cork-covered border house by LCA architetti showcases sustainable solutions in italy

Tsou Arquitectos designed the Casa da Levada, a single-family residence in Penafiel, Portugal, that integrates seamlessly into its natural surroundings near the Tâmega River. The home, nestled into rolling hills, showcases a commitment to harmonizing the built environment with the existing landscape through its architecture, which features a cork facade and a green roof. This design approach creates both visual and physical continuity between the house and the hillside, embedding the structure within the land. Access to Casa da Levada is provided via a paved walkway, meticulously crafted by the Tsou Arquitectos design team, which acts as a grooved path cut through the grassy terrain. The internal layout of the house distinctly separates social and private areas, establishing a central courtyard as the core of the design. This courtyard serves as an inviting outdoor gathering space and is strategically designed with horizontal overhangs to frame specific views of the surrounding environment, enhancing the residents' connection to nature. Climate control within Casa da Levada is achieved through efficient and sustainable solutions. A water-based radiant floor system, powered by a heat pump, manages both heating and cooling requirements. The use of ceramic flooring further improves thermal radiation transfer, contributing to an optimized indoor climate. Additionally, a Controlled Mechanical Ventilation (CMV) system equipped with a heat exchanger ensures superior air quality while minimizing temperature loss. The strategic orientation of the glazing, coupled with exterior solar shading and blinds, maximizes solar heat gain during the winter months and effectively mitigates excessive heat exposure in the summer, thereby reducing energy consumption. Sustainability was a paramount consideration in the material selection and construction techniques for Casa da Levada, reinforcing its connection to the landscape. The building is clad in a unique skin of cork panels, a material indigenous to Portugal, which offers natural insulation and durability. A landscaped roof extends the natural terrain, further blending the structure into its environment. Furthermore, a stone patio was constructed using repurposed granite salvaged from existing ruins on the site, demonstrating a commitment to resource efficiency and maintaining a historical link to the location. These integrated strategies contribute significantly to enhanced energy efficiency, environmental preservation, and the long-term resilience of the residence. #SustainableArchitecture #ResidentialDesign #CorkFacade #GreenRoof #TsouArquitectos #PortugueseArchitecture #EcoFriendlyHome #IntegratedLandscape #EnergyEfficiency

The article highlights the resurgence of cork as a sustainable and versatile material in home design. Traditionally known for its use in flooring with an industrial aesthetic, cork has evolved to become a mainstream eco-friendly option, appealing particularly to younger homeowners and buyers interested in sustainability. Data from the National Association of REALTORS® indicates that over 50% of buyer clients prioritize sustainability in their home choices. Cork is derived from the bark of the Quercus suber L. tree, or cork oak. A key aspect of its sustainability is that harvesting the bark does not kill the tree; it regrows every nine years. This makes cork a more environmentally sound alternative to traditional lumber. Furthermore, cork is fully recyclable, biodegradable, and does not release toxins during its breakdown. Its durability allows it to last up to 50 years when used indoors. The article explores various applications of cork in modern home design, moving beyond just flooring. Cork flooring remains a popular choice for areas like kitchens, bathrooms, and playrooms due to its natural antimicrobial properties, water resistance, and resilience against children and pets. While not entirely scratch-proof, its inherent flexibility makes it more forgiving to pet claws than many wood floors. Modern cork flooring also comes in engineered planks, offering diverse colors, patterns, and wood-like finishes, moving away from the uniform corkboard appearance. Beyond floors, cork is being utilized in wall paneling. This application not only adds texture and warmth to a space but also functions as a natural sound dampener. This acoustic benefit makes cork wall panels suitable for children's bedrooms, playrooms, music rooms, or game rooms, contributing to a calm and serene environment. Another emerging trend is the incorporation of cork into lighting fixtures, such as drum chandeliers and wall sconces. Its flexible yet durable nature allows cork to be used as lamp shades, producing a subtle golden glow, or it can be ground, stained, or colored to be engineered into various patterns for unique lighting designs. For those interested in integrating cork into their home projects, the article suggests seeking out local retailers or companies specializing in green building supplies. It specifically names several cork flooring providers, including Amorim Cork Flooring, iCork Floor, Amcork, and Wicaders, and mentions Green Home Solutions and Pacific Northwest CFM Contract Furnishing Mart for broader sustainable materials in the Pacific Northwest region. The increasing accessibility and use by designers and contractors suggest that cork is becoming a widely recognized and embraced sustainable design option. #SustainableDesign #Cork #HomeDesign #EcoFriendlyMaterials #InteriorDesignTrends #GreenBuilding #ResidentialRealEstate

Polysmiths, an architecture studio based in London, has designed and built Cork House in east London, utilizing cork panels for both internal and external surfaces. This project was developed during the Covid-19 lockdown, a period characterized by material shortages and increased costs for conventional building materials. Charles Wu, the director of Polysmiths, acted as the architect, client, and developer for this three-bedroom house, which serves as his own residence. Initially, Wu planned to construct the house using traditional blockwork and timber frames. However, the pandemic-induced supply chain disruptions and price surges for materials like concrete, plasterboard, and plywood necessitated a pivot. This led Wu to explore and adopt more affordable and sustainable alternatives. The house's construction ultimately relied on locally sourced timber and lime plaster, complemented by cork paneling throughout. The use of cork, sourced from Portuguese firm Amorim via a Welsh supplier, was a deliberate choice to enhance the building's sustainability credentials and address material availability. Cork, harvested from the bark of cork oak trees, is an excellent insulator and was treated to meet fire-proofing standards. Wu noted that beyond its functional benefits, cork contributes a unique multi-sensory quality to the home, emitting a subtle, pleasant aroma akin to charred wood and offering a rich texture and color that interacts dynamically with light. Cork House is situated on a rectangular brownfield site in Forest Gate, nestled among the walled gardens of neighboring terraced houses. This urban context presented a challenge in terms of natural light penetration. To overcome this, Wu incorporated innovative design elements such as internally facing courtyards to facilitate cross-ventilation and allow ample daylight into the interior. Building height restrictions also led to the excavation of part of the site, resulting in a split-level interior that adds architectural interest and maximizes space utilization. The layout of Cork House features an entrance hallway that connects to an open-plan kitchen, dining area, and lounge. A central lightwell and staircase separate these communal spaces from two bedrooms and a shower room at the rear, creating distinct public and private zones on the ground floor. The main courtyard is designed with fully openable folding glass doors, enabling a seamless transition between indoor and outdoor living areas, a concept inspired by Wu's childhood experiences in Australia. Additional skylights, high-level windows, and a smaller void further ensure that natural light permeates deep into the home. The lower ground floor houses the main bedroom, which overlooks a courtyard situated at the base of the larger lightwell. The en-suite bathroom also benefits from natural light channeled through this corner lightwell. Wu regards Cork House as an embodiment of "beautiful sustainability," showcasing an experimental approach to self-building that arose from challenging circumstances. He advocates for architects to undertake similar projects, viewing them as opportunities to prototype new materials and innovative living solutions. The project highlights cork's growing popularity as a natural and renewable material in contemporary architecture. #ResidentialArchitecture #SustainableDesign #CorkCladding #LondonHouses #SelfBuild #MaterialInnovation #Polysmiths #ArchitecturalExperimentation

The Monticello House, located in the Emilian countryside of Italy, has undergone a significant modernist transformation by Di Gregorio Associati. The project involved cloaking an existing rural house in a floating concrete pergola, creating a unique interplay between the old and the new. While the house itself received a complete modernist makeover, many design elements were inspired by its original simple barn architecture. Volumes were expanded, openings were widened and glazed, and existing bricks were meticulously restored and rebuilt. The defining feature of this renovation is the new concrete frame, which provides the house with a distinct identity. This bold structure is designed to respond to the scale of the house but intentionally never physically touches it. Francesco Di Gregorio, the lead architect and son of the practice's founder, highlights the symbolic importance of the space between the ancient brickwork and the new concrete frame. This interstitial void is intended to represent the intimate connection between the past, present, and future, with the house subtly integrated into its landscape. Plans are in place for plants to grow within these spaces, softening the square concrete columns and cascading over the edges of the platform, fulfilling Di Gregorio's vision for a harmonious blend of nature and architecture. Each new exterior cube of the concrete frame corresponds to an interior space, effectively doubling its perceived size through reflection. This illusion is further enhanced by the architects' strategic use of glass walls and exposed concrete finishes on the ceilings. Inside, the design emphasizes smooth lines and clean volumes, creating a minimalist environment for living. European oak volumes discreetly conceal facilities and built-in storage. The original interior brick walls have been thoughtfully upholstered with German fabrics, Italian ceramics, and quartzite sourced from the nearby Val Taro river, adding texture and local character to the modern interiors. The architect's background in film production, serving as an associate producer at Paris-based ZID Films, offers insight into the "cinematic vision" of the house. The design incorporates unfolding frames, echoing exterior and interior landscapes, and seamlessly weaves together natural elements with concrete structures. Furthermore, Di Gregorio, born in 1985, studied architecture under Mario Botta in Mendrisio, a renowned architect known for his ability to bridge concrete geometry with organic forms. This academic influence is evident in the Monticello House, where the architectural design meticulously balances robust materials with natural integration. The project underscores a thoughtful approach to renovation, preserving the essence of the original structure while introducing contemporary elements that redefine its presence within the landscape. The Monticello House stands as a testament to the potential for old and new architectural forms to coexist and enhance each other, creating a living space that is both functional and artful. #Architecture #ResidentialDesign #ItalianCountryside #ConcretePergola #ModernistRenovation #DiGregorioAssociati #ArchitecturalDesign #SustainableArchitecture

The 17th Venice Architecture Biennale prompted discussion on how humanity will live together, with a particular focus on the intersection of sustainability and architecture. Achieving European objectives for a climate-neutral society by 2050 necessitates monitoring the lifecycle of building processes to ensure high environmental performance. The vision for the future involves energy-positive, circular buildings that autonomously manage internal climates and are adaptable for long-term use. These buildings aim to address resource scarcity, climate change, health concerns, urbanization, and population shifts. Italy has already seen the development of several near-zero energy buildings (NZEB) that are gaining recognition. One such example is the Fiorita Passive House, built in Cesena in 2016 by Piraccini + Potente Architettura. This multi-apartment building uses an Xlam wood structure and dry construction, minimizing energy needs for heating and cooling. It adheres to the Passive House standard, which emphasizes energy efficiency and affordability, and saves up to 90% in energy due to its insulation and airtightness. In Milan, LPzR Architetti Associati designed K19B, completed in 2014. This seven-story residential building, part of a larger project, blends with the historic city center while utilizing Italian materials, nearly half of which are natural. Its dry envelope technology reduces environmental impact and minimizes heat loss. The Bosco Verticale, also completed in Milan in 2014 by Boeri Studio, is a renowned example of green architecture. It features extensive greenery, with two trees, eight shrubs, and 40 bushes per resident, promoting urban biodiversity. The green facade contributes to reduced energy consumption through improved insulation, and a solar-powered pump system with groundwater sources minimizes irrigation energy for its 900 trees, 5,000 shrubs, and 11,000 bushes. This design is recognized for its ability to absorb carbon dioxide and produce oxygen, making it environmentally significant for urban areas. Biocasa_82, a private residence in Treviso built in 2014 by Rosario Picciotto and Welldom, achieved LEED Platinum certification, the first in Europe. It comprises 99% recyclable materials, collects 100% rainwater, and produces 60% fewer emissions than conventional buildings. The design incorporates large windows for natural light and solar panels for energy. La Casa Quattro, completed in 2020 by LCA Architetti in Magnago near Milan, is a farmhouse-inspired residence built for a young couple seeking closeness to nature. Its design prioritizes essential elements, with wood as the primary structural material, rice straw and cork for insulation, and stone and oakwood in the interior. The mono-material block design also suggests energy optimization. The Kindergarten a Guastalla, built in 2015 by Mario Cucinella Architetti in Reggio Emilia, replaced two schools damaged by an earthquake. It uses multi-layered woodcraft, recycled, and low-impact materials. Timber frames provide insulation, and rainwater harvesting combined with a rooftop photovoltaic system reduces the school's energy consumption. Lastly, the LAGO Campus in Padova, Villa del Conte, completed in 2021 by Zaettastudio, is a large wooden structure with extensive windows and a distinctive sunscreen. This $10 million project incorporates geothermal energy, natural wind ventilation, electric car charging stations, and waste storage to support its sustainable objectives. #Architecture #Buildings #Design #InteriorDesign #Italy #Sustainability #SustainableDesign

The Alps Villa, designed by Camillo Botticini Architetto, is situated in a clearing near the Passo del Cavallo in Italy's Brescia province, offering panoramic views of both an open valley to the south and the Alpine peaks to the north. The residence is characterized by a prominent panoramic window framed by faceted wood and corrugated copper, which dominates its facade and establishes a visual connection with the surrounding landscape. The architectural design intentionally creates an illusion of the structure being rooted to the hillside, a perception reinforced by its semi-submerged construction and strategic placement. The architect aimed for a balance of "harmony and tension" between the building and its natural environment, utilizing materials and a design approach that integrate the villa with its setting. The exterior surfaces of the villa are clad in sheets of pre-rusted corrugated copper and treated Accoya wood. These materials were chosen not only for their aesthetic appeal but also for their ability to blend the building into the natural landscape. The slight pleating of the copper panels is designed to interact with light, creating a vibrant, non-reflective surface, while the wood sections of the large splay reflect refracted light from the south. This careful selection of materials and their application contributes to the villa's overall integration with the Alpine surroundings, creating a sense of being both a part of and distinct from the natural world. Access to the villa is provided by a flight of textured metal steps that ascend the hillside from a steep hairpin road. At the foot of these stairs stands a gatehouse-like structure, constructed from the same oxidized copper and wood as the main house, signaling continuity in material and design. The main entrance is glazed and protected by the broad window and an overhanging sill, which also forms a terrace. Inside, the villa features an irregular C-shaped plan that wraps around an iroko wood patio, offering both protection and a connection to the outdoors. The interior layout is divided into three distinct sections: one for three bedrooms and their bathrooms, another for a combined living and dining area, and a third for the kitchen and circulation. The building's height varies to accommodate the sloping site, with a mezzanine above the living area serving as a study and the kitchen tucked beneath, opening directly onto the patio. The interior design of the villa emphasizes a minimalist aesthetic, with sand-colored resin floors used throughout and walls covered in white-painted plasterboard. Artificial lighting is subtly integrated into recessed grooves around the perimeter of each room, complementing the natural light that floods in through the main window and a long skylight. A staircase and an elevator connect the basement garage to the upper living spaces, enhancing accessibility. The villa incorporates sustainable design principles, including geothermal power, natural ventilation, and well-insulated walls, to minimize energy consumption and environmental impact. The architect's commitment to creating an environmentally friendly home is evident in the choice of building materials and insulation, aiming for a sustainable balance with the landscape. #CamilloBotticiniArchitetto #Villas #ResidentialArchitecture #Italy #Alps #Copper #Houses #ItalianHouses #SustainableDesign

Architect couple Maddalena Cerruti and Vincent Baisnée embarked on an ambitious project to transform a 100-year-old derelict stone house in the Ligurian hills of Italy into a sustainable and energy-efficient home. Their journey began in 2018 after meeting while volunteering for an architecture NGO in Tanzania, where they discovered a shared vision for sustainable architecture. After saving money while working in Australia, they returned to Europe to establish ateliermavi, their architecture studio, with this renovation serving as their inaugural project and first home. The search for a suitable property led them to a rundown house in Liguria, close to their respective families in France and Italy. They acquired the property, which was in a state of complete ruin with no electricity or water connections and had been vacant for over 30 years, for €44,000, significantly below its asking price. The 807-square-foot structure, crafted from local stone, presented numerous challenges including crumbling mortar, broken windows, a damaged roof, and interiors filled with debris. Their renovation strategy focused on using natural and locally sourced materials, emphasizing sustainability and respect for the building's history. The initial phase involved extensive outdoor work, clearing a 32,292-square-foot garden spread over seven staggered terraces, a task that took six months. Following this, they tackled the interior, stripping the property back to its core. They prioritized the removal of the old, dilapidated roof and internal walls, replacing them with structurally sound elements and natural insulation materials like hemp and lime. Legal requirements in Italy mandated hiring local builders for certain structural works, such as demolishing and rebuilding a back stone wall and constructing a new retaining wall. Despite these constraints, the couple actively participated in numerous DIY tasks, including removing 141 cubic feet of old plaster and replastering with a hemp and lime mix for insulation. They meticulously salvaged materials, reusing two chestnut beams from the old roof to create almost a dozen lintels for their new windows. The installation of a new, modern roof with hemp fiber insulation panels was a significant milestone, though they had to adhere to municipal regulations for Marseillaise tiling. They rebuilt external walls using one-foot hemp blocks and clad them with salvaged stones to maintain the original aesthetic. The internal flooring involved excavating the ground, laying a gravel layer for ventilation, and pouring hempcrete screed for insulation. They then installed stud walls to define rooms, strategically placing living areas to maximize natural light. For interior insulation, they used dry-wall (Fermacell) and hemp fiber. Custom timber windows, a significant investment at €18,000, were installed to ensure airtightness and energy efficiency. The complex process of plastering the internal walls, including the new hempblock walls and Fermacell surfaces, was a major undertaking. They also repointed the original stone walls after removing old mortar. By October 2023, the home had electricity, and they began painting and installing flooring. Reclaimed terracotta bricks were used for the floors, with careful preparation and laying in various patterns. They also built a stand for a highly efficient wood-burning stove and installed a solar thermal system for hot water. The kitchen features self-assembly units from Cubro, made from birch plywood and linoleum, a natural material. The bathroom incorporated a lime and screed floor, rough lime render, and a traditional waterproof plaster called Pastellone, creating a durable and eco-friendly finish. The couple created an outdoor patio using salvaged stone slabs from the original house. They moved into the restored property, noting that while details remain to be finished, the thermal comfort is exceptional. The renovation improved the house's energy performance from Class G to the highest Class A4, according to the Italian energy performance certificate. The surrounding land offers lavender and olive trees, with the latter still harvested by the former owner for local olive oil, and the couple restored demijohns found on-site as a nod to the home's history. Their advice for similar projects emphasizes not underestimating the job or budget, and having endurance during difficult times. This renovation not only provided them with a home but also allowed them to deeply integrate theoretical and practical aspects of architecture, enhancing their knowledge of materials and techniques, which they now apply in their architectural studio, ateliermavi. #HomeRenovation #SustainableArchitecture #NaturalMaterials #EcoFriendlyHome #ItalianStoneHouse #DIYRenovation #EnergyEfficiency #ArchitectCouple #LigurianHills

The McNerney couple, Mike and Tami, embarked on a journey to build a sustainable and accessible home in Leucadia after living in a 1,000-square-foot bungalow for 20 years. Their initial inspiration for a new home stemmed from a wish list that included a butterfly-inspired roof, concrete walls with glass inserts, and a style reminiscent of a bed and breakfast in Maui. The urgency for a new, larger home became apparent in 2016 when Tami suffered a broken knee and found their existing bungalow inaccessible with a wheelchair. This experience solidified their decision to build a single-story home with wider passages, focusing on aging in place and environmental sustainability. The McNerneys sought an architect with expertise in green building. They ultimately hired Jean-Louis Coquereau of JLC Architecture, with Tyler Van Stright as the project manager. A significant challenge during the planning phase was managing the property's extensive landscape, which included over 100 trees, many of which Tami had personally planted and nurtured. She actively participated in deciding which trees to save and even took on the emotional task of removing others, eventually preserving avocado trees, a wisteria vine, and several other large trees that became integral to the new design. Van Stright's design aimed to blend the McNerneys' traditional tropical aesthetic with modern architecture, ensuring the Hawaiian elements felt natural rather than forced. The resulting home features a vaulted roof, deep overhangs, and warm wood accents. Inside, a wall of windows and glass doors connects the living, dining, and kitchen areas to the lush outdoor landscape and a Balinese-inspired pool built in 2006. A distinctive ipe wood ceiling creates a dramatic focal point, dipping and soaring to a peak in the main room. A unique design element is the concrete hallway, inspired by a wall Tami saw at an Arizona winery. This reinterpreted design uses poured-in-place concrete with ribbons of clear glass, creating a rainbow spectrum of light that travels through the home in the morning. The McNerneys' commitment to sustainability extended to material choices, including nontoxic coatings for concrete floors, insulation made from recycled denim, FSC-certified maple cabinets with soy-based glue, and plant-based stains from Rubio Monocoat. They also used AFM Safecoat paint and installed solar panels on their former bungalow to power both residences. A Wellpure Water Treatment System ensures potable tap water and chlorine-free pool water, benefiting both the residents and the surrounding plant life. Interior designer Erica DeLorme of E+D Design was brought in during the framing phase to implement the interior aesthetics, incorporating resort-like elements and island-inspired touches. This included woven light fixtures, outdoor living spaces under overhangs, and custom chairs with a fig-leaf print. DeLorme subtly incorporated Tami's favorite colors, green and blue, throughout the home, such as in the custom concrete tiles of the guest bathroom and the navy Clé cement tile in the primary bath. The art collection, a mix of existing pieces and new acquisitions, reflects the couple's personal tastes, with local artist Nancy Fraser creating additional paintings. The completed home balances sophisticated design with comfort and sustainability, creating a living space that feels both finely crafted and inviting, meant for enjoyment and daily living. #SustainableHome #LeucadiaDesign #GreenArchitecture #AccessibleLiving #CustomHome #InteriorDesign #EnvironmentalFriendly #ResidentialArchitecture

The La Borda social housing complex in Barcelona, designed by Lacol arquitectura cooperativa, exemplifies a low-impact and community-driven approach to sustainable living. Completed in October 2018, the project emerged from discussions in 2012 among residents and activists, including nascent members of Lacol, addressing Barcelona's housing crisis. The initiative was a result of a co-operative forming, which secured a 75-year lease on public land from the municipal government and obtained financial support through loans, grants, and membership contributions. A key aspect of the project was the active participation of future residents, who organized into thematic working groups and a general assembly to define the priorities for La Borda: active participation, collective ownership, affordability, and sustainability. The 3,000m² complex features a structure primarily built from Spanish cross-laminated timber (CLT) and concrete. All 28 residential units are arranged around a central courtyard and covered by a polycarbonate roof, functioning as a greenhouse to capture solar heat in winter and facilitate ventilation in summer. The north-facing façade is relatively closed to the street, while the six-storey southern façade, housing most apartments, maximizes sunlight with French doors and lightweight steel balconies. Notably, the development was constructed without a car park, a decision that saved a significant amount of CO2 emissions and a substantial portion of the construction budget, which was then reallocated to fund the timber structure. CLT offered several benefits, including carbon sequestration and a shorter construction period. Although timber was more expensive, its use reduced the volume of concrete needed for foundations due to its lighter mass and minimized construction waste by eliminating the need for internal cladding or suspended ceilings. Sustainability at La Borda extends beyond material choices to include communal and political decisions aimed at long-term emissions reduction. Communal facilities, such as a shared laundry room and a kitchen-cum-dining room, reduce energy consumption compared to individual household provisions. These shared spaces also supplement the relatively small apartments, which come in personalized yet straightforward 40m², 60m², or 75m² floor plans. Lacol actively engaged residents to become 'empowered' and 'active users' of the building. Initial interviews gathered data on individual energy usage and needs while raising collective awareness about energy poverty and building performance. This informed residents to manage the building's climatic responses through simple manual ventilation and shading, rather than relying on complex digital or mechanical systems. While emphasizing low-tech solutions, the community also utilizes technology: a co-operatively run clean energy company monitors CO2 levels and overall energy performance, allowing for ongoing adjustments, such as optimizing laundry machine usage. The project is seen as an ongoing process, with flexible floor plans and plans for future additions like solar panels, demonstrating a commitment to continuous improvement. La Borda's model offers affordability through energy efficiency and shared resources, with monthly rents approximately 20 percent lower than local private-sector averages. This replicable model highlights the link between social and environmental justice, championed by Barcelona's mayor, Ada Colau. Public agencies and semi-private institutions have shown interest in La Borda's energy strategies and its pioneering use of wood in construction. The project provides valuable lessons for policymakers and architects on integrating housing and environmental strategies, advocating for housing and environmental rights. #SustainableBuilding #SocialHousing #BarcelonaArchitecture #LacolArquitectura #CLTConstruction #CommunityLiving #EnvironmentalDesign #AffordableHousing #CrossLaminatedTimber

Cork is gaining significant traction in interior and exterior design due to its surprising versatility, sustainability, and aesthetic appeal. Architects and designers are increasingly incorporating this lightweight material across various applications, including flooring, cladding, and wall coverings. Beyond its earthy appearance, cork's primary appeal lies in its eco-friendly nature. It is a renewable resource, primarily harvested in Portugal and Spain from the bark of cork oak trees, without harming the trees. This process allows the trees to continue growing and producing cork for many years. The material offers numerous benefits as a natural building component. It is sustainable, recyclable, and possesses natural resistance to water and fire. Furthermore, cork provides excellent thermal and acoustic performance, is breathable, and free from harmful chemicals, synthetic resins, and carcinogenic materials, contributing to a healthy indoor environment. Its unique cellular structure also makes it resistant to moisture, mold, and mildew, which is particularly beneficial in areas like kitchens. Visually, cork's composition adds rich texture and a speckled grain, offering an organic touch that provides an interesting alternative to traditional natural materials like stone and wood. Several applications demonstrate cork's utility and aesthetic potential. For kitchen flooring, cork's natural resilience provides a cushioned surface, making it comfortable for prolonged standing. High-density cork tiles or planks, properly sealed, are recommended for high-traffic areas to withstand daily wear, spills, and moisture. Cork's ability to be manipulated into various shades and colors allows it to complement other materials, such as wood and stone. This characteristic makes it suitable for creating cohesive design schemes, as seen in projects where cork flooring with similar shades is used to sync with harder tiles in adjacent spaces. Its softness underfoot is also a notable advantage, especially in homes where occupants frequently go barefoot. For walls, expanded cork boards can add significant visual texture and dimension to interiors. Beyond its aesthetic qualities, cork emits a pleasant woody scent when installed and acts as an effective insulator due to its 'negative carbon' and thermal properties, making it an environmentally sound choice for cavity insulation within double-layered walls. Externally, cork serves as a contemporary and sustainable cladding material that weathers gracefully over time, gently transitioning to a softer, slightly gray tone. While delicate to handle during installation and sometimes requiring additional fire resistance treatment, its vapor-permeable nature allows moisture to escape, contributing to the building's health. In open-plan spaces, cork's varied tones, textures, and easily cut shapes can be used to define soft zones without creating harsh divisions. By varying the type and placement of cork materials, designers can create subtle visual borders, differentiating areas like seating zones or pathways within a loft. Additionally, cork possesses excellent acoustic qualities, capable of absorbing sound and reducing echo in large spaces. This makes it an ideal choice for family homes or areas where noise reduction is desired, while also contributing to an unbroken, beautifully textured surface both internally and externally. These diverse applications highlight cork's potential as a versatile, sustainable, and aesthetically pleasing material in modern architectural and interior design. #CorkDesign #SustainableMaterials #InteriorDesignTrends #EcoFriendlyHomes #ArchitecturalMaterials #HomeFlooring #WallCoverings #ExteriorCladding #AcousticSolutions

Architect Luciano Kruk has designed Casa Mach, a 1,528-square-foot residence located on the outskirts of Buenos Aires, Argentina. The house is characterized by its board-marked concrete construction, a technique where the grain of pine planks used as formwork is imprinted onto the concrete surface, giving it a rough, wood-like texture. This method is a signature of Kruk's previous residential projects, which include homes built into sand dunes with infinity pools and retreats amidst maritime pines, all sharing a similar material and aesthetic language. The client specifically requested a home that echoed the materiality and aesthetic of a previous exposed concrete summer house Kruk designed for his father. This led to the extensive use of concrete throughout Casa Mach, not only for the exterior walls but also for the floors and roof, reinforcing a sense of material unity and a protective, stony ambiance. The square-shaped residence is organized around a central inner courtyard, reflecting the client's desire for a space featuring plants and water. This courtyard incorporates a smaller reflecting pool and vegetation, serving as a tranquil core for the home. The layout of Casa Mach follows a three-by-three orthogonal grid of rooms, with the central courtyard acting as a focal point. An open-plan kitchen and living room occupy the back edge of the house, designed to open onto a concrete terrace, a swimming pool, and a large garden through floor-to-ceiling glazed doors. Two bedrooms and two bathrooms are situated on a more secluded side of the house, offering privacy and a quieter living environment. Environmental considerations are integrated into the design, particularly concerning sun control. The house incorporates passive solar design principles, utilizing semi-covered areas to regulate the amount of direct sunlight entering the building. This design choice contributes to maintaining comfortable indoor temperatures. The windows are framed in dark bronze aluminum, complementing the stark, contemporary aesthetic of the angular structure. The concrete construction further aids in temperature regulation, helping to keep the interiors cool during Argentina's summer months and retaining heat in cooler periods. The project team included Belen Ferrand as project manager, with collaborators Josefina Perez Silva, Andrés Conde Blanco, Alice Salamone, Isabelle Ducrest, Denise Andreoli, and Darío Cecilian. Daniela Mac Adden provided the photography for the project. #LucianoKruk #ConcreteArchitecture #ArgentinianHouses #ModernResidentialDesign #ReflectingPool #BoardMarkedConcrete #PassiveSolarDesign #BuenosAires #CourtyardHouse

The Patio House, located in Avola, Sicily, is a coastal residence designed by the Italian architecture firm Solum. Situated on a long, narrow plot that extends towards the sea and culminates in a rocky cliff, the house was conceived to harmonise sweeping coastal views with the secluded ambiance of an “introverted oasis.” Solum, founded in 2019 by Lorenzo Campagna, Mattia Agates, Filippo Gismondi, and Alessandro Loda, addressed the site's unique characteristics by breaking the home into individual, cubic volumes and private patios. These distinct sections are interconnected by a winding, narrow alleyway, described by the studio as “labyrinthine,” aiming to create a sense of discovery and transition throughout the property. The central design challenge involved establishing a cohesive connection between the home’s entrance and its circulation path, ultimately leading to the living area that faces the sea. The resulting promenade facilitates this journey, guiding inhabitants through the residence while strategically distributing more private spaces along its course. This alleyway generates a series of transitional zones and two small courtyards that provide access to the bedrooms. The continuous gesture of the walls reinforces the labyrinthine effect, which is particularly evident from the rooftop terrace, offering a unique perspective of the architectural integration. Upon entering the property, visitors pass through a landscaped parking area. A front bedroom, positioned beyond this entrance, is subtly screened by a perforated brick wall and lush greenery, providing both privacy and a natural aesthetic. The open-air alleyway then extends further into the house, connecting four additional bedrooms. Each of these bedrooms is enclosed by rendered walls featuring minimal openings, with glass doors offering direct access to individual, private patios. This design ensures that each private space maintains a secluded atmosphere while still being part of the larger architectural narrative. The journey through the house culminates at the rear, where the main living, dining, and kitchen areas are situated. These communal spaces open onto an external patio through full-height sliding glass doors, seamlessly blending indoor and outdoor living. A staircase from this area leads to a rooftop terrace, offering expansive views of the surrounding coastal landscape. The architectural forms of the Patio House, characterised by monolithic masonry walls and a pale rendered finish, consciously draw inspiration from the natural colours and textures of the local soil and cliffs, aiming to minimise the building's visual impact on its environment. Internally, the design continues this thematic consistency with the use of exposed concrete ceilings and a palette of natural materials and earthy tones for the bedroom furnishings. This approach reinforces the connection between the architecture and its natural setting. Lorenzo Campagna emphasised the intention to integrate the structure discreetly into the landscape, stating that the house is built entirely of masonry, aligning with the colours of the earth and concealing glazed openings from external view. The neutral palette of walls, ceilings, and concrete floors is complemented by dark-stained okoumé wood or marine plywood inserts, which are used to define elements such as doors, wardrobes, and kitchen cabinetry, adding warmth and texture to the minimalist interiors. The exterior features an outdoor dining area sheltered by a canopy, leading to a swimming pool surrounded by a lava stone terrace, and an expansive lawn that extends towards the coastal cliffs, completing the immersive coastal living experience. #ResidentialArchitecture #ItalianHouses #Sicily #CoastalHome #ModernArchitecture #PatioHouse #SolumArchitects #MediterraneanDesign

The Monticello House, located in the Emilian countryside of Italy at the foot of the Parmesan Apennines, has undergone a significant modernist transformation orchestrated by Di Gregorio Associati. The project involved cloaking an existing rural house with a floating concrete pergola. The design aimed to translate elements from the original barn architecture while expanding volumes, widening openings, and restoring bricks, resulting in a new identity for the residence. The defining feature of the Monticello House is the concrete frame, which directly responds to the scale of the original structure without physically touching it. Francesco Di Gregorio, the lead architect, describes the void between the old brickwork and the new concrete frame as representing the intimate relationship between the past, present, and future, with the structure silently grounded in its environment. The design anticipates that plants will eventually grow within these interstitial spaces, further integrating nature with the architectural elements. Each new exterior cube of the concrete frame corresponds to an interior space, effectively doubling its perceived size through reflection. This illusion is further enhanced by the extensive use of glass walls and exposed concrete finishes on the ceilings. Inside, the design emphasizes smooth lines and clean volumes, creating a minimalist living environment. European oak is used to conceal facilities and provide integrated storage, while the original interior brick walls are upholstered with high-quality German fabrics, Italian ceramics, and quartzite sourced from the nearby Val Taro river. The architect's background also provides insight into the project's cinematic quality. Francesco Di Gregorio is an associate producer at Paris-based film production company ZID Films, which likely influenced the visual storytelling and framing of landscapes within the design. Furthermore, his architectural studies in Mendrisio under Mario Botta, known for his ability to bridge concrete geometry with organic forms, appear to have profoundly shaped his approach to integrating hard architectural elements with the natural surroundings of the Monticello House. This project showcases a deliberate interplay between historical context and contemporary design, where a functional structure like a pergola transcends its traditional role to become a dynamic element that frames views, creates new spatial experiences, and symbolically connects different eras. The careful selection of materials and the strategic use of light and reflection contribute to an environment that is both visually striking and deeply integrated with its Italian rural setting. #Architecture #ItalianDesign #ConcretePergola #ModernistArchitecture #DiGregorioAssociati #EmilianCountryside #ResidentialArchitecture #ArchitecturalRenovation

Film director Will Gluck's Los Angeles home, designed by his father Peter Gluck of GLUCK+, is a contemporary reinterpretation of the iconic Case Study Houses from the post-World War II era. While retaining the clean lines and midcentury aesthetic characterized by glass, wood, and steel, the new residence incorporates significant advancements in sustainability and comfort. The original Case Study Houses, though groundbreaking for their time, were often compact and lacked sustainable features, built primarily to meet the high demand for housing after the war. Peter Gluck's design addresses these past limitations by integrating modern sustainable practices. The lower level of the home is built into the hillside, utilizing the earth-sheltered concept for natural insulation. Nine inches of soil on top of this level, combined with a foot-thick concrete wall, significantly reduce air leakage and stabilize interior temperatures, contributing to substantial natural heating and cooling. This strategic construction minimizes energy consumption, making the home more environmentally friendly and comfortable year-round. The upper level of the house features a distinctive "floating roof" design. This rectangular roof appears to hover above the glass facades, an illusion created by lowered cabinets and interior walls. The roof is subtly rotated and gently tilted upwards at the edges, reminiscent of an origami bird. This angular differentiation is not merely aesthetic; it strategically creates shaded areas throughout the day, allowing residents to enjoy the outdoor environment in various conditions. Furthermore, the roof discreetly houses a comprehensive array of solar panels, which generate enough electricity to power the entire house and charge three electric vehicles, highlighting a strong commitment to energy independence and sustainability. Peter Gluck's design philosophy is evident in the clear distinction between public and private spaces, while always adapting to the surrounding environment. The lower level is dedicated to private areas, including bedrooms, bathrooms, a family reading area, and an enclosed home theater. Despite its subterranean nature, floor-to-ceiling glass panels offer expansive, uninterrupted views of the valley and allow ample California sunshine to penetrate the interior. The upper level, in contrast, serves as an open, public domain encompassing the kitchen, dining, and living areas, which boast even more sweeping panoramic views. The Gluck family values the open and comfortable interiors for quality family time, frequently congregating in the kitchen and enjoying both indoor and outdoor spaces. Will Gluck expresses a deep appreciation for the home, viewing it as a realization of his father's vision. He particularly cherishes a rug in the downstairs hall, originally intended for the floor but now functioning as an interactive art piece. The project represents a successful fusion of homage to midcentury design with innovative sustainable building practices, creating a home that is both aesthetically pleasing and ecologically responsible. The collaborative process between father and son, and the involvement of GLUCK+ in the construction, fostered a positive and memorable experience for the family. Key design and construction teams involved in the project include GLUCK+ as both Architect of Record and General Contractor, with structural and civil engineering by PECK, and landscape architecture by Hoerr Schaudt. Lux Populi provided lighting design, while Insight Environmental Design by Anne Kaplan handled interior design. Cabinetry was designed by GLUCK+ and installed by Funtime Cabinet Factory. Paul Vu and Brandon Shigeta were the photographers for the project, and IBC Engineering Services, Inc. along with CES Engineering contributed to mechanical engineering. #MidcenturyModern #SustainableArchitecture #LosAngelesHomes #FloatingRoofDesign #GLUCKArchitecture #CaseStudyHouses #GreenBuilding #ArchitecturalDesign #FamilyHome

The Courtyard House, designed by Leckie Studio Architecture + Design Inc., offers a compelling model for biophilic and passive solar architecture. The project emphasizes a deep, enduring connection between its inhabitants and the natural environment, contrasting with a common local architectural trend in Vancouver that prioritizes maximizing built square footage for resale value over enhancing the lived experience. This design philosophy champions quality over mere quantity, presenting a holistic approach to residential living. Located in Vancouver, Canada, the 2500 square foot house was completed in 2021, with photographs by Ema Peter. Key contributors to the project include Adisa Homes Ltd. as the General Contractor, Chalten Engineering for structural engineering, and Terran Geotechnical Group for geotechnical engineering. The design team from Leckie Studio Architecture + Design Inc. was led by Michael Leckie as Project Architect, with James Eidse and Emily Dovbniak as Project Lead Design, and Denise Liu and Charlotte Kennedy handling Project Interiors. Additional support was provided by Andrea Zittlau, Irena Jenei, and Holden Korbin. This residential project highlights several design principles. Biophilic design, which integrates natural elements and processes into architecture, is central to the Courtyard House. This approach is intended to foster a sense of well-being and connection to nature for residents. Coupled with this is passive solar architecture, a design strategy that aims to heat and cool a building naturally by strategically using sunlight and ventilation. This not only reduces energy consumption but also enhances the comfort and environmental performance of the home. The project's commitment to "less but better" reflects a deliberate choice to prioritize thoughtful design and sustainable practices. Instead of expanding the building's footprint, the focus was on creating well-crafted spaces that offer a rich, integrated natural experience. This challenges conventional development models that often lead to larger, less efficient homes that may not fully cater to the residents' long-term quality of life. The Courtyard House serves as an example of how architectural design can blend environmental responsibility with a high quality of life. #ResidentialArchitecture #CourtyardHouse #BiophilicDesign #PassiveSolar #SustainableDesign #VancouverArchitecture #CanadianArchitecture