structural grid clashes with the interior layout, or the ductwork routing compromises a ceiling height. Resolving these conflicts on screen costs a fraction of resolving them on site.",{"type":12,"children":34},[35],{"text":36,"type":16},"Phase five is Construction Administration. ANK architects visit every active construction site at least twice per week, and for complex projects we maintain a full-time site presence. Our role is not to supervise the contractor — that is the contractor's own responsibility — but to interpret the design intent, review material submittals, and make the inevitable real-time decisions that arise when drawings meet reality. We keep a detailed site diary with photographs, and we issue written responses to all requests for information (RFIs) within 48 hours. Speed matters: an unanswered RFI can idle an entire crew.",{"type":12,"children":38},[39],{"text":40,"type":16},"The final phase, often neglected by architects, is Post-Occupancy Evaluation. Twelve months after handover, we return to every completed project with a structured questionnaire and a set of environmental monitoring instruments. We measure indoor temperatures, humidity, daylight levels, and noise. We interview occupants. We photograph the building in use — and in use often looks very different from the architect's visualization. These evaluations are humbling: we learn what worked, what didn't, and why. The lessons feed directly into our next projects. Architecture, like any discipline, improves through honest self-assessment, and we are committed to learning from every building we make.","A look at ANK's design process from the first client meeting through to construction completion — and why the early phases matter most.","Rustam Nazarov","2026-04-06T20:05:56.373Z","2026-04-06T20:06:04.223Z","2026-04-06T20:06:04.236Z",{"id":47,"documentId":48,"name":49,"alternativeText":50,"caption":50,"focalPoint":50,"width":51,"height":52,"formats":53,"hash":79,"ext":55,"mime":58,"size":80,"url":81,"previewUrl":50,"provider":82,"provider_metadata":50,"createdAt":83,"updatedAt":83,"publishedAt":83},50,"owfjftouqwdzsrpmaim8aq9e","blog-behind-the-scenes-project-approach.jpg",null,1200,675,{"small":54,"medium":64,"thumbnail":71},{"ext":55,"url":56,"hash":57,"mime":58,"name":59,"path":50,"size":60,"width":61,"height":62,"sizeInBytes":63},".jpg","\u002Fuploads\u002Fsmall_blog_behind_the_scenes_project_approach_56692a6890.jpg","small_blog_behind_the_scenes_project_approach_56692a6890","image\u002Fjpeg","small_blog-behind-the-scenes-project-approach.jpg",18.21,450,253,18211,{"ext":55,"url":65,"hash":66,"mime":58,"name":67,"path":50,"size":68,"width":69,"height":61,"sizeInBytes":70},"\u002Fuploads\u002Fmedium_blog_behind_the_scenes_project_approach_56692a6890.jpg","medium_blog_behind_the_scenes_project_approach_56692a6890","medium_blog-behind-the-scenes-project-approach.jpg",42.15,800,42146,{"ext":55,"url":72,"hash":73,"mime":58,"name":74,"path":50,"size":75,"width":76,"height":77,"sizeInBytes":78},"\u002Fuploads\u002Fthumbnail_blog_behind_the_scenes_project_approach_56692a6890.jpg","thumbnail_blog_behind_the_scenes_project_approach_56692a6890","thumbnail_blog-behind-the-scenes-project-approach.jpg",9.99,300,169,9992,"blog_behind_the_scenes_project_approach_56692a6890",75.33,"\u002Fuploads\u002Fblog_behind_the_scenes_project_approach_56692a6890.jpg","local","2026-04-06T20:06:04.205Z",{"id":85,"documentId":86,"title":87,"slug":88,"content":89,"excerpt":118,"author":119,"createdAt":120,"updatedAt":121,"publishedAt":122,"coverImage":123},14,"pzbrtmgwt3tixrv30v7yi39x","Designing for Community: Public Spaces That Actually Work","designing-for-community-public-spaces",[90,94,98,102,106,110,114],{"type":12,"children":91},[92],{"text":93,"type":16},"A beautiful rendering does not guarantee a successful public space. Through years of post-occupancy observation across our completed projects, we have identified the key factors that determine whether a park or plaza thrives or languishes empty. The difference between a well-used public space and a deserted one is almost never about aesthetics — it is about microclimate, programming, edges, and the subtle cues that make people feel welcome.",{"type":12,"children":95},[96],{"text":97,"type":16},"Microclimate is the single most important factor in Uzbekistan's extreme climate. A plaza that offers no shade in July is functionally unusable for six months of the year. Conversely, a park that is entirely shaded in December feels cold, damp, and uninviting. Our designs always provide a gradient — from full sun to full shade, with multiple intermediate conditions — so that visitors can find their preferred comfort zone at any time of year. In the Amir Temur Park renewal, we mapped solar access hour by hour across the entire site for both summer and winter solstices, then positioned tree canopy, pergolas, and open lawns to ensure that every bench and gathering area receives an appropriate balance of sun and shade.",{"type":12,"children":99},[100],{"text":101,"type":16},"Edge conditions determine how people enter, linger at, and move through a space. The urbanist William H. Whyte's observation that \"people sit where there are places to sit\" sounds obvious, but it is routinely ignored. In our park designs, we create generous \"sticky edges\" — low walls at sitting height, stepped terraces, raised planters with wide copings — that give people permission to pause without committing to a formal bench. We have found that these informal seating opportunities are used three to four times more frequently than conventional benches, particularly by young people and by the elderly.",{"type":12,"children":103},[104],{"text":105,"type":16},"Programming flexibility is essential. A space designed exclusively for passive contemplation will be underused; a space designed exclusively for active recreation will feel chaotic. The best public spaces accommodate both, and they allow the balance to shift with time of day, season, and community need. The Amir Temur Park's Amphitheater Lawn, for example, functions as an informal picnic and sunbathing area on weekday afternoons, a football pitch for teenagers in the early evening, and a 5,000-person concert venue on weekend nights — all without any physical reconfiguration.",{"type":12,"children":107},[108],{"text":109,"type":16},"Water features deserve special mention. In Central Asian culture, water has deep symbolic and sensory significance — the sound of flowing water, the shimmer of a still reflecting pool, the relief of mist on a hot afternoon. We incorporate water into nearly every public space we design, but we are careful to avoid the maintenance-intensive fountains that plague many post-Soviet parks. Simple, robust water elements — a shallow rill fed by gravity, a stone basin with a single spout, a flush-grade splash pad for children — provide the sensory experience of water without the mechanical complexity and lifecycle costs of recirculating fountain systems.",{"type":12,"children":111},[112],{"text":113,"type":16},"Safety and perceived safety are distinct challenges. Actual crime in Uzbekistan's public spaces is rare, but the perception of danger — driven by poor lighting, hidden corners, and lack of \"eyes on the street\" — can suppress use just as effectively. Our designs prioritize clear sightlines, eliminate dead-end paths, and ensure that all areas of a park are visible from at least one adjacent street or building entrance. Lighting follows a \"warm and low\" philosophy: bollard-height fixtures with 2700K LEDs create pools of warm light along pathways without contributing to the sky-glow that disrupts urban ecology and diminishes the experience of the night sky.",{"type":12,"children":115},[116],{"text":117,"type":16},"The most successful public spaces we have designed share one quality that is difficult to prescribe in a drawing: they feel generous. Generous in width, in planting, in seating, in the quality of materials. People can sense when a space has been designed with care and when it has been designed to a budget line item. Our advocacy to clients is consistent: invest more in the public realm than you think necessary, because the returns — in property values, community health, civic pride, and sheer human happiness — will exceed the cost many times over.","Lessons from our park and plaza projects on creating outdoor spaces that people genuinely use and love — not just pass through.","Madina Usmanova","2026-04-06T20:05:56.363Z","2026-04-06T20:06:04.096Z","2026-04-06T20:06:04.101Z",{"id":124,"documentId":125,"name":126,"alternativeText":50,"caption":50,"focalPoint":50,"width":51,"height":127,"formats":128,"hash":150,"ext":55,"mime":58,"size":151,"url":152,"previewUrl":50,"provider":82,"provider_metadata":50,"createdAt":153,"updatedAt":153,"publishedAt":153},49,"a7ugcexoj62h9yuw9i9xfz2v","blog-designing-for-community-public-spaces.jpg",959,{"small":129,"medium":136,"thumbnail":143},{"ext":55,"url":130,"hash":131,"mime":58,"name":132,"path":50,"size":133,"width":61,"height":134,"sizeInBytes":135},"\u002Fuploads\u002Fsmall_blog_designing_for_community_public_spaces_856b288367.jpg","small_blog_designing_for_community_public_spaces_856b288367","small_blog-designing-for-community-public-spaces.jpg",33.5,360,33500,{"ext":55,"url":137,"hash":138,"mime":58,"name":139,"path":50,"size":140,"width":69,"height":141,"sizeInBytes":142},"\u002Fuploads\u002Fmedium_blog_designing_for_community_public_spaces_856b288367.jpg","medium_blog_designing_for_community_public_spaces_856b288367","medium_blog-designing-for-community-public-spaces.jpg",94.4,639,94402,{"ext":55,"url":144,"hash":145,"mime":58,"name":146,"path":50,"size":147,"width":76,"height":148,"sizeInBytes":149},"\u002Fuploads\u002Fthumbnail_blog_designing_for_community_public_spaces_856b288367.jpg","thumbnail_blog_designing_for_community_public_spaces_856b288367","thumbnail_blog-designing-for-community-public-spaces.jpg",15.5,240,15501,"blog_designing_for_community_public_spaces_856b288367",181.43,"\u002Fuploads\u002Fblog_designing_for_community_public_spaces_856b288367.jpg","2026-04-06T20:06:04.086Z",{"id":155,"documentId":156,"title":157,"slug":158,"content":159,"excerpt":188,"author":189,"createdAt":190,"updatedAt":191,"publishedAt":192,"coverImage":193},13,"dc40dm2m1xzu65lkt703rcru","The Art of Adaptive Reuse: Giving Old Buildings New Life","art-of-adaptive-reuse",[160,164,168,172,176,180,184],{"type":12,"children":161},[162],{"text":163,"type":16},"Every building carries embodied energy — the sum of all the resources consumed to extract, manufacture, transport, and assemble its materials. A typical reinforced-concrete commercial building embodies roughly 500 kWh of energy per square meter. When we demolish such a structure, we waste that investment entirely and generate enormous quantities of landfill waste. Adaptive reuse is not merely a sentimental choice; it is an environmental imperative and, increasingly, an economic one.",{"type":12,"children":165},[166],{"text":167,"type":16},"Our Nukus Art District project exemplifies this philosophy. The site's eight Soviet-era warehouses were slated for demolition by the previous developer. We convinced the client that the buildings' robust concrete frames, generous floor-to-ceiling heights, and industrial character were assets, not liabilities. By retaining the structural skeletons and selectively removing, repairing, or adding elements, we achieved a construction cost 35% lower than a comparable new-build development — while delivering spaces with an authenticity and spatial quality that new construction simply cannot replicate.",{"type":12,"children":169},[170],{"text":171,"type":16},"The practical challenges of adaptive reuse are real, however, and they require a different set of skills than new construction. The first step is always a rigorous structural assessment. In Nukus, we commissioned a full concrete-core survey and rebar mapping exercise to determine the residual capacity of each building. Two of the eight structures required significant structural remediation — carbon-fiber wrapping of columns and epoxy-injection repair of cracked beams — but even with these interventions, the cost of reuse was substantially below demolition and reconstruction.",{"type":12,"children":173},[174],{"text":175,"type":16},"Environmental performance is the area where adaptive reuse demands the most creative problem-solving. Existing buildings rarely meet contemporary insulation or air-tightness standards, and retrofit options are constrained by the original construction details. In Nukus, we addressed this by installing a new insulated inner lining — a timber-stud wall with mineral wool insulation and a vapor-control membrane — inside each warehouse. This approach preserved the original concrete facades (which contribute to the district's industrial aesthetic) while achieving U-values of 0.25 W\u002Fm²K, well below the national building code requirement.",{"type":12,"children":177},[178],{"text":179,"type":16},"Daylighting is another area where old industrial buildings often outperform their modern counterparts. The Nukus warehouses feature sawtooth roof profiles with north-facing clerestory glazing — a factory design convention that floods the interiors with soft, even light ideal for art galleries and studios. We replaced the original single-glazed units with high-performance insulated glass and added motorized blackout blinds for the gallery spaces, but the fundamental daylighting strategy required no modification.",{"type":12,"children":181},[182],{"text":183,"type":16},"Perhaps the most compelling argument for adaptive reuse is cultural. Buildings are repositories of memory. They record the economic history, construction techniques, and social aspirations of the communities that built them. The Nukus warehouses tell the story of Soviet-era cotton processing — a chapter in Karakalpakstan's history that is both economically significant and ecologically traumatic (the Aral Sea crisis). Preserving these structures within a new cultural context creates a layered narrative that enriches the district's identity and gives visitors and residents a tangible connection to place.",{"type":12,"children":185},[186],{"text":187,"type":16},"We are convinced that every city in Uzbekistan contains undervalued buildings waiting for imaginative reinterpretation. The question is rarely whether reuse is technically feasible — it almost always is — but whether clients and regulators can be persuaded to see existing structures as opportunities rather than obstacles. Our work in Nukus is, above all, a demonstration project: proof that adaptive reuse can deliver exceptional spaces, strong financial returns, and meaningful environmental benefits simultaneously.","Why demolishing and rebuilding is not always the answer — the cultural, environmental, and economic case for transforming existing structures.","Dilnoza Rashidova","2026-04-06T20:05:56.352Z","2026-04-06T20:06:03.955Z","2026-04-06T20:06:03.962Z",{"id":194,"documentId":195,"name":196,"alternativeText":50,"caption":50,"focalPoint":50,"width":51,"height":69,"formats":197,"hash":218,"ext":55,"mime":58,"size":219,"url":220,"previewUrl":50,"provider":82,"provider_metadata":50,"createdAt":221,"updatedAt":221,"publishedAt":222},48,"ywnvyd4xydodhv1m4kuh9xfk","blog-art-of-adaptive-reuse.jpg",{"small":198,"medium":204,"thumbnail":211},{"ext":55,"url":199,"hash":200,"mime":58,"name":201,"path":50,"size":202,"width":61,"height":76,"sizeInBytes":203},"\u002Fuploads\u002Fsmall_blog_art_of_adaptive_reuse_ad8d9f73eb.jpg","small_blog_art_of_adaptive_reuse_ad8d9f73eb","small_blog-art-of-adaptive-reuse.jpg",31.72,31719,{"ext":55,"url":205,"hash":206,"mime":58,"name":207,"path":50,"size":208,"width":69,"height":209,"sizeInBytes":210},"\u002Fuploads\u002Fmedium_blog_art_of_adaptive_reuse_ad8d9f73eb.jpg","medium_blog_art_of_adaptive_reuse_ad8d9f73eb","medium_blog-art-of-adaptive-reuse.jpg",96.28,533,96283,{"ext":55,"url":212,"hash":213,"mime":58,"name":214,"path":50,"size":215,"width":76,"height":216,"sizeInBytes":217},"\u002Fuploads\u002Fthumbnail_blog_art_of_adaptive_reuse_ad8d9f73eb.jpg","thumbnail_blog_art_of_adaptive_reuse_ad8d9f73eb","thumbnail_blog-art-of-adaptive-reuse.jpg",14.98,200,14979,"blog_art_of_adaptive_reuse_ad8d9f73eb",200.19,"\u002Fuploads\u002Fblog_art_of_adaptive_reuse_ad8d9f73eb.jpg","2026-04-06T20:06:03.946Z","2026-04-06T20:06:03.947Z",{"id":224,"documentId":225,"title":226,"slug":227,"content":228,"excerpt":257,"author":258,"createdAt":259,"updatedAt":260,"publishedAt":261,"coverImage":262},12,"vd70z84epivw78gs5n9aqtwx","Sustainable Building in a Continental Climate","sustainable-building-continental-climate",[229,233,237,241,245,249,253],{"type":12,"children":230},[231],{"text":232,"type":16},"Uzbekistan's climate is among the most demanding in the world for building design. Summer temperatures routinely exceed 40°C, while winters can plunge below −20°C. The diurnal temperature swing can reach 25°C in a single day. Conventional HVAC-dependent buildings consume enormous quantities of electricity and natural gas — and with energy costs rising steadily, the economic case for passive design has never been stronger.",{"type":12,"children":234},[235],{"text":236,"type":16},"At ANK, sustainability is not a marketing label; it is a design methodology that begins with the very first site visit. Before we draw a single line, we study solar geometry, prevailing wind patterns, ground temperatures, and the thermal properties of locally available materials. This data-driven approach allows us to make informed decisions about orientation, massing, and envelope design that have a far greater impact on energy performance than any bolt-on technology.",{"type":12,"children":238},[239],{"text":240,"type":16},"Thermal mass is our most powerful tool. Uzbekistan's traditional architecture understood this intuitively: thick mud-brick and fired-brick walls absorb heat during the day and release it slowly at night, moderating interior temperatures without any mechanical input. In our Navoiy Business Park, we used 400 mm reinforced concrete walls with external insulation — a modern reinterpretation of the same principle — achieving a thermal lag of approximately 8 hours. This means peak indoor temperatures occur in the late evening, when the building is largely unoccupied, and the thermal mass has been pre-cooled by the night's lower temperatures.",{"type":12,"children":242},[243],{"text":244,"type":16},"Cross-ventilation is another strategy deeply embedded in Central Asian building tradition. The badgir, or wind tower, has cooled buildings across the arid belt from Iran to India for centuries. We adapted this concept in the Samarkand Heritage Hotel with a central atrium stack effect: warm air rises through the four-story courtyard void and exhausts through operable roof vents, drawing cooler air in through ground-floor openings. Monitoring data from the first year of operation shows that this passive system eliminates the need for mechanical cooling during approximately 60% of the annual occupied hours.",{"type":12,"children":246},[247],{"text":248,"type":16},"Shading design deserves far more attention than it typically receives. A well-designed brise-soleil or perforated screen can reduce solar heat gain by 60–70% while maintaining views and daylight. In our Tashkent Riverside Residences, we developed a perforated aluminum panel system whose pattern density varies by facade orientation — denser on the west (where low-angle afternoon sun is most problematic) and more open on the north (where diffuse light predominates). The panels are fixed, requiring no maintenance or user intervention, yet they perform comparably to an automated blind system at a fraction of the cost.",{"type":12,"children":250},[251],{"text":252,"type":16},"Ground-source heat pumps represent the most impactful active technology for our climate. Uzbekistan's ground temperature stabilizes at approximately 14–16°C below 3 meters depth — a comfortable baseline from which to both heat and cool. Our Bukhara Cultural Center uses a closed-loop borehole system with 40 wells drilled to 80 meters, providing the building's entire heating and cooling load with a coefficient of performance (COP) of 4.2 — meaning that for every unit of electricity consumed, the system delivers 4.2 units of thermal energy.",{"type":12,"children":254},[255],{"text":256,"type":16},"The greatest challenge we face is not technical but cultural. Many clients and contractors remain skeptical of passive strategies, associating energy efficiency with discomfort or austerity. Our role as architects is to demonstrate — through built examples that people can visit, touch, and experience — that sustainable buildings are not only more responsible but genuinely more pleasant to inhabit. The Navoiy Business Park's tenant satisfaction scores, consistently 15–20% above the national average for commercial buildings, suggest that the message is getting through.","Practical strategies for designing energy-efficient buildings that withstand Uzbekistan's harsh summers and cold winters without relying solely on mechanical systems.","Timur Alimov","2026-04-06T20:05:56.343Z","2026-04-06T20:06:03.767Z","2026-04-06T20:06:03.773Z",{"id":263,"documentId":264,"name":265,"alternativeText":50,"caption":50,"focalPoint":50,"width":51,"height":266,"formats":267,"hash":289,"ext":55,"mime":58,"size":290,"url":291,"previewUrl":50,"provider":82,"provider_metadata":50,"createdAt":292,"updatedAt":292,"publishedAt":292},47,"jfpmzlqx08evpxx9ithz4zgb","blog-sustainable-building-continental-climate.jpg",1531,{"small":268,"medium":275,"thumbnail":282},{"ext":55,"url":269,"hash":270,"mime":58,"name":271,"path":50,"size":272,"width":273,"height":61,"sizeInBytes":274},"\u002Fuploads\u002Fsmall_blog_sustainable_building_continental_climate_a1194cff78.jpg","small_blog_sustainable_building_continental_climate_a1194cff78","small_blog-sustainable-building-continental-climate.jpg",31.8,353,31797,{"ext":55,"url":276,"hash":277,"mime":58,"name":278,"path":50,"size":279,"width":280,"height":69,"sizeInBytes":281},"\u002Fuploads\u002Fmedium_blog_sustainable_building_continental_climate_a1194cff78.jpg","medium_blog_sustainable_building_continental_climate_a1194cff78","medium_blog-sustainable-building-continental-climate.jpg",79.66,627,79658,{"ext":55,"url":283,"hash":284,"mime":58,"name":285,"path":50,"size":286,"width":287,"height":76,"sizeInBytes":288},"\u002Fuploads\u002Fthumbnail_blog_sustainable_building_continental_climate_a1194cff78.jpg","thumbnail_blog_sustainable_building_continental_climate_a1194cff78","thumbnail_blog-sustainable-building-continental-climate.jpg",16.23,236,16233,"blog_sustainable_building_continental_climate_a1194cff78",236.93,"\u002Fuploads\u002Fblog_sustainable_building_continental_climate_a1194cff78.jpg","2026-04-06T20:06:03.759Z",{"id":294,"documentId":295,"title":296,"slug":297,"content":298,"excerpt":323,"author":324,"createdAt":325,"updatedAt":326,"publishedAt":327,"coverImage":328},11,"rug9d08ty7wn5a525txtgez1","Reviving Uzbek Architectural Identity in Modern Design","reviving-uzbek-architectural-identity",[299,303,307,311,315,319],{"type":12,"children":300},[301],{"text":302,"type":16},"Architecture in Uzbekistan stands at a fascinating crossroads. The Soviet era left a legacy of standardized housing blocks and institutional buildings that, while functional, severed the connection between built form and local identity. Today, a new generation of architects is looking back to move forward — studying the proportional systems of Timurid mosques, the climate-responsive genius of traditional courtyard houses, and the rich craft traditions of ganch carving, ceramic tilework, and wood joinery.",{"type":12,"children":304},[305],{"text":306,"type":16},"At ANK, we believe that modern design does not mean abandoning the past. Our recent projects integrate CNC-milled geometric screens inspired by Registan tile patterns, rammed-earth walls that echo centuries-old construction methods, and courtyard plans that provide natural ventilation in Tashkent's extreme continental climate.",{"type":12,"children":308},[309],{"text":310,"type":16},"The courtyard, or havli, is perhaps the most powerful spatial concept we draw from. For millennia, Central Asian domestic architecture has been organized around an enclosed outdoor room — a space that is simultaneously private and open to the sky, shaded and sun-drenched, intimate and generous. In our Samarkand Heritage Hotel, the central courtyard is not merely a nostalgic gesture; it is the building's environmental engine, channeling prevailing breezes through the guest wings and creating a microclimate 8–10°C cooler than the surrounding streets during peak summer.",{"type":12,"children":312},[313],{"text":314,"type":16},"Material authenticity matters deeply to us. When we specify ganch plasterwork, we work with master craftsmen from the Tashkent School of Traditional Arts who have inherited techniques passed down through dozens of generations. These artisans can produce geometric patterns of extraordinary complexity — girih tessellations with ten-fold rotational symmetry — using nothing more than a compass, a straightedge, and decades of muscle memory. Incorporating their work into contemporary buildings is not a decorative afterthought; it is a statement that living craft traditions have a central place in modern construction.",{"type":12,"children":316},[317],{"text":318,"type":16},"We are equally interested in reinterpreting traditional materials through new technologies. Our research partnership with the Tashkent Polytechnic Institute has explored parametric adaptations of Islamic geometric patterns, using computational tools to generate screen designs that respond to solar angles at specific facades. The result is a mashrabiya that performs better than a fixed pattern while remaining visually rooted in the region's decorative vocabulary.",{"type":12,"children":320},[321],{"text":322,"type":16},"The question of identity in architecture is never settled. It evolves with each project, each conversation with a client, each encounter with a site. What excites us most is the growing confidence among Uzbek clients and institutions to invest in buildings that look and feel like they belong here — not imported wholesale from Dubai or Shanghai, but grown from the soil, climate, and culture of this extraordinary place.","How contemporary Uzbek architects are drawing on centuries of Islamic geometric patterns, courtyard typologies, and local materials to create a new regional modernism.","Anvar Karimov","2026-04-06T20:05:56.333Z","2026-04-06T20:06:03.588Z","2026-04-06T20:06:03.600Z",{"id":329,"documentId":330,"name":331,"alternativeText":50,"caption":50,"focalPoint":50,"width":51,"height":332,"formats":333,"hash":360,"ext":55,"mime":58,"size":361,"url":362,"previewUrl":50,"provider":82,"provider_metadata":50,"createdAt":363,"updatedAt":363,"publishedAt":363},46,"l5bho2pt6syziy37qwb2zf1x","blog-reviving-uzbek-architectural-identity.jpg",1800,{"large":334,"small":342,"medium":348,"thumbnail":354},{"ext":55,"url":335,"hash":336,"mime":58,"name":337,"path":50,"size":338,"width":339,"height":340,"sizeInBytes":341},"\u002Fuploads\u002Flarge_blog_reviving_uzbek_architectural_identity_32804baa35.jpg","large_blog_reviving_uzbek_architectural_identity_32804baa35","large_blog-reviving-uzbek-architectural-identity.jpg",288.07,1067,1600,288069,{"ext":55,"url":343,"hash":344,"mime":58,"name":345,"path":50,"size":346,"width":76,"height":61,"sizeInBytes":347},"\u002Fuploads\u002Fsmall_blog_reviving_uzbek_architectural_identity_32804baa35.jpg","small_blog_reviving_uzbek_architectural_identity_32804baa35","small_blog-reviving-uzbek-architectural-identity.jpg",28.38,28383,{"ext":55,"url":349,"hash":350,"mime":58,"name":351,"path":50,"size":352,"width":209,"height":69,"sizeInBytes":353},"\u002Fuploads\u002Fmedium_blog_reviving_uzbek_architectural_identity_32804baa35.jpg","medium_blog_reviving_uzbek_architectural_identity_32804baa35","medium_blog-reviving-uzbek-architectural-identity.jpg",77.38,77383,{"ext":55,"url":355,"hash":356,"mime":58,"name":357,"path":50,"size":358,"width":216,"height":76,"sizeInBytes":359},"\u002Fuploads\u002Fthumbnail_blog_reviving_uzbek_architectural_identity_32804baa35.jpg","thumbnail_blog_reviving_uzbek_architectural_identity_32804baa35","thumbnail_blog-reviving-uzbek-architectural-identity.jpg",13.92,13924,"blog_reviving_uzbek_architectural_identity_32804baa35",378.07,"\u002Fuploads\u002Fblog_reviving_uzbek_architectural_identity_32804baa35.jpg","2026-04-06T20:06:03.581Z",{"pagination":365},{"page":366,"pageSize":47,"pageCount":366,"total":367},1,5,1780323237956]