How They Pulled It Off: A Massive Sculptural Skylight

This article delves into the design and construction of a unique twisty, floating staircase for a ground-level maisonette in Greenpoint, Brooklyn. The unit, distinguished by its 14-foot high ceilings and a private terrace, is an anomaly in New York City apartments. INC Architecture & Design, renowned for projects like 1 Hotel Brooklyn Bridge and the TWA Hotel, was responsible for the entire creative scope of the property, acting as executive architect, design architect, and interior designer for all units, including this particular maisonette. The firm identified an opportunity in the ground-floor unit, which is categorized as a retail-level space due to its high ceilings, to incorporate an elegant staircase that complements the large, windowed patio doors. The design challenge involved creating a staircase that would allow maximum natural light penetration while navigating strict building codes. The team aimed for a less intrusive design for the stairs, railing, and treads to ensure the room remained bright. The staircase, roughly one and a half stories high, required precise coordination due to its complex geometry; the orientation at its base differs from its top. A key hurdle was the building code requiring a landing every nine feet of staircase rise. To address this, the design team implemented a creative solution by turning the staircase three times, thus incorporating three landings of consistent size for aesthetic purposes. This intricate design process was described as "the tightest puzzle you've ever seen." The staircase's structure features a four-by-six black steel tube as its stringer, the backbone supporting the treads. The railing comprises tempered glass and a black anodized aluminum C-channel that neatly covers the edge. Beyond the architectural elements, Jean Lin, cofounder Drew Stuart's partner and owner of Colony, a furniture design gallery, meticulously furnished the maisonette for its new tenant. The interior design process considered the staircase as a central focal point, influencing choices for lighting fixtures, art placement, and the utilization of negative space to enhance the overall experience of moving through the home. The article also outlines practical strategies employed during the project. Extensive pre-planning was crucial for the floating staircase, which relies on hidden anchors, especially in concrete buildings where embed plates must be coordinated well in advance. Budget constraints led to design revisions, including switching from a two-stringer design to a single stringer, which not only saved costs but also resulted in a lighter aesthetic. Creative problem-solving was essential for meeting building codes, such as making treads exceptionally thick to ensure the gap between floating stairs was smaller than a four-inch diameter sphere. The project utilized multiple vendors for different components like the staircase and flooring, necessitating careful coordination to match cosmetic details, such as ensuring the stair treads harmonized with the wood floor finish despite originating from various sources. #FloatingStaircase #ArchitecturalDesign #InteriorDesign #BuildingCodes #GreenpointBrooklyn #Maisonette #INCArchitecture #ResidentialDesign #SpaceOptimization

This article details the transformation of a 1907 San Francisco shingled house in the Richmond district, bordering the Presidio, through a comprehensive remodel led by architect Malcolm Davis. The homeowners, Jen and Adrian, sought to integrate modern design elements while preserving the home's historic character, addressing issues such as a disjointed layout and an unusable backyard. Davis's philosophy centers on exposing the 'bones' of old houses and introducing natural light, which was crucial for this project given San Francisco's often gloomy climate. The renovation involved strategically removing interior walls and installing a large support beam to create an expansive, open-plan living, kitchen, and dining area on the first floor. A significant change was lowering the floor of a conversation area next to the kitchen, directly connecting it to a new, multi-level rear garden through wide glass doors. This reconfigured the main living space to be more open and family-friendly, while the front entry, formal living room with its original bay window, and staircase were largely kept intact, yet now feel connected to the brighter rear. A key aspect of the remodel was the innovative use of skylights and glass. The attic transformation was particularly impactful, allowing daylight to penetrate from the third floor down to the front entry. This was achieved by adding a new stairwell to access a top-floor office, which features a low glass wall and skylights behind it. The light travels through the office, through the glass wall, and then into the main stairwell, where the ceiling was opened to expose framing, creating a dramatic and bright effect throughout the house. The backyard, previously unusable, was converted into a functional, low-maintenance outdoor space with concrete seating and hardy plants, mirroring the interior layout with distinct outdoor dining, cooking, and lounge areas. This integration of indoor and outdoor living spaces was a primary goal for the homeowners and architect. The interior design carefully balances modern and traditional aesthetics. Jen, with her master's degree in architecture, emphasized maintaining traditional details like trim in certain areas while introducing modern elements where appropriate. The home features a striking contrast between light and dark, with rich stained floors, Simply White walls, and a combination of Marine Black soapstone and Pure White Caesarstone countertops. Unlacquered brass fixtures are used throughout, adding a subtle metallic glow that patinas over time. The primary bathroom benefits from two skylights, allowing light from opposite exposures to illuminate the Heron Blue variegated Heath tile, creating dynamic visual changes throughout the day. While common areas are bright and inviting, bedrooms are designed as quiet, cocoon-like retreats with thick curtains and dark, moody paint colors like Farrow & Ball Railings and Bancha. The home also incorporates inherited pieces, like Jen's grandmother's dining table, mixed with modern furnishings, reflecting a personal and eclectic style. #HomeRenovation #SanFranciscoArchitecture #ModernDesign #HistoricPreservation #Skylights #GlassWalls #IndoorOutdoorLiving #InteriorDesign #GardenDesign #ArchitecturalRemodel

This article details how a couple, Stephanie and her partner, successfully installed a DIY fabric skylight in their home for under $1,500, transforming their living space with a luxurious and bright aesthetic typically associated with much higher costs. The inspiration for this project stemmed from a visit to Hafary’s showroom, where a large skylight installation captured their imagination. Recognizing that traditional skylight systems could be prohibitively expensive, often exceeding a thousand dollars, they sought a more affordable alternative. The couple discovered a fabric skylight available on Taobao for a mere $70. This significantly reduced the material cost compared to local specialized fabric skylight installers, who quoted upwards of $750 for the skylight alone, excluding the necessary modifications to the ceiling. The overall project cost, including the Taobao fabric skylight, a 1.6m cove false ceiling built by a contractor ($1,380), smart LED strips ($40), Taobao shipping ($10), and electrical wiring and installation (approximately $80 per lighting point), totaled just under $1,500. This stark contrast in cost highlights the substantial savings achieved through their DIY approach. The DIY process involved several key steps. First, a false ceiling contractor constructed a cove structure with a 1.6m circular recess designed to accommodate the skylight. Stephanie advised future DIYers to plan the false ceiling design early and ensure electricians and ceiling contractors are aware of the skylight integration to allow for adequate space and wiring access. Next, an electrician prepared the power points and wiring for the lights. The couple opted for smart LED strips for their versatility, allowing them to adjust lighting tones to suit different moods. A significant challenge during this phase was coordinating between the false ceiling contractors and the electricians, as these are typically separate trades unfamiliar with each other's specific requirements for such a project. The homeowners had to act as intermediaries to ensure seamless alignment. Finally, the fabric and circular aluminum skylight frame, sourced from Taobao, arrived. The frame was designed to be reassembled on-site, as it was split into three parts for shipping. During installation, a sizing discrepancy of 5cm was noted between the fabric and the recessed frame. However, this was easily rectified through trimming and adjustment. Stephanie emphasized the importance of precise measurements when ordering, suggesting that ordering a slightly larger frame that can be trimmed down is a safer approach than dealing with an undersized one. Despite the initial intimidation, Stephanie confirmed that the DIY project was manageable with careful planning and coordination. The finished 1.6m-wide skylight successfully created an illusion of a higher ceiling and flooded the dining area with adjustable light, delivering a sophisticated aesthetic without the premium price tag. The project exemplifies how luxury home features can be achieved affordably through innovative DIY solutions, proving to be a worthwhile investment for the homeowners. #DIYHomeRenovation #SkylightInstallation #AffordableHomeDecor #TaobaoFinds #HomeImprovement #BudgetRenovation #SmartLighting #InteriorDesign #FalseCeiling

This article outlines a straightforward method for installing a skylight in any room, regardless of direct roof access, using a solar collector system. The primary benefit of this system is its ability to bring natural light into areas of a home that might otherwise be dark and dingy, such as hallways. Unlike traditional skylights that require direct overhead roof access, this innovative system utilizes a solar collector placed on the northern aspect of the roof. The installation process begins with preparing the roof for the solar collector. Brackets are attached to the solar collector, designed to sit within the valleys of the roof tiles. Before securing the brackets, specific roof tiles must be removed. The brackets are then firmly attached to the roof battens using screws provided with the system. Once the brackets are in place, the cable from the solar collector is connected and fed into the roof cavity. After this step, the removed roof tiles are replaced, ensuring the roof's integrity. The next phase involves preparing the interior ceiling for the light panel. The desired position for the light panel in the ceiling is determined, and a pilot hole is drilled at its center. Accessing the roof cavity is necessary to locate this hole. If the intended light panel placement coincides with any ceiling joists, its position must be slightly adjusted to ensure it sits in a clear area of the ceiling, avoiding structural obstructions. The cable from the solar collector is then routed to this designated light panel location. Following the preparation in the roof cavity, the interior ceiling is cut to accommodate the light panel. A provided cut-out template is affixed to the ceiling at the correct location, and its edges are traced with a pencil. A wallboard saw is then used to cut along the marked lines, creating the opening for the light panel. This precise cutting ensures a neat and professional finish. The final steps involve connecting the electrical components and installing the light panel. The cable from the solar collector is connected to the light panel. The light panel is then installed into the cut hole in the ceiling using spring clips located on its sides. These clips secure the panel flush with the ceiling surface, completing the installation. This system offers a practical solution for enhancing natural light in homes, transforming dark spaces into brighter, more inviting environments without the complexities of traditional skylight installations. #SkylightInstallation #DIYHomeImprovement #NaturalLight #SolarCollector #HomeRenovation #InteriorDesign #RoofAccess #EnergyEfficiency

This article details the collaborative renovation project undertaken by photographer Andrew Rowat and architect Delnaz Yekrangian for Rowat's Toronto townhouse kitchen. The project aimed to address a compressed timeline, which was further complicated by the arrival of the pandemic, necessitating strategic interventions to the existing structure. Rowat, having traveled extensively and photographed spaces globally, sought to infuse the renovation with unique design elements, while Yekrangian, specializing in repurposing existing buildings, brought a practical yet creative approach. Their long-standing friendship and professional admiration culminated in this collaboration, with Rowat taking on the role of project manager due to his meticulous nature. A key design challenge in the kitchen was optimizing a small space while incorporating both visual interest and a hidden lighting system. Rowat's desire for indirect lighting and minimal use of recessed fixtures prompted the duo to focus on an innovative ceiling solution. They conceived a paneled ceiling design that not only offered aesthetic appeal but also served a practical purpose: concealing recessed lighting and other mechanical elements. The material chosen for the paneling was readily available particle board, which was then painted with Benjamin Moore Chantilly Lace OC-65 to seamlessly match the kitchen's cabinetry and Corian countertops, creating a cohesive look. Beyond just aesthetics and lighting concealment, the sloped design of the ceiling panels was ingeniously utilized to hide a 10-inch exhaust pipe for a six-burner Bluestar range, demonstrating a clever use of form and function in a confined area. The design was carefully integrated with the kitchen cabinet modules, ensuring a harmonious and functional layout within the compact space. Additionally, to enhance comfort and mitigate noise, the voids behind the sloped ceiling were filled with sound attenuation material, preventing sound transfer to Rowat’s young son’s bedroom located nearby. Yekrangian credited Rowat's active involvement and decision-making throughout the project as crucial to its success. She noted that while many design ideas are initially explored, Rowat and his wife were decisive in their choices, allowing the vision to materialize effectively. Rowat expressed satisfaction with the final outcome, appreciating the simplicity of the chosen approach despite initially considering more complex panel affixing methods. He concluded that the decision to keep it straightforward ultimately led to an impressive and highly functional result, avoiding unnecessary complications with the contractors. #HomeRenovation #KitchenDesign #RecessedLighting #ArchitecturalDesign #InteriorDesign #ParticleBoard #SpaceOptimization #HiddenFeatures #DIYRenovation

Skylights offer a versatile solution for enhancing natural light and creating an illusion of space in homes, particularly in darker rooms or those requiring privacy. Architect Joe Snell of Studio Snell highlights their ability to transform a 'dark stuffy room' into a 'bright airy room that reaches for the heavens.' Despite the aesthetic and practical benefits, installation can be costly, and the addition of a skylight doesn't always guarantee an increase in property value. Therefore, careful consideration of various factors is essential before proceeding with installation. One crucial aspect to consider is the skylight's orientation. As Snell explains, unlike artificial lighting, sunlight cannot be controlled. The direction a skylight faces—whether northern, allowing direct sunlight, or southern, admitting indirect light—significantly impacts the light quality and heat gain within a room. Many skylights are designed to provide general, indirect light to avoid the harshness of direct sun, but sometimes direct illumination is precisely what a space requires. This directional choice directly influences the room's ambiance and thermal performance. Another key factor is the roof type and the distance between the roofline and the ceiling. For homes with conventional gabled roofs and flat ceilings, a plasterboard shaft is typically needed to connect the skylight to the interior space. Snell views this as an opportunity to maximize the sense of light; a small skylight can be combined with a wider shaft to create a dramatic visual effect, reducing cost while making a significant design statement. In contrast, a skillion or nearly flat roof places the skylight very close to the ceiling, resulting in a more direct light presence in the room. Skylights, traditionally used for attics and lofts, are now integrated throughout homes, including entry hallways, living rooms, and bathrooms. However, their necessity varies depending on the home's layout. Snell notes that skylights are particularly valuable in square-shaped floorplans, where they can bring natural light into the often-dark central areas. Conversely, narrow houses with windows on both sides may have less need for skylights, especially if the goal is to avoid harsh direct sunlight. Modern operable skylights, which can be opened for ventilation and feature blinds for sun control, offer practical advantages in Australian homes, contributing significantly to comfort and functionality. The article showcases 12 diverse examples of skylight integration across different home styles. In a 1900s semi-detached house, a strategically placed kitchen skylight compensates for limited natural light due to surrounding buildings. A renovated Federation cottage features a bathroom skylight that emphasizes the texture of wall tiles, while a Mediterranean-meets-coastal home uses a series of skylights in the master suite to ensure privacy without sacrificing light in the walk-in wardrobe. Other examples include a central skylight brightening a corridor in a waterfront home, a glass hallway floor beneath a skylight illuminating kitchen and dining areas in a heritage home, and enormous industrial skylights in a Victorian-era villa that flood an adjoining loggia with light. Modular skylights add visual interest and freshness to a Federation cottage hallway, and skylights punctuate a concrete waffle ceiling in a contemporary kitchen. Further instances include a walk-in wardrobe amply lit by a skylight, a pared-back kitchen with a concealed pantry and study nook illuminated by a modular skylight, and a modernist house where a skylight enhances textured materials. Finally, glass skylights bring abundant light into an open-plan kitchen and living area designed by Georgia Hobart. These examples demonstrate the diverse applications and aesthetic impact of skylights in various residential settings. #SkylightDesigns #NaturalLight #HomeRenovation #ArchitecturalLighting #InteriorDesign #HomeImprovement #Renovating #RoofDesign

For decades, architects and government officials have recognized the importance of energy-efficient buildings, especially since the 1970s energy crisis. Buildings, including their construction, materials, and associated infrastructure, contribute up to 40 percent of global carbon emissions, making energy efficiency a critical concern. This understanding is foundational in North American architecture schools and has been emphasized by European institutions for even longer. The "Passive House Design" approach, pioneered by German architects, considers a building's entire interconnected system, focusing on its integration with the site, climate, and social support. This philosophy extends beyond residential structures to all building types. A more recent evolution, the "Net Zero Design" approach, also led by German designers, takes this further by requiring buildings to be highly efficient, use minimal energy, and replace all the energy they consume, potentially even contributing excess energy back to the local power grid. Europe, with its advanced energy design and construction history, has developed numerous innovative building cladding systems that contribute to energy efficiency. These systems often incorporate specialty fabrics in intelligent ways, such as vertical shade systems, retractable awnings, and entire building wraps. Industry experts, including Steve Fredrickson from Serge Ferrari North America, note that Europe is significantly ahead of North America in this area due to a lack of air conditioning standardization in European homes and retail, creating a greater need for heat barrier solutions. Additionally, European building codes are more adaptable to new energy-reducing products and developments. In contrast, existing North American building codes and the time required for their amendment make widespread adoption of fabric shade systems more challenging. Architect Samuel Armijos observes that while European markets showcase many examples of vertical fabric systems, such projects are scarce in the U.S. This lack of visible examples hinders broader acceptance and design incorporation. Architect Nicholas Goldsmith, however, notes a growing recognition among North American designers that exterior shading, particularly in specific regional climates, offers advantages over other cladding systems, such as being lightweight, efficient, and cost-effective. Mike Squizzato of Stobag North America Corp. highlights that Europeans prioritize shade for cooling due to higher electricity costs, whereas North Americans typically rely on air conditioning. He believes that as electricity costs rise and climate concerns grow, North American markets will rapidly adopt shading solutions, with awnings and vertical shading providing natural air-conditioned environments and potentially saving over 50 percent on electricity bills. Paul Snustead, director of facades at Structurflex, acknowledges Europe's lead but points to Structurflex's efforts to advance fabric facade architecture in the U.S. Tensile facades, also known as textile, fabric, or flexible facades, offer an innovative, long-lasting, and cost-effective alternative to traditional metal mesh screens, often costing about 50 percent less. These systems act as a 'second skin' for buildings, providing screening and shading, which can contribute to reduced energy consumption and LEED certification. Despite the clear benefits, the adoption of fabric-based shading systems in North America faces challenges. Traditional cladding materials remain strong competitors. Armijos notes a decline in leads for shade jobs, with parking garages being the primary market, but even there, fabric competes with pre-fabricated concrete and metal mesh systems. He suggests a major global event might be needed to spur a push toward textile facades. Andrew Trowbridge of Ronstan International observes a shift away from stainless steel cables in fabric structures towards greening systems and perforated aluminum panels for shade and facade coverage. Conversely, Fredrickson sees growth in both static and retractable vertical shading options across North America. Snustead describes an exponential expansion in the fabric facade architecture market, particularly for tensile fabric meshes, membranes, and foils, initially driven by parking garage screening requirements. Structurflex has seen an 800 percent increase in facade projects annually, with fabric facades becoming a significant part of their operations. Squizzato predicts that as temperatures rise, North Americans will increasingly seek cost-effective cooling solutions beyond air conditioning, leading to buildings with more colorful awnings and widespread vertical shading, eventually mirroring European practices within 15 years. For companies looking to enter or expand in this market, experts emphasize the need for knowledge, education, and accessibility of information. The ideal company size varies by region and market, but success hinges on having the right products and expertise. Fredrickson warns against using cheap, unproven products, which can harm the market's reputation. Snustead highlights the versatility of tensile facades, which can span large distances with less structural support and use materials that are often 100% recyclable with long lifespans. Squizzato points out that many existing businesses, from awning companies to landscape architects, can leverage sun shade protection to expand their services, provided they have appropriate insurance, training, and competent staff. The overall outlook for vertical fabric shading remains positive, with continued growth anticipated, especially as architects and contractors become more familiar with the medium's innovation and economic advantages. #BuildingFacades #VerticalShading #EnergyEfficiency #FabricArchitecture #SustainableDesign #ArchitecturalTextiles #NetZeroDesign #ClimateControl #ConstructionInnovation

Architect Wakako Tokunaga adapted her professional workspace in 2020 by designing and building a 350-square-foot studio addition at the back of her Tacoma Park, Maryland property, near Washington, D.C. This decision allowed her to avoid a costly commercial lease and provided a flexible environment for her firm, WAK TOK architects, founded in 2007. The studio’s design was meticulously planned to prevent obstruction of sunlight for neighbors and to maintain the view, while also considering its proportion to her native plant garden. The primary objective was to balance collaborative work areas with ample green space and seclusion. The studio’s design centers on functionality, simplicity, and a strong connection to nature. Two of its four walls feature sliding doors that open completely to the garden, effectively transforming the space into an “extended outdoor room.” This indoor/outdoor living concept was particularly beneficial during the pandemic, allowing Wakako to remain close to her children while working. The other two walls are fixed: one is the original exterior brick wall of her home, painted dark gray with milk paint to visually extend the outdoors inward, and the other is a solid plywood-clad wall adjacent to the neighbor's property. The interior materials are kept simple and functional, including polished concrete floors, plywood-clad walls and ceilings, and non-toxic milk paint on the existing home wall. A key element is the custom, floor-to-ceiling modular shelving system integrated into the plywood wall. This system was designed around a four-foot module, which also governed the studio's overall construction to optimize stock plywood panels and multi-slide door dimensions, thereby maximizing efficiency and minimizing material waste. The shelving features a track system with moveable brackets, allowing Wakako to easily adjust and rearrange shelves to accommodate books, material samples, and art. A deeper, hip-height shelf functions as a versatile workspace, suitable for her team or her children. Sustainability was a guiding principle, with the use of natural and non-toxic materials. Sustainably sourced pine siding, plywood, concrete, and finishes like natural pine tar, hemp oil, and milk paint were employed. The exterior features locally sourced, fast-growing black locust decking, known for its natural resistance to rot and insects. The outer shell of the studio is insulated beyond code requirements to enhance thermal comfort and reduce energy consumption. The design also emphasizes minimalism, with elements like light switches, outlets, and mechanical grills concealed to maintain a clean aesthetic, requiring precise planning and construction. Today, the studio serves multiple purposes, functioning as an architectural office for meetings and team collaboration, and occasionally hosting community and social gatherings, with potential future use as an art space. Wakako particularly values the studio's ability to create a sense of being outdoors, in close proximity to the garden, especially when the multi-slide doors are fully open. This addition exemplifies thoughtful architectural adaptation to changing needs, demonstrating a successful blend of professional utility, family integration, and environmental consciousness. #StudioExtension #ModularShelving #PlywoodDesign #IndoorOutdoorLiving #SustainableDesign #ArchitecturalInnovation #FlexibleWorkspace #NativeGarden #SmallSpaceDesign

This article showcases ten residential projects that ingeniously integrate lightwells to maximize natural light within various home environments, especially in areas with limited external windows. The selection draws from popular projects featured on Dezeen's Pinterest boards, highlighting diverse architectural approaches to this design challenge. Each project demonstrates a unique method of incorporating lightwells, ranging from narrow urban townhouses to suburban residences and renovated apartments. The Clinton Hill Courtyard House in Brooklyn, USA, by O'Neill McVoy Architects, exemplifies how large skylights carved into an historic brick townhouse can funnel natural light through a small indoor courtyard, revitalizing the interior. Similarly, Kientruc O's House 304 in Vietnam addresses the constraints of a skinny townhouse by designing a lightwell that spans its entire length, creating a central void wrapped by plant-filled balconies across four floors, thus preventing a cramped feeling and enhancing ventilation. In London, Amin Taha Architects' Caroline Place project involved reconfiguring a 1950s terraced house. The design centers rooms around a light-filled courtyard garden, complemented by an open-plan basement level that also benefits from the added light. Coffey Architects' Hidden House, named for its secluded location in London, ensures ample illumination through large skylights arranged in a chequerboard pattern, proving that even a modest brick residence can be brightly lit. VACO Design's H House in Ho Chi Minh City, Vietnam, utilizes perforated concrete walls and ceilings with hollow blocks. These elements not only provide ventilation but also flood an indoor swimming pool with natural daylight, casting distinctive geometric shadows. Pasel Kuenzel's V13K05 House in the Netherlands incorporates a large central atrium and a gravel-filled courtyard with sliding glass doors to innovative fill the home with light. Nook Architects' renovation of The Bookcase apartment in Barcelona, Spain, features a central lightwell that provides daylight to the bathroom, kitchen, and storage areas. This design works in conjunction with restored original tiles and glass partitions to create a bright and open living space. Nuno Melo Sousa's Sala em Pala in Portugal extended a house into its former courtyard, using a glazed wall and a shingle-covered triangular lightwell to establish a visual connection with the outdoor terrace. Welsh + Major's Annandale House in Sydney, Australia, includes a lightwell that physically separates the original house from its new extension, allowing the entire space to "breathe." This lightwell is topped with a retractable glazed roof, offering residents control over the amount of natural light and ventilation. Finally, Chop + Archi's Kamiuma House in Tokyo, Japan, despite having an almost windowless facade facing the street, achieves brightly lit interiors through triangular voids strategically cut into the building's corners. Collectively, these projects demonstrate a variety of creative and functional solutions for integrating natural light into residential architecture, particularly in challenging urban or confined settings. They highlight how lightwells can enhance indoor living environments by improving illumination, ventilation, and a sense of openness, transforming potentially dark spaces into vibrant and functional areas. #Lightwells #ResidentialArchitecture #HomeInteriors #NaturalLight #ArchitecturalDesign #UrbanHomes #Skylights #HomeDecoration #ArchitecturalInnovation

Windows are essential architectural elements that create a dialogue between interior spaces and the outdoors. In densely populated urban areas, where traditional windows may be limited, skylights have emerged as a significant alternative, providing light, air, and a view of the sky. This article explores innovative approaches to windows and skylights in various architectural projects across the subcontinent, showcasing how architects are reinterpreting these features to enhance living spaces. One example is SYSTEM Architects' project, Jeebon-Anondo, where circular skylights and window-like openings were incorporated. Principal architect Enamul Karim Nirjhar explains that the circular concept symbolizes drops of tears, light, and rain, connecting to a moment and introducing light, water, and drama into the living areas. Similarly, for Animesh Nayak of Open To Sky, the skylight in his Bodoland project acts as a “clock,” marking time by interacting with the moving sun to create dynamic light patterns within the house. Noor Khan's Six Courtyards House in Lahore features an elongated, rectangular skylight that transforms the experience of climbing the staircase, serving as a focal point and demonstrating the architect's sensitivity to how the sky meets the roof. In Dhaka, Bangladesh, architect Rafiq Azam of Shatotto designed an “oculus” in the roof of the traditional Bengali goshshaghor, a space for contemplation. This oculus frames the urban skyline and sky, interweaving them with exposed concrete walls and green vines, thus framing one's mind and soul. The Tomoe Villa by NOTE at Alibag incorporates angular windows designed to act as picture frames, capturing specific views and trees from the surrounding landscape. Principal architect Hemant Purohit describes these windows as an abstraction of leaves, subconsciously integrating nature into the design. In a unique request, Matra Architects and Rurban Planners designed two identical buildings without traditional windows for artist homeowners. Instead, daylight permeates through various vertical and horizontal incisions in the blocks, with a skylight illuminating the staircase, creating an immersive experience. Lastly, the S House addresses privacy concerns with tinted, one-way glass windows, a client request due to an unappealing neighborhood view. To compensate for the reduced outward visibility, architect Sujit Nair of SDeG introduced an atrium in the interiors, ensuring ample light while maintaining privacy. These diverse projects highlight how architects are rethinking conventional window and skylight designs to address functional needs, artistic expressions, and specific site conditions, ultimately enriching the inhabitants' experience of their homes. #WindowDesign #SkylightArchitecture #ArchitecturalInnovation #HomeDesign #NaturalLight #UrbanArchitecture #PrivacySolutions #ModernHomes

Gabriel Scott has unveiled the Welles Reimagined series, a new lighting collection developed in collaboration with renowned American architect David Rockwell. This collection serves as an evolution of Gabriel Scott's popular Welles Chandelier, initially launched in 2017. The original Welles Chandelier was designed to be a modular lighting system capable of expansion without visible rods, a concept that emphasized both luxury and innovative design in contemporary lighting. The Welles Reimagined series maintains the geometric foundational principles of its predecessor while introducing a modern interpretation. The design draws inspiration from natural formations, specifically referencing the clustered arrangements found in crystals, clouds, and chemical compounds, translating these organic structures into sculptural lighting fixtures. A significant design shift in the Welles Reimagined collection involves replacing the steel elements that previously encased the bulbs with hollowed glass polygons. This alteration imbues the fixtures with a jewelry-like aesthetic, enhancing their brilliance and sophistication. These luminous glass shapes are arranged at varying heights and in diverse dimensions, contributing to the sculptural and organic feel of the collection. The glass polygons are available in five distinct finishes: Smoked, Purple, Alabaster White, Bronze, and Clear. This variety in finishes allows for extensive customization, enabling designers and homeowners to tailor the lighting to specific interior aesthetics and preferences. This transformation signifies a continuous progression of the Welles design, with a strong focus on personalization and adaptability to diverse spatial requirements. Scott Richler, the Founder and CEO of Gabriel Scott, emphasized that the Welles Chandelier, and now its reimagined counterpart, embodies the brand’s core design philosophy: to create modular products that are highly customizable. Richler highlighted the Welles Reimagined by David Rockwell capsule collection as a sculptural masterpiece, noting the brand’s excitement to expand its allure with additional glass finish options in their standard series. This expansion directly addresses client demand for choice and personalization, reinforcing Gabriel Scott's commitment to meeting diverse needs within the luxury lighting market. David Rockwell further elaborated on the collaborative effort, stating that the partnership facilitated the creation of truly exceptional pieces. He underscored the blend of Gabriel Scott’s modular lighting approach and impeccable craftsmanship with his own emphasis on narrative and materiality. Rockwell explained that through systematic experimentation with volume, color, texture, and scale, the team developed organic compositions of light. These compositions are designed to profoundly influence the ambiance and spatial perception of the environments they illuminate, offering more than just functional light but also artistic elements that shape the character of a space. The Welles Reimagined collection is comprehensive, featuring a range of fixture types including chandeliers, pendants, and sconces. This broad offering provides numerous possibilities for mixing and matching finishes and forms, allowing for a cohesive yet customizable lighting scheme throughout a space. The versatility of these customizable options ensures that the Welles Reimagined series can effortlessly enhance any setting, whether the fixtures are actively illuminated or serving as decorative, sculptural elements during daylight hours. The collection's ability to function as both a source of light and a piece of art exemplifies its innovative approach to contemporary lighting design. #WellesReimagined #GabrielScott #DavidRockwell #LightingDesign #SculpturalLighting #HomeFurnishings #LuxuryDesign #ModularLighting #InteriorDesign

Shiplap, a popular design element famously utilized by Chip and Joanna Gaines on HGTV's "Fixer Upper," offers a tasteful method to introduce texture and visual interest to various rooms. This article provides expert insights into effectively incorporating shiplap into home design, even in urban settings where the farmhouse aesthetic might not be a conventional choice. One key aspect of shiplap is its versatility. Sweeten Founder and CEO Jean Brownhill highlights that shiplap can be installed horizontally to create visual interest across an entire room or vertically to add height, drawing the eye upwards. It can also be applied to asymmetrical or slanted surfaces for a unique, charming effect. The placement and orientation of the boards significantly influence the overall aesthetic of the space. Maintaining uniform spacing between shiplap boards is crucial for achieving a contemporary look. Nashville-based interior designer Jason Arnold suggests using a nickel as a spacer during installation to ensure consistent gaps, which prevents the look from veering into an overly rustic or country style. This uniform spacing contributes to a clean and modern appearance, as demonstrated in a guest bedroom Arnold designed, where shiplap covers an entire wall, including closet doors. Painting shiplap is almost always recommended unless a raw, rugged aesthetic is specifically desired. Rita Konig, a London-based interior designer, explains that white painted shiplap creates a clean and fresh Cape Cod-inspired look, ideal for kitchens, laundry rooms, or bathrooms. For smaller spaces that require more dramatic flair, painting the shiplap in dark or bright colors can add significant visual impact and interest. Another technique to modernize shiplap is to paint it with a high-gloss finish. Arnold notes that high-gloss paint retains the inherent texture of the shiplap while giving it a sleek, contemporary feel. His recommendation for an ultra-modern design involves covering an entire room in shiplap and applying a high-gloss white paint. For those hesitant to commit fully, shiplap can be introduced in small doses. Horizontal boards can make small spaces appear larger. It is advisable to experiment with shiplap in smaller areas, such as a powder room, backsplash, or an accent wall, before integrating it into larger parts of the home. When used on an accent wall, painting it the same color as the surrounding walls can create a subtle yet varied textural effect, maintaining a clean and modern ambiance. An additional practical benefit is its ease of cleaning, particularly advantageous in kitchens and bathrooms. Furthermore, shiplap can be effectively blended with other materials to create a contemporary urban aesthetic. Arnold suggests combining shiplap with elements like brick, marble, or concrete. The warmth of wood can counteract the coolness of materials like concrete or brick often found in urban lofts. In a kitchen, shiplap can accent a marble backsplash, or in a living room with exposed brick, an accent shiplap wall can provide balance and visual appeal. Finally, mixing the width of the boards offers another way to customize the shiplap look. While a six-inch board is a common starting point, varying board widths can create a more relaxed and unique appearance, with differences often going unnoticed until deliberately highlighted. #ShiplapWalls #InteriorDesign #HomeDecoration #FarmhouseStyle #DesignTips #ArchitecturalDetails #ModernFarmhouse #TexturalElements

The refurbishment of levels 9 and 10 at 452 Flinders Street in Melbourne, VIC, showcases a dramatic application of SUPAWOOD’s MAXI BEAM system, integrated with sophisticated lighting, within the lift lobbies and corridors. This project was spearheaded by INTREC Management in collaboration with Architectus, with a primary objective of creating an inviting and dynamic atmosphere in the common areas. This enhancement was crucial to attracting corporate tenants to this prestigious CBD address, aiming to reflect the quality and modernity of the building. A key design challenge involved seamlessly combining batten strip lighting with the aesthetic of substantial timber beams. The environment was a live operational space, demanding materials that were not only aesthetically pleasing but also practical for installation. SUPAWOOD’s MAXI BEAM lightweight timber beams were chosen as the optimal solution, offering the desired authentic timber appearance without the weight and installation complexities of solid timber. Their lightweight nature facilitated easy transportation and allowed for efficient on-site cutting, significantly streamlining the installation process and minimizing disruption in an active commercial building. In the lift lobbies, the ceilings on both levels feature MAXI BEAM in a SUPAFINISH laminate Tasmanian Oak. This choice of material and finish creates a striking directional effect that guides the eye. Batten lighting strips, precisely matching the 150x50mm dimensions of the timber beams, are strategically placed parallel to the beams along the ceiling. A unique design element involves the battens shifting across the beams at a 90-degree angle, requiring precise on-site fabrication which was easily accomplished with the adaptable MAXI BEAM product. The result is a visually impactful interplay of light and timber that significantly elevates the aesthetic of the entire area. Extending this directional design, the wall at the end of the lobby is clad with custom pre-assembled SUPASLAT MAXI slatted panels. These panels are perfectly matched in finish and style to the ceiling beams. The slats on the wall are oriented horizontally, creating an illusion that the ceiling material wraps down and continues along the wall. This cohesive design strategy reinforces the sense of flow and sophistication within the space. Ultimately, this project serves as a compelling example of how the intelligent application of MAXI BEAM, coupled with thoughtfully integrated lighting, can transform conventional interiors into memorable and upscale environments. The combination of design ingenuity and practical material choices successfully enhanced the common areas of 452 Flinders Street, aligning them with the building's prestigious reputation and appealing to discerning corporate occupants. #MaxiBeam #IntegratedLighting #LiftLobbyDesign #CommercialInterior #TimberFinishes #ArchitecturalDesign #MelbourneArchitecture #CorporateRefurbishment #SUPAWOOD

This article highlights a remarkable prefab residence located in Bend, Oregon, designed by Bohlin Cywinski Jackson and built by CS Construction. The home, spanning 2,800 square feet, is situated on a forested plateau of ponderosa pine, along the edge of a lava escarpment. Its design aims to harmoniously blend with the dual nature of its setting, offering both intimate forest immersion and sweeping views of the Cascade Mountains. The owners envisioned a modest home that could capture these contrasting elements effectively. The architectural approach emphasizes simplicity in program, clarity in siting and design, and the use of elementary materials and construction methods, resulting in a home that is both visually dramatic and inherently comfortable. A distinctive feature is a bridge clad in green fiber cement panels, which serves as the entry point between the garage and the main living areas. Upon entering, residents are greeted by a bold yellow wall that immediately frames a verdant view, introducing the impressive mountain peaks in the distance. Inside, natural light is thoughtfully integrated to illuminate key areas, such as a long counter workspace, enhancing both functionality and aesthetic appeal. The structural design incorporates a series of open-web trusses combined with dimensional wood framing. This construction method allows for broad overhangs, providing shade and architectural interest, while also creating ample space for insulation. Plywood is used for the finished ceiling, contributing to the interior's clean and modern aesthetic. An aluminum window system, attached to laminated wood columns, forms a prominent wall of glass. This expansive window wall is strategically oriented to maximize the breathtaking views of the surrounding landscape, establishing a strong connection between the interior and the outdoors. To the right of this view-oriented space, and running parallel to it, are the main living areas and bedrooms. These private spaces are edged by a walkway that extends to a private deck, further integrating the home with its natural environment and offering additional outdoor living space. The overall design demonstrates a thoughtful balance between human-made structure and natural beauty, ensuring that the residence complements its stunning Oregon setting while providing a functional and aesthetically pleasing living experience. The project showcases how prefab construction can achieve sophisticated architectural results that are deeply connected to their environment. #OregonPrefab #ModernArchitecture #BohlinCywinskiJackson #BendOregon #PrefabHomes #ArchitecturalDesign #GlassWalls #ForestLiving #MountainViews

The article details Singaporean homeowner Joycelyn's experience installing a faux skylight in her 3-room HDB BTO flat. Initially, Joycelyn explored a cheaper alternative by purchasing a faux skylight from Taobao for approximately S$61, after finding a specialized company's product too expensive at S$1,000. Her motivation for the Taobao purchase was to test the concept of having a skylight in her hallway. However, upon receiving the Taobao product, she noted its ridged cornice design and laminated blue sky background did not align with her preference for a seamless, glass-like appearance that would complement her home's cream-colored theme. Ultimately, Joycelyn decided to invest in the original PeseTech faux skylight, despite its higher price. The PeseTech skylight offered a sleek white frame and a realistic window-esque glass light panel. Key features of the PeseTech product include various light settings such as moonlight, sunrise, noon, sunset, and dawn, which Joycelyn uses to create different ambiances in her living space. It also integrates with Google Assistant for voice control over light intensity and ambiance, and allows for daily scheduling of light settings, enabling automatic transitions throughout the day. The article highlights that the PeseTech skylight, whether on or off, realistically mimics the look of a real sky or moonlight, making it a worthwhile investment for its realism and functionality. The installation process for the PeseTech skylight involved additional steps due to its weight and Joycelyn's desire for a seamless integration. A false ceiling had to be installed in her BTO hallway to properly accommodate the heavier PeseTech unit, which required at least two people for installation and additional frame support for stability. An initial installation attempt resulted in a lopsided skylight, prompting Joycelyn's interior designer and contractor to reinforce the false ceiling. Despite this initial hurdle, professional electricians successfully completed the installation. Joycelyn expressed satisfaction with the faux skylight, noting its seamless integration into her cream-colored, Taobao-furnished home. Her home's design incorporates other elements to enhance the illusion of space, such as seamless bedroom doors from 8Doors and a full-length hallway mirror that reflects the skylight's illumination. For other homeowners considering a faux skylight, Joycelyn recommends the PeseTech product over the Taobao dupe, citing its superior quality, warranty, and responsive customer service. While acknowledging the Taobao option for budget-conscious individuals, she emphasizes that the S$1,000 investment in the PeseTech skylight is justified by its features and realism, further noting a discount code available for potential buyers. #HDB #FauxSkylight #HomeRenovation #InteriorDesign #SmartHome #HomeDecor #SingaporeHomes #BTOFlat